Module 2. Soft and aseptic dosage forms. Prescriptions which difficult to prepare.
Pharmaceutical incompatibilities.
Text tests questions.
1. At the pharmacy check the quality of suppositories prepared on hydrophilic
bases. What a time limit of their solution?
A.
*60 min
B.
45 min
C.
20 min
D.
15 min
E.
5 min
2. For preparation of ointments use lipophilic bases. Please lipophilic component
of basis, which is representative of hydrocarbons.
A.
*Paraffin
B.
Esylon-4
C.
Spermaceti
D.
Combined fat
E.
Fitosterine
3. Specify a concentration of ointment should prepare a pharmacist in the
absence of appropriate instructions in the recipe
A.
*10%
B.
5%
C.
3%
D.
1%
E.
25%
4. Base containing lanolin water, sunflower oil and petrolatum belongs to group:
A.
*Dyphilic emulsion
B.
Hydrophilic
C.
lipophilic
D.
Synthetic combined
E.
Dyphilic absorption.
5. For prepare the ointment dispenser additionally used paraffin. Indicate what
role does paraffin in technology?
A.
Basis
B.
*seal
C.
preservative
D.
for dispersion of powders
E.
emulsifier
6. Base containing lanolin water, sunflower oil and Vaseline refers to a group:
A. *Diphilic emulsion
B. Hydrophilic
C. Lipophilic
D. Synthetic combined
E. Diphilic absorption
7. Sunflower Oil used for the disperse of drugs entering them in the base:
A. Gelatine – glycerine
A. Vaseline
B. Vaseline - lanolin
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
C. Gels metyltselyuloz
D. *Pork fat and other fatty bases
8. Specify a concentration of ointment should prepare a pharmacist in the
absence of appropriate instructions in the recipe.
A. *10%
B. 5%
C. 3%
D. 1%
E. 25%
9. Ointment of suspension type on lipophilic basis forms:
A. Decaying
B. Novocaine
C. *Bismuth nitratis
D. Dymedrol
E. Camphor
10.Specify the correct answer: a mass prepared rectal and vaginal suppositories
without a doctor's guidance
3,0 and 6,0
1,5 and 4,0
*3,0 and 4,0
21,5 and 3,0
2,0 and 5,0
11.Time to complete deformation of suppositories lypophylic basis shall not
exceed:
*15 min
5 min
10 min
20 min
25 min
12.Time for dissolution of hydrophilic suppository base should be no more:
2 o'clock
20 min
30 min
45 min
*1 o'clock
13.Mass one vaginal suppository to within:
B. From 1.0 g to 3.0 g
From 1.0 g to 4.0 g
From 1.5 g to 3.0 g
*From 1.5 g to 6.0 g
From 1.0 g to 5.0 g
14.Ointment of suspension type on lipophilic basis forms:
Decaying
Novocaine
*Bismuth nitratis
Dymedrol
Camphor
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
15.Base containing lanolin water, sunflower oil and Vaseline refers to a group:
A. *Diphilic emulsion
B. Hydrophilic
C. Lipophilic
D. Synthetic combined
E. Diphilic absorption
16.Sunflower Oil used for the disperse of drugs entering them in the base:
A. Gelatine – glycerine
B. Vaseline
C. Vaseline - lanolin
D. Gels metyltselyuloz
E. *Pork fat and other fatty bases
17.By type of emulsion formation of the lipophilic ointment bases injected:
A. Camphor
B. Thymol
C. Bismuth nitrate basic
D. *Protargol
E. Salt penicillin
18.Fat-like substance derived from sheep wool washing water often use one
when preparing ointments called:
Vaseline
wax
petrolatum
*lanolin
spermaceti
19.SPU regulates test the melting point of lyophilise bases. What limits should
not exceed the melting point of suppositories on these bases?
*37 ° C
30 ° C
40 ° C
50 ° C
20 ° C
20.SPU regulates the test at the time of complete deformation of rectal
suppositories in a hydrophobic basis. Specify the time limit for this test:
*3-15 min
3-5 min
2-10 min
2 min
1 min
21.Suppositories. What should be the mass of the suppository, if the recipe is not
marked?
*3,0
2,5
3,5
2,0
1,5
22.Liniment can be classified by the nature of the dispersion environment. What
type of liniment not exist?
A.
*water
B.
oil
C.
alcohol
D.
soap-alcohol
E.
vazo- liniment
23. Pyrogens are very thermo stable substances. Specify their nature:
A.
*lipopolysaccharide
B.
complexones
C.
alkaloids
D.
colloids
E.
saponins
24. Upon receiving water for injection at the pharmacy using pyrogen-free device.
Name the device that provides apyrogenic water for injection:
A.
Heater
B.
Thermostat
C.
*Separator
D.
Capacitor
E.
Camera evaporation
25. Aseptic unit at the pharmacy is prepared to work. How often should I wash
and disinfect the rubber mats that are in front of the aseptic unit?
A. *times per shift
B. once a year
C. a day
D. two days
E. twice a week
26.What brand of glass bottles for plasma replaced solutions:
A.
MTO
B.
*NG-2
C.
AB-1
D.
OC-1
E.
OS
27.What limits should not exceed the melting point of suppositories on these bases?
A. 30 ° C
B. 40 ° C
C. 50 ° C
D. 20 ° C
E. *37 ° C
Situation tasks.
1.
Pharmacist several ointments prepared on different bases. Which of the
following framework has osmotic properties?
A.
Vaseline
B.
naphthalene
C.
paraffin
D.
E.
2.
A.
B.
C.
D.
E.
3.
A.
B.
C.
D.
E.
4.
A.
B.
C.
D.
E.
5.
A.
B.
C.
D.
E.
6.
A.
B.
C.
D.
E.
7.
A.
B.
C.
D.
E.
8.
A.
*polyaethylenoxydum
pork fat
The pharmacy received a prescription for the preparation of ointments without
specifying the concentration. What is the concentration of preparing ointment, if
there is no indication in the recipe?
*10%
1%
5%
3% frequency
25% unproved
Pharmacist prepared dermatological paste. How he entered into a paste Drugs:
in a mortar mixed with glycerine and added the melted base
dispersed in a mortar with alcohol and mixed with the base
milled with a suitable basis for the liquid in warm mortar
*in a heated mortar mixed with all the molten material basis
milled with glycerine and mixed with the base in a warm mortar
Pharmacist prepared emulsion ointment in petrolatum. Specify material,
forming a grease of this type:
*protargol
camphor
thymol
bismuth nitrate basic
salt of penicillin
Pharmacist prepared suspension ointment. Specify substance that forms the
ointment of this type:
protargol
Vaseline
Ichthyol
potassium iodide
*bismuth nitrate basic
The pharmacy received a prescription for ointment collargoli. What excipient
used to dissolve the pharmacist collargol?
*purified water
mineral water
Vaseline oil
ethyl
sunflower oil
A pharmacist prepared emulsion ointment. Choose the best option the
introduction of technology of medicinal substances contained in the ointment
less than 5%:
*dissolved in a minimum amount of water mixed with the base
dissolved in liquid paraffin and mixed with the base
dissolved in the molten part of the foundation
soluble in alcohol and mixed with the base
dissolved in ether, mixed with the base
Patient preparing liniment -Rosenthal. Which components are parts of it?
paraffin, castor oil, calcium chloride, alcohol
B.
C.
D.
E.
9.
paraffin, chloroform, methyl salicylate, turpentine
*paraffin, alcohol, chloroform, iodine
paraffin, iodine, potassium iodide, glycerine
paraffin, oil, ammonia, acid, oleic
Pharmacist prepares ointment, which contains menthol and ephedrine
hydrochloride in petrolatum, linoleic basis. Indicate the correct sequence of the
introduction of drugs based:
A.
*first dissolved in the basis of menthol, then emulsified aqueous solution of
ephedrine hydrochloride
B.
crushed both components with alcohol and then with part of the molten base
C.
first dissolved in the basis of ephedrine hydrochloride, and then menthol
D.
both components are ground with water, purified, and then emulsified
foundation
E.
both components are dissolved in the melted petroleum jelly and lanolin
10. Pharmacist prepared suspension ointment. As he introduced the insoluble
medicinal substance in quantities less than 5%?
A.
*dispersed with a suitable basis for the liquid
B.
mixed with ointment base
C.
mixed with the molten base
D.
dissolved in glycerine
E.
milled with water
11. In the pharmacy the pharmacist prepared the ointment on poliaethylenii oxidi
basis. Which of the following ointments is homogeneous?
A.
yellow mercury
B.
sulfuric
C.
gray mercury
D.
*streptocid
E.
Xeroformii
12. Pharmacist prepared ointment 2% of camphor. Specify the base, which forms
the ointment- solution:
A.
collagen foundation
B.
methylcellulose gel
C.
polyaethylenoxydum basis
D.
fitosterini basis
E.
*Vaseline
13. Pharmacist prepared the ointment, which included water-soluble active
substances. Like giving the ointment in the water soluble substance, prescribed
in quantities less than 5%?
A.
imposed on the type of suspension
B.
dissolved in alcohol
C.
grind with glycerol
D.
grind with Vaseline oil
E.
*dissolved in a small amount of water
14. Pharmacist prepared the ointment on the Vaseline basis. What action will
have prepared an ointment?
A.
Deep
B.
*surface
C.
D.
E.
15.
Efferent
antimicrobial
osmotic
The pharmacy received ointment bases. Which group of bases includes
polyaethylenoxydum?
A.
*hydrophilic
B.
hydrophobic
C.
diphilic
D.
silicone
E.
hydrocarbon
16. Pharmacist preparing emulsion ointment. What determines the type of
emulsion bases?
A.
*nature of emulsifier
B.
amount of bases
C.
plenty of water
D.
ratio of ingredients
E.
order of mixing
17. Pharmacist prepared ointment streptocidi on poliaethylenii oxsidi basis. As
introduced in streptocid poliaethylenii oxsidi basis?
A.
*dissolved in ointment basis
B.
grind with oil
C.
grind with Vaseline oil
D.
triturated with water
E.
dissolved in water
18. Pharmacist grinds suspension ointment. What is the concentration of solids in
suspension ointments requires fusion of the bases?
A.
to 5%
B.
over 20%
C.
from 1 to 2%
D.
to 3%
E.
*from 5 to 20%
19. The pharmacy received a prescription for the preparation of combined
ointments with dimedrolom. How can I enter dimedrolom in a combination
ointment?
A.
*type ointment- emulsion
B.
type ointment-suspensions
C.
type ointment-solution
D.
added at the end of the finished ointment
E.
previously dissolved in glycerine
20. Pharmacist prepared emulsion ointment. Like giving the ointment in the water
soluble substance in an amount less than 5%?
A.
grind with Vaseline oil
B.
*dissolved in water
C.
ground in a molten basis
D.
grind with alcohol
E.
triturated with glycerol
21.
Pharmacist for the introduction of water-soluble substances in the ointment
calculated water from the lanolin water. How much water is contained in 5,0 g
lanolin water?
A.
*1,5 ml
B.
1 ml
C.
0,3 ml
D.
3 ml
E.
3,5 ml
22. Pharmacist prepared emulsion ointment. To which group of type disperse
system include emulsion ointment?
A.
*heterogeneous
B.
homogeneous
C.
suspension
D.
combined
E.
extraction ointment
23. The pharmacy has hydrophobic suppository base. What is the temperature of
its melting point, if there is no indication in the private article?
A.
*not more than 37 ° C
B.
not more than 27 ° C
C.
not more than 50 ° C
D.
not more than 40 ° C
E.
not more than 25 ° C
24. Pharmacy prepares vaginal suppositories. Which form of vaginal
suppositories is optimal for absorption?
A.
balls
B.
ovule
C.
torpedoes
D.
cones
E.
*peccaries
25. Pharmacy prepares rectal suppositories. Which form of rectal suppositories is
optimal for the introduction?
A.
cylinder
B.
cone
C.
ball
D.
ovule
E.
*torpedo
26. The pharmacy received a prescription for suppositories with novocaine less
than 5%. How to introduce a substance in cocoa butter?
A.
*dissolved in a minimum amount of water
B.
dissolved in glycerine
C.
imposed on the type of suspension
D.
dissolved in alcohol
E.
dissolved in ether
27. In the pharmacy received a prescription for a suppository based on cocoa
butter containing boric acid in an amount greater than 5%. As it is introduced
into suppository mass?
A.
*added by type of suspension
B.
C.
D.
E.
28.
crushed with butter Vaseline
crushed with a little water
dissolved in a suitable basis for the liquid
dissolved in ethyl alcohol
Doctor to prescribe suppositories child without guidance from the masses.
What are the limits of the mass of suppositories for children?
A.
1,0-2,0
B.
0,5-3,0
C.
0,05-0,5
D.
*0,5-1,5
E.
0,05-3,0
29. The pharmacy received a prescription for suppositories without a foundation.
What framework can be used in this case?
A.
*cocoa butter
B.
butirol
C.
vitepsol
D.
lanolev
E.
gelatine – glycerine
30. The pharmacy received a prescription for suppositories with protargolom on
the basis of cocoa butter. As a fat basis should enter protargol?
A.
*in an aqueous solution
B.
by dissolving in basis
C.
type suspension
D.
grind with a few drops fatty oils
E.
grind with alcohol
31. Pharmacist preparing suppositories by rolling out on the cocoa butter with
anestezin less than 5%. Which liquid is suitable for grinding the drug?
A.
purified water
B.
glycerol
C.
esilon-4
D.
*vegetable oil
E.
tar
32. Pharmacist prepares rectal suppositories. What should be the mass of the
suppository, if the recipe is not marked?
A.
*3,0
B.
2,5
C.
3,5
D.
2,0
E.
1,5
33. The pharmacy prepared suppositories by pumping. At what concentrations of
drugs in suppositories must take into account replacement ratio?
A.
2%
B.
4%
C.
1%
D.
*5%
E.
0,5%
34.
Pharmacist prepared by rolling out the suppositories. Specify the route of
administration of novocaine in the amount of more than 5%:
A.
*type suspension
B.
dissolved in glycerine
C.
dissolved in ether
D.
type of solution
E.
dissolved in alcohol
35. Pharmacist prepared by rolling out the suppositories. How he introduced herb
extract in suppository basis?
A.
*soluble in alcohol-water-glycerol mixture
B.
mixed directly with the base
C.
mixed with finished suppository weight after dissolution in glycerol
D.
mixed with the base after dissolving in water
E.
dissolved in ether
36. Pharmacist prepareded suppositories by rolling out. Indicate the route of
administration of novocaine of up to 5% fat basis:
A.
*dissolved in a small amount of purified water
B.
added in the form of finely ground powder
C.
added to the molten basis
D.
dissolved in a suitable basis for a liquid
E.
dissolved in Vaseline oil
37. Physician does not have a basis in the recipe for making suppositories.
Indicate what basis chosen pharmacist:
A.
butirol
B.
hydrogenated fat
C.
alloy PEO
D.
*cocoa butter
E.
gelatine - glycerine base
38. The pharmacy received a prescription for suppositories with extract of
belladonna. When preparing its entry into suppository mass in the form:
A.
*solution thick extract
B.
dry extract
C.
thick extract
D.
infusion
E.
broth
39. Pharmacist prepared by rolling out suppository mass, which proved to be
loose. What substance should be used as a plasticizer?
A.
Vaseline
B.
Gelatine
C.
*anhydrous lanolin
D.
paraffin
E.
wax
40. Pharmacist prepared suppositories by rolling out. Specify the method was the
basis of papaverine hydrochloride in an amount up to 5%:
A.
*dissolved in a small amount of purified water
B.
added to the molten basis
C.
dissolved in Vaseline oil
D.
E.
41.
A.
B.
C.
D.
E.
42.
added to the finely grated basis
dissolved in ether
The pharmacy prepared rectal suppositories. What is the limit of their masses?
1,0 - 5,0 g
1,0 - 6,0 g
1,0 - 7,0 g
*1,0 - 4,0 g
1,0-8,0 g
The pharmacy must prepare suppository basis "butirol. Alloy which
substances are that foundation?
A.
*cocoa butter, paraffin and hydrogenated fat
B.
paraffin with hydrogenated fat
C.
paraffin emulsifier with T-2
D.
cocoa butter with PEO-1500
E.
paraffin, water and alcohol
43. Pharmacist prepare 10 rectal suppositories by rolling out a manual, which
contain 5,0 theophylline (for the whole mass of suppositories). Specify the
number of cocoa butter, which he uses:
A.
30,0 g
B.
*25,0 g
C.
5,0 g
D.
35,0 g
E.
40,0 g
44. The pharmacy must make suppositories with camphor method of rolling out.
As it is introduced in quantities greater than 5% of cocoa butter?
A.
*dissolved in part melted cocoa butter
B.
dissolved in water
C.
in the form of very fine powder type suspensions
D.
dissolved in a suitable basis for fluid triturated with alcohol
E.
dissolved in glycerin
45. Pharmacist prepared suppositories containing streptocid, the method of rolling
out. As he entered a substance in the base?
A.
*type suspension
B.
dissolved in a minimum amount of water
C.
type of solution
D.
added to the molten basis
E.
dissolved in ether
46. In the pharmacy prepared by the method of rolling out the suppositories.
What kind of foundation can be used in the absence of cocoa butter?
A.
lazupol
B.
gelatine -glycerine base
C.
butirol
D.
alloy PEO
E.
*oil laurel petiolate
47. Pharmacist prepare 10 vaginal suppositories by rolling out a manual that
contains 1,0 boric acid (all of suppositories). What amount of cocoa butter used
a pharmacist?
A.
B.
C.
D.
E.
48.
18,0
25,0
30,0
40,0
*39,0
The pharmacy received a prescription for suppositories for the child. What he
has to take the foundation?
A.
*referred to a doctor in the recipe
B.
lanolev
C.
butirol
D.
gelatine -glycerine
E.
soap-glycerine
49. Pharmacist preparing suppositories by rolling out. Which of the following
bases used in this method?
A.
*oil coriander
B.
butirol
C.
lanol
D.
tallow
E.
Vaseline
50. The pharmacy received a prescription for suppositories by rolling out. How he
must prepare the ground for cocoa butter?
A.
melt the entire amount of the basis
B.
melt half the number of bases
C.
mixed with water
D.
*first crush
E.
handle alcohol
51. The pharmacy is prepared by rolling out the suppositories . What substance is
added if necessary as a plasticizer?
A.
Vaseline
B.
paraffin
C.
glycerol
D.
*anhydrous lanoli
E.
Vaseline
52. Pharmacist preparing suppositories by rolling out. How to enter the citric acid
in amounts up to 5% in suppository mass?
A.
*dissolved in a few drops of water
B.
dissolved in a few drops of glycerine
C.
introduced in the form of fine powder
D.
introduced directly into the foundation
E.
dissolved in dimexide
53. The pharmacy is preparing suppositories several methods. Which of the
technological stages are not applicable to the method of rolling out?
A.
*cooling to form suppositories
B.
training bases
C.
introduction of medicinal substances and obtaining suppository mass
D.
dosing
E.
packaging and design
54.
Pharmacist must prepare suppositories by pouring on a hydrophobic basis.
Which of these bases he uses?
A.
*butirol
B.
gelatine - glycerine
C.
soap-glycerine
D.
alloys PEO
E.
cocoa butter
55. The pharmacy has a number of frameworks for making Suppositories. Which
of these refers to synthetic?
A.
cilantro butter
B.
cocoa butter
C.
gelatine – glycerine
D.
*alloys PEO
E.
soap- glycerine
56. The pharmacy has a number of suppository bases. Which of the following
bases used in the pouring only vaginal suppositories?
A.
cocoa butter
B.
alloys PEO
C.
butirol
D.
*gelatine - glycerine
E.
vitepsol
57. The pharmacy must prepare suppositories on the basis of "hard fat". What is
the method of their manufacture should be used?
A.
*pouring
B.
rolling out
C.
pressing
D.
emulsification
E.
infusion
58. Pharmacy is preparing suppositories by pouring. In some cases, take into
account the replacement rate of drugs, prescribed in suppositories?
A.
if the substance is soluble in water
B.
*when spelled out the substance of more than 5%
C.
when the substance is not soluble in basis
D.
when a substance is soluble in basis
E.
when spelled out the substance of less than 5%
59. The pharmacy must prepare suppositories by pouring. What is the basis of the
above can be used for this?
A.
*butirol
B.
oil laurel petiolate
C.
cocoa butter
D.
oil coriander
E.
Lanolin
60. The pharmacy received a prescription for a candle with tannin for a
hydrophobic basis. As a fat basis is introduced tannin?
A.
by dissolving in basis
B.
type suspension
C.
*in an aqueous solution
D.
E.
61.
dissolved in alcohol
triturated with ether
Pharmacist preparing suppositories by pouring on a hydrophobic basis. Give
fluid for lubricating nests forms:
A.
*alcohol soap
B.
glycerol
C.
peach butter
D.
purified water
E.
oil Vaseline
62. At the pharmacy check the quality of suppositories. Specify suppository basis
for which determine the melting point:
A.
*butirol
B.
gelatine - glycerine
C.
alloy PEO
D.
soap-glycerine
E.
soap
63. Pharmacist preparing suppositories on a hydrophilic basis. What kind of fluid
must lubricate the nest forms?
A.
*oil Vaseline
B.
glycerol
C.
alcohol soap
D.
peach butter
E.
water glycerol
64. The pharmacy received a prescription for suppositories with an extract of
belladonna. There is a dry extract (1:2). How to introduce the foundation?
A.
mixed directly with the base
B.
mixed with finished suppository mass
C.
*dissolved in alcohol-water-glycerol mixture
D.
dissolved in water
E.
dissolved in alcohol
65. Pharmacist prepared the suppositories on the basis of solid fat. What he has to
pre-lubricate the nest forms?
A.
liquid paraffin
B.
glycerol
C.
*soap alcohol
D.
water purified
E.
ether
66. The pharmacy received a prescription for a vaginal suppository without
specifying the number of bases. What should be their mass?
A.
*4,0 g
B.
5,0 g
C.
3,0 g
D.
2,0 g
E.
1,5 g
67. The pharmacy received a prescription for suppositories with collargol the
hydrophobic basis. How collargol giving foundation?
A.
*in an aqueous solution
B.
C.
D.
E.
68.
type suspension
by dissolving in basis
rubbing with a few drops of oil Vaseline
Type of solution.
Pharmacist must prepare 24, 0 gelatine - glycerine bases. How many grams of
gelatine it should take?
A.
6,0
B.
*3,0
C.
2,0
D.
12,0
E.
15,0
69. Doctor to prescribe a prescription for suppositories with soap-glycerine based.
What is the method of preparing the pharmacy?
A.
*spraying
B.
rolling out
C.
pressing
D.
extraction
E.
Distillation.
70. Pharmacist preparing suppositories in gelatine -glycerine based. How glycerol
he must take to prepare 8,0 basis?
A.
7,0
B.
2,0
C.
*5,0
D.
3,0
E.
1,0
71. Pharmacist must prepare suppositories by pouring on gelatine -glycerine
based. Specify its composition (the ratio of gelatine - water-glycerol):
A.
*1:2:5
B.
1:3:6
C.
1:1:5
D.
1:6:3
E.
1:1:6
72. Is prepared in the pharmacy vaginal suppositories. What are the limits of their
masses?
A.
*1,5-6,0
B.
2,0-6,0
C.
3,0-6,0 g
D.
4,0-6,0 g
E.
5,0-6,0 g
73. The pharmacy defines the quality of suppositories. What is the limit of
deviation in their masses?
A.
*± 5%
B.
± 10%
C.
± 3%
D.
+4%
E.
± 1%
74.
Pharmacist should be prepared suppositories with dermatolum method of
pouring. As it is introduced into the hydrophobic base?
A.
dissolved in water, emulsified and mixed with the base
B.
dissolved in molten basis
C.
*dispersed in dry form, and then part of the molten base
D.
triturated with alcohol
E.
triturated with ether
75. Pharmacist suppositories prepared by pouring. What is the rate he used in the
calculation of gelatine - glycerine bases?
A.
*conversion factor
B.
rate increase
C.
coefficient of water absorption
D.
isotonic coefficient
E.
depression of the solution
76. Pharmacy was the basis butirol for pouring suppositories. Specify the
composition of this framework:
A.
*50% hydrogenated fat, 20% paraffin, 30% cocoa butter
B.
50% hydrogenated fat, 50% cocoa butter
C.
50% hydrogenated fat, 50% paraffin
D.
50% hydrogenated fat, 20% paraffin , 30% oil of laurel
E.
50% hydrogenated fat, 30% water, 20% cocoa butter
77. Pharmacy is preparing suppositories for polietilenoxid basis. As introduced
streptocid more than 5% in this framework?
A.
dissolved in water
B.
dissolved in Vaseline oil
C.
*dissolved in molten basis
D.
dissolved in water, emulsified anhydrous lanolin
E.
dissolved in glycerine
78. Pharmacist prepared the candles on a hydrophobic basis of the method of
pouring, containing papaverini hydrochloride in an amount more than 5%. How
he entered a substance?
A.
*in the form of fine powder-type suspension
B.
dissolved in molten basis
C.
milled in a dry form, and then with a suitable basis for a liquid
D.
previously dissolved in water
E.
dissolved in ether
79. The pharmacy has a number of bases for the preparation of suppositories.
What basis is hydrophobic?
A.
*lanolic
B.
gelatine -glycerine
C.
soap-glycerine
D.
alloy PEO
E.
soap
80. The pharmacy received a prescription for a suppository with the substance,
soluble in water up to 5%. In his introduction to suppository basis as an
emulsifier, if necessary, use:
A.
gelatosae
B.
C.
D.
E.
81.
5% solution of methyl cellulose
Tween-80
Water
*anhydrous lanolin
The pharmacy, there are several suppository bases. What basis can be used for
the preparation of suppositories methods pouring?
A.
*alloy PEO
B.
cocoa butter
C.
oil laurel petiolate
D.
olive oil
E.
castor oil
82. The pharmacy prepare candles different methods. What is the technological
stage of manufacture of suppositories applies only to the method of pouring?
A.
*melting of the entire foundation
B.
receive suppository mass and its weighting
C.
dosing and the formation of suppositories
D.
weighted basis and drugs
E.
introduction of medicinal substances
83. The pharmacy received a prescription for suppositories with analginum. How
can we introduce a medicinal substance in a hydrophobic basis?
A.
dispersed in dry form, and then part of the molten base
B.
ground in a dry form, and then with a suitable basis for a liquid
C.
injected directly into the molten base
D.
*soluble in water, emulsified, mixed with the base
E.
dissolved in chloroform
84. In pharmacy received a prescription for suppositories with protargol. How do
you enter it into gelatine -glycerine base?
A.
*pre-mixed with a few drops of glycerine and dissolved in water
B.
introduced in the form of fine powder
C.
mixed directly with the base
D.
previously dissolved in a few drops of Vaseline oil
E.
mixed with vegetable oil
85. The pharmacy received a prescription for 10 pessaries on the basis of fats
without specifying its number one suppository. Specify the required number of
bases for their preparation:
A.
36,4
B.
*40,0
C.
41,6
D.
38,4
E.
30,0
86. Pharmacist prepares a suppository by pouring. Which of the following stages
of the process does not apply to this method?
A.
*rolling out of suppositories
B.
introduction of medicinal substances
C.
formation suppository mass
D.
pouring
E.
cooling
87.
When pouring suppositories with substance in the recipe more than 5%, is
recommended when calculating the number of bases to take into account size, it
displaces a mass of these substances. The value of showing the number of grams
of the drug, which occupies the same volume as the 1,0 fatty bases is called:
A.
*replacement ratio on the basis of fats
B.
isotonic equivalent
C.
module
D.
conversion factor increase
E.
coefficient of water absorption
88. The pharmacy has a number of suppository bases. What basis is hydrophilic?
a.
sebuvinol
b.
vitepsol
A.
*soap-glycerin
B.
lazupol
C.
lanolevaya
89.
Pharmacy has the opportunity to prepare vaginal suppositories in gelatine –
glycerine based. Among its weaknesses are:
A.
*susceptibility to desiccation and microbial deterioration
B.
dehydration of mucosa with frequent use
C.
high price
D.
presence of allergic effects
E.
volatility
90.
Pharmacist must prepare 16, 0 gelatine -glycerine bases. How much water he
should take?
A.
*4,0
B.
2,0
C.
8,0
D.
6,0
E.
1,0
91.
Pharmacist prepares vaginal suppositories on gelatine -glycerine based on the
method of pouring. What is the modulus of the transition from hydrophobic bases
on gelatine -glycerine for its calculation?
A.
1,34
B.
0,95
C.
1,50
D.
*1,21
E.
1,00
92.
Pharmacist preparing suppositories for polietilenoksid basis. What he has to
pre-lubricated sockets suppository form before spraying?
A.
*Vaseline oil
B.
glycerol
C.
water
D.
soap alcohol
E.
ethyl alcohol
93.
The pharmacy received a prescription for suppositories for the child. What he
has to take the foundation?
A.
*referred to a doctor in the recipe
B.
C.
D.
E.
94.
lanolev
butirol
gelatine -glycerine
soap-glycerine
In the pharmacy received a prescription for a suppository with the substance,
soluble in water up to 5%. In his introduction to suppository basis as an
emulsifier, if necessary, use:
A.
*gelatoza
B.
5% solution of methyl cellulose
C.
anhydrous lanoli
D.
Tween-80
E.
Water
95.
Pharmacist preparing suppositories by rolling out. Which of the following
bases used in this method?
A.
*oil coriander
B.
butirol
C.
lanol
D.
tallow
E.
Vaseline
96.
The pharmacy received a prescription for suppositories by rolling out. How he
must prepare the ground for cocoa butter?
A.
*first crush
B.
melt the entire amount of the basis
C.
melt half the number of bases
D.
mixed with water
E.
handle alcohol
97.
Pharmacy is preparing suppositories by pouring. In some cases, take into
account the replacement rate of drugs, prescribed in suppositories?
A.
*when spelled out the substance of more than 5%
B.
if the substance is soluble in water
C.
when the substance is not soluble in basis
D.
when a substance is soluble in basis
E.
when spelled out the substance of less than 5%
98.
Pharmacist preparing suppositories by pouring on a hydrophobic basis. Give
fluid for lubricating nests forms:
A.
glycerol
B.
*alcohol soap
C.
peach butter
D.
purified water
E.
oil Vaseline
99.
Pharmacist preparing suppositories on a hydrophilic basis. What kind of fluid
must lubricate the nest forms?
A.
glycerol
B.
alcohol soap
C.
peach butter
D.
*oil Vaseline
E.
water glycerol
100. Pharmacist must prepare 24,0 gelatine -glycerine bases. How many grams of
gelatine it should take?
A.
12,0
B.
6,0
C.
2,0
D.
*3,0
E.
15,0
101. Doctor to prescribe a prescription for suppositories with soap-glycerine based.
What is the method of preparing the pharmacy?
A.
*spraying
B.
rolling out
C.
pressing
D.
extraction
E.
distillation
102. Pharmacist preparing suppositories in gelatine -glycerine based. How glycerol
he must take to prepare 8,0 basis?
A.
*5,0
B.
7,0
C.
2,0
D.
3,0
E.
1,0
103. Pharmacist must prepare suppositories by pouring on gelatine -glycerine
based. Specify its composition (the ratio of gelatine - water-glycerol):
A.
1:3:6
B.
1:1:5
C.
1:6:3
D.
*1:2:5
E.
1:1:6
103.
Pharmacist should be prepared with suppositories dermatoli method of
pouring. As it is introduced into the hydrophobic base?
A.
dissolved in water, emulsified and mixed with the base
B.
*dispersed in dry form, and then part of the molten base
C.
dissolved in molten basis
D.
triturated with alcohol
E.
triturated with ether
104.
The pharmacy received a prescription for suppositories with novocaine
to 5%. How to introduce a substance in cocoa butter?
A.
*dissolved in a minimum amount of water
B.
dissolved in glycerine
C.
imposed on the type of suspension
D.
dissolved in alcohol
E.
dissolved in ether
105.
In the pharmacy received a prescription for a suppository based on
cocoa butter containing boric acid in an amount greater than 5%. As it is
introduced into suppository mass?
A.
*added by type of suspension
B.
crushed with butter Vaseline
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
crushed with a little water
dissolved in a suitable basis for the liquid
dissolved in ethyl alcohol
106.
The pharmacy received a prescription for a vaginal suppository without
specifying the number of bases. What should be their mass?
*4,0 g
5,0 g
3,0 g
2,0 g
1,5 g
107.
Pharmacist preparing suppositories by rolling out. Indicate the route of
administration of novocaine of up to 5% fat basis:
*dissolved in a small amount of purified water
added in the form of finely ground powder
added to the molten basis
dissolved in a suitable basis for a liquid
dissolved in Vaseline oil
108.
Doctor does not have a basis in the recipe for making suppositories.
Indicate what basis chosen pharmacist:
*cocoa butter
butirol
hydrogenated fat
alloy PEO
gelatine -glycerine base
109.
Pharmacist prepared suppositories containing streptocidi, the method of
rolling out. As he entered a substance in the base?
*type suspension
dissolved in a minimum amount of water
type of solution
added to the molten basis
dissolved in ether
110.
Pharmacist prepare 10 rectal suppositories by rolling out a manual,
which contain 5,0 theophylline (for the whole mass of suppositories). Specify
the number of cocoa butter, which he uses:
5,0 g
30,0 g
*25,0 g
35,0 g
40,0 g
111.
Patient need to prepare liniment Vishnevsky on fish oil, which is
missing in this pharmacy. Which components can be used as a basis of
liniment in the absence of fish fat, guided by the requirements of regulations?
*Oil gourd
Sunflower oil
Camphoric oil
Vaseline oil
Medical Vaseline
112.
The pharmacist prepared a liniment for prescription. Specify the
optimum technology:
Rp.: Chloroformii 10,0
Olei Helianthi
Olei Terebinthinae ana 20,0
M.D.S rub into painful joints
A.
*In the bottle for dispensing weighing sunflower oil, chloroform, turpentine,
shake
B.
In the bottle for dispensing weighing turpentine, sunflower oil, measured in
chloroform, shake
C.
In the bottle for dispensing weighing components and strain in the stand,
shake
D.
In the bottle for dispensing measured pitch, sunflower oil, chloroform, shake
E.
In the bottle for dispensing weighing chloroform, sunflower oil, turpentine,
shake
113.
The pharmacist prepared ammoniac liniment. Indicate which
components he used:
A.
Peach oil, Oleic acid, 10% ammonia solution
B.
*Sunflower oil, oleic acid, 10% ammonia solution
C.
Sunflower oil, ascorbic acid, 10% ammonia solution
D.
Sunflower oil, oleic acid, 5% ammonia solution
E.
Sunflower oil, ascorbic acid, turpentine
114.
The pharmacist prepared suspension liniment. Specify how the
introduction of solids:
A.
*Grind in mortar by rule Deryahina with liquid components
B.
In the bottle weighing dry matter and add liquid ingredients
C.
Measure liquid ingredients in a mortar and add dry materials
D.
Mix in a stand liquid components
E.
Grind dry matter in a evaporative cup and mix with liquid ingredients
115.
In pharmacy received a prescription:
Rp: Xeroformii
Picis Liquidae Betulae ana 3,0
Olei Ricini 100,0
M.DS For lubrication wounds.
Specify kind of dosage form:
A.
*liniment
B.
ointment -emulsion
C.
Paste
D.
combination ointment
E.
ointment- solution
116.
The pharmacist prepared liniment–suspension by Vyshnyevsky.
Specify how to enter kseroformii:
A.
Grind with alcohol
B.
Grind in dry form, mixed with all the amount of Picis liquide
C.
*Grind in dry form, mixed with a half-quantity of Picis liquide
D.
dissolve the entire amount of oil
E.
Grind , mixed with butter
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
117.
Patient need to prepare liniment Vishnevsky . Which substances can be
used as a basis liniment, guided by the requirements of regulations?
*Gourd seed oil or fish oil
Sunflower oil or cotton
Camphoric oil or oil Hyosciami
Vaseline oil or Vaseline
Vaseline or lanolin
118.
Patient prescribed liniment by Rosenthal. Which components are its
members?
*Paraffin, alcohol, chloroform, iodine
Gourd oil, calcium chloride, alcohol
Chloroform, methylsalicilatis, turpentine
Iodine, potassium iodide, glycerine
Sunflower oil, ammonia, oleic acid
119.
A patient which needs to prepare camphorated ointment appealed to the
pharmacy. What concentration of ointment should prepare pharmacist, guided
by the requirements of regulations?
A.
20%
B.
*10%
C.
15%
D.
5%
E.
1%
120.
The pharmacist prepared a 10% ointment of Camphorae. How did he
enter a matter in basis?
A.
*Dissolved at 40 * - 50 * C in an equal amount of molten basis
B.
Dissolved in equal amount Vaseline oil
C.
Grind in 1 / 2 of the mass amount of camphor oil Vaseline
D.
Dissolved in alcohol and added Vaseline
E.
Disparaged with ethyl alcohol and added base
121.
A pharmacist prepared ointment after the sample of writing
Rp.: Cerae flavae 4,0
Cetacei 3,0
Lanolini anhydrici 18,0
Olei Amygdalari 35,0
M. f. ung. D. S: ointment for hands
122.
What order melt he matters in at making of ointment-alloy?
A.
Olei Amygdalari - Cetacei - Cerae flavae - Lanolini
B.
Olei Amygdalari - Cerae flavae - Lanolini – Cetacei
C.
*Cerae flavae - Cetacei - Lanolini - Olei Amygdalari
D.
Lanolini - Cerae flavae - Olei Amygdalari - Cetacei
E.
Lanolini - Cerae flavae - Cetacei -Olei Amygdalari
123.
The pharmacist prepares ointment of the surface action . What basis he
uses?
A.
*Vaseline
B.
Basis Kutumovoyi
C.
Fat pork
D.
E.
Vaseline - lanolin water
Gelatin-glycerol gel
124.
The pharmacist prepares ointment for hydrophobic base. What is the
substance he uses to reduce the melting point basis?
A.
Glycerin
B.
*Oil Vaseline
C.
PEG-400
D.
Dimexidum
E.
Ethanol
125.
The pharmacist prepares ointment for hydrophobic base. What is the
substance he uses to raise the melting temperature and viscosity base?
A.
*Paraffin
B.
Anhydrous lanolin
C.
Vaseline
D.
Oil naphtalani
E.
Fat pork
126.
The pharmacist prepared the 2% ointment with camphor. Specify basis
with which a matter forms ointment-solution
A.
*Fatty oil
B.
Collagen basis
C.
Gel mehtylcellulozae
D.
Polyaethylenoxydum basis
E.
Fitosterin basis
127.
In a pharmacy it is necessary to make soft medication on the basis of
gel from ingredients. Specify, what from the indicated highly molecular
connections it is possible to apply for making of such basis
A.
Cellulose Ethers
B.
Starch
C.
Polyaethylenoxydum
D.
Collagen
E.
*Bentonite
128.
The pharmacist prepared a liniment Vishnevsky. How did he enter
Xeroformium?
A.
*In a mortar ground up with the half-note amount of Picis liquide
B.
In the bottle mixed with oil
C.
In a mortar ground with oil
D.
In a mortar ground with ethyl alcohol
E.
In the vial mixed with oil and Picis liquide
129.
The pharmacist prepares liniment- solution. Choose tableware for
preparation
A.
Cylinder
B.
Stand
C.
Mortat
D.
*Bottle dispensing
E.
Volumetric flask
130.
The pharmacist prepared the medication for the recipe:
Rp.: Chloroformii
Olei Helianthi
Methylii salicylatis ana 10,0
M.D.S. for rubbing
Specify the type of disperse systems and pharmaceutical form
A.
*Liniment - solution
B.
Liniment combined
C.
Liniment - emulsion
D.
Liniment - suspension
E.
Liniment Extraction
131.
The pharmacist must prepare liniment of peach oil. Please enter a
substance that will form a homogeneous system with oil:
A.
*Camphor
B.
Zinc oxide
C.
Xeroform
D.
Dermatol
E.
Streptotsid
132.
The pharmacist prepared the medication for recipe
Rp.: Picis liquidae Betulae
Xeroformii ana 6,0
Olei Ricini 100,0 Misce. Da. Signa. Balsamic liniment by Vishnevskiy. Specify the
type of disperse systems:
A.
*Liniment - suspension
B.
Liniment combined
C.
Liniment - emulsion
D.
Liniment - solution
E.
Liniment Extraction
133.
The pharmacist prepared the medication for the recipe:
Rp.: Olei Helianthi 7,4
Solutionis Ammonii caustici 2,5 ml
Asidi oleinici 0,1 _Misce. Da. Signa. Liniment ammoniac. For embrocations.
Specify the type of disperse systems:
A.
Liniment combined
B.
Liniment - solution
C.
Liniment – suspension
D.
*Liniment - emulsion
E.
Liniment Extraction
134.
In a pharmacy it is necessary to prepare liniment by Rosentali after the
next sample of writing: 'Take: Iodi 1.0; Kalii iodidi 2.0; Paraffini 20.0; Spiriti
aethilici 70% 20ml; Chloroformii 130.0. Select the best way to solution of
iodine in the manufacture of such liniment.
A.
*The calculated amount of purified water dissolving potassium iodide in
saturated solution obtained by dissolving iodine potassium iodide, added 95%
ethyl alcohol
B.
Iodine dissolved in ethyl alcohol 70%
C.
In ethyl alcohol 70% potassium iodide dissolved in saturated solution
obtained by dissolving iodine
D.
Iodine dissolves in water
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
Iodine is added at the end to the finished liniment.
135.
Asked the patient to the pharmacy, which should make for hydrophilic
ointment base. What basis should use the pharmacist to prepare this ointment:
*Polyaethylenoxydum basis
Fat goose
Vaseline-lanoline basis
Vaseline
Paraffin
136.
The pharmacist prepared the ointment against edema. Indicate which of
the following ointment bases has osmotic activity:
Vaseline
Esylon – aerosyl
*Polyaethylenoxydum
Hydrogenated fats
Gelatin- glycerin
137.
The pharmacist prepared 200.0 lanolin water. Enter the required
quantity of purified water and anhydrous lanolin:
*60 ml and 140,0
30 ml and 170,0
3 ml and 197,0
140 ml 60,0
170 ml 30,0
138.
The pharmacist prepared the ointment-solution based on lipophilic
base. Specify substance,reating the ointment of this type:
Novocainum
Dermatolum
Starch
Gray
*Menthol
139.
The pharmacist prepared the ointment. Please specify substance that is
injected into lipophilic basis preheated to 400С:
Anaesthizini
Benzoic acid
Streptocidum
Vinilinum
*Camphorum
140.
The pharmacist prepared the ointment. Specify the base, which absorbs
and purifies the skin selection wounds:
*Polyaethylenoxydum
Gelatin-glycerol
Vaseline
Spermaceti
Hydrogenate fats
141.
Doctor prescribe patient ointment Naphtalani. In what order pharmacist
melted prescribed ingredients.
*Melted petrolatum and derived melt with stirring added paraffin, and least
ointment naphtalani
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
In mortar oil naftalanii mixed with petrolatum and added the melted paraffin
Grind in mortar oil naftalanii and added a mixture of paraffin with petrolatum
Melted oil naftalanii , paraffin, and then added petralatum
In warmed (50-54 C) mortar into ashes and added a mixture of paraffin oil
naftalanii with petrolatum.
142.
The pharmacist prepared 150.0 lanolin water. Specify an amount of
water and lanolin waterless:
*45 ml and 105,0
50 ml and 100,0
30 ml and 120,0
75 ml and 75,0
105 ml 45,0
143.
Doctor prescribed ointment on the hydrophobic surface of the base.
Specify basis which a druggist must use :
*Vaseline
Wax
Cocoa Butter
Spermaceti
Bentonite
144.
The patient must make an ointment containing ephedrine
hydrochloride, novocaine and zinc oxide in water-based emulsion. What is
the correct sequence of addition of components for the preparation of this
ointment?
*Zinc oxide, basis, ephedrine hydrochloride, novocaine and water
Zinc oxide, base, ephedrine hydrochloride, glycerine, novocaine and water
Zinc oxide, basis, novocaine, glycerine, ephedrine hydrochloride, water
Zinc oxide, ephedrine hydrochloride, novocaine, glycerine, water, basis
Novocaine, water, zinc oxide, basis, ephedrine hydrochloride, water
145.
Asked the patient to the pharmacy, which is necessary to prepare zinc
ointment. How much zinc oxide should weighting pharmacist to prepare 25 g
ointment?
20.0 g
12.5 g
5.0 g
1.25 g
*2.5 g
146.
Pharmacist need to order components for the preparation of zincsalicylic paste. Which components must be member of the zinc-salicylic paste
of Lassar?
Zinc oxide, starch, Vaseline
Zinc oxide, Vaseline
*Zinc oxide, starch, salicylic acid, Vaseline
Zinc oxide, talc, Vaseline
Zinc oxide, Vaseline, lanolin
147.
The pharmacist prepared a 10% ointment xeroformii. Specify the
optimum technology:
A.
*Dispergate xeroform with 1 / 2 molten bases of the substance, then mixed
with not molten basis
B.
Mix xeroformium with not molten basis
C.
Xeroformium dissolves in water and mixed with the base
D.
Xeroformium crushed in a dry form and added base
E.
Emulgate xeroformium molten base with all
148.
The pharmacist prepared a suspension- ointment on lipophilic basis.
Specify materials that make up this type of ointment:
A.
Protargol
B.
Menthol
C.
Tanin
D.
*Xeroformium
E.
Herbal extracts
149.
The pharmacist prepared suspension Ointment. Specify materials,
formative ointment of this type:
A.
Protargol
B.
Vaseline
C.
Ihtiol
D.
*Bismuth nitrate basic
E.
Potassium iodide
150.
Assistant prepared medicine for prescription. What feature of its
technology?
Rp.: Zinci oxydi
Amyli ana 10,0
Vaselini 20,0
Misce ut fiat pasna
Da. Signa. Apply to affected skin
A.
*Grind zinc oxide and mixed with molten 5.0 Vaseline in preheated mortar to
mass added parts of starch and the rest cool Vaseline
B.
Grind starch and mixed with part of molten Vaseline , add zinc oxide and rest
cool Vaseline
C.
Grind Zinc oxide and starch with Vaseline oil and added parts of Vaseline
D.
In preheated mortar grind zinc oxide from the melt mass, added starch and
thoroughly mixed
E.
Grind Zinc oxide and starch in preheated mortar and added parts melted
Vaseline
151.
Pharmacist- technology received a prescription for ointment. As a
pharmacist brought in dry dosage forms?
Rp.: Unguentum Resorcini 1,5% 10,0
Da. Signa. Apply to affected areas.
A.
Grind in a mortar with a few drops of ethanol
B.
*Grind with a few drops of oil Vaseline
C.
Grind in the part of water
D.
Added to molten Vaseline
E.
Grind with part of Vaseline the rule Deryahina
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
152.
It is necessary to prepare ointment a druggist which matters enter in the
complement of, what soluble neither in basis nor in water in an amount over
5%. How is it needed to enter them to basis?
*grind with melted part of the basis
grind with the whole not melted basis
grind with the part of not melted base
grind with the base fluid with related
grind with the alcohol-water- glycerine mixture
153.
Entered in the pharmacy a prescription for manufacturing ointment
streptocidi without specified concentration. What concentration pharmacist
will prepare the ointment?
5%
1%
*10%
20%
2%
154.
Entered in the pharmacy a prescription for ointment Collargoli. What
excipient used to dissolve Collargoli assistant?
glycerol
petrolatum oil
*Water
ethyl
sunflower
155.
The patient should be prepared 50,0 xeroformii ointment. How many
xeroformii used the pharmacist?
*5,0
10,0
3,0
2,5
0,5
156.
Doctor prescribed sulfuric ointment from scabies. Indicate the basis that
it should be used for preparing in the pharmacy:
wax or Vaseline
cocoa butter or butyrol
glycerine- soap or starch-glycerine
*Pork fat or emulsion base
lanolin or paraffin
157.
The pharmacist prepared 150,0 lanolin water. Specify the amount of
water of cleared and lanolin waterless :
*45 ml and 105,0
50 ml and 100,0
30 ml and 120,0
75 ml and 75,0
105 ml 45,0
158.
The pharmacist prepared the 2% ointment with camphor. Specify basis
with which a matter forms ointment-solution
*Fatty oil
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
Collagen basis
Gel mehtylcellulozae
Polyaethylenoxydum basis
Fitosterin basis
159.
In a pharmacy it is necessary to make soft medication on the basis of
gel from ingredients. Specify, what from the indicated highly molecular
connections it is possible to apply for making of such basis
*Bentonite
Cellulose Ethers
Starch
Polyaethylenoxydum
Collagen
160.
The pharmacist prepares ointment for hydrophobic base. What is the
substance he uses to raise the melting temperature and viscosity base?
*Paraffin
Anhydrous lanolin
Vaseline
Oil naphtalani
Fat pork
161.
The pharmacist prepared diphilic ointment on the basis of water-soluble
drug substance with the concentration of water soluble substances less than
5%. Select the optimum technology:
Dissolved in Vaseline oil and mixed with the base
Dissolved in part molten base
*Dissolved in minimal quantity water, mixed up with basis
Dissolved in alcohol and mixed with the base
Dissolved in the air, mingled with the base
162.
The patient is prepared 50 g zinc ointment. How much zinc and
Vaseline should weight pharmacist from this?
10.0 g and 40.0 g
2.5 g and 47.5 g
g and 49.0 g
*5.0 g and 45.0 g
0.5 g and 49.5 g
163.
The patient is prepared for nasal ointment containing protargol. As a
pharmacist must enter protargol in ointment basis?
grind with water or alcohol
*First grind with glycerine, and then with water
grind with alcohol or ether
First, grind with the base, then with glycerine
To pour a skim on the surface of water
164.
Medicinal substances in multiphase ointment injected depending on
their properties. As a pharmacist must enter novocaine in Vaseline-lanoline
basis?
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
*Pre-dissolved in a minimum amount of water
grind with glycerine
grind with alcohol or ether
grind of melted part of the base
Dissolve in the melted base
165.
The patient is prepared ointment containing menthol and ephedrine
hydrochloride in Vaseline-lanolin basis. Choose the correct sequence of
introduction of drugs based
*First mentholis dissolved in base , then emulgate aqueous solution of
ephedrine hydrochloride
Crushed two components with alcohol and then melted part of the base
First, dissolve ephedrine hydrochloride in the basis , and menthol
Crushed two components with clean water, and then emulgate basis
Both components are dissolved in melting Vaseline and lanolin
166.
The pharmacist prepared emulsion based Kutumovoy. What he used
emulsifier?
Tween-80
Solution metylcellulosae
Spen-80
Anhydrous lanolin
*Emulsifier T-2
167.
Pharmacist prepares ointment for hydrophobic base. What substance he
uses to reduce the melting point basis?
Glycerine
PEG-400
Dimexidum
Ethanol
*Oil Vaseline
168.
Pharmacist prepares ointment for hydrophobic base. What substance he
uses to raise the melting point and viscosity base?
*Paraffin
Anhydrous lanolin
Vaseline
Oil naphtalani
Fat pig
169.
The pharmacist prepares a suspension ointment. What substance is well
soluble in water, but to the dermatological ointments introduced by the type
of suspension?
Zinc oxide
Sulfacyl sodium
Furacyllini
*Resorcinol
Potassium iodide
170.
Pharmacist prepares
nasal ointment containing ephedrine
hydrochloride. As a pharmacist must enter ephedrine hydrochloride in waterbased emulsion ointment?
*Dissolved in a minimum amount of water treated
B.
C.
D.
E.
Dissolved in ethanol
Grind with alcohol or ether
Grind with glycerine
To pour a skim on the surface of water
171.
The pharmacist prepared suspension Ointment. As he entered insoluble
drug substance in an amount less than 5%?
A.
Mixed up with ointment basis
B.
*Grind with similar to the base fluid
C.
Mixed with molten basis
D.
Dissolved in glycerine
E.
Grind with water
172.
Pharmacist prepared dermatological paste. How he brought medicines
into a paste?
A.
*In the mortar mixed with glycerine and added molten base
B.
Ground up with a half-note amount from mass of dry matters by molten basis
in a warm mortar
C.
In warm mortar grind with alcohol and mixed with the base
D.
Grind of the related to the base fluid
E.
Grind and mixed with the base in a warm mortar
173.
At making of ointment with Protargolum a druggist assumed an error at
introduction of ingredient to basis. How is it needed to enter Protargolum in
basis ?
A.
*With Glycerine, then with water
B.
Grind in mortar with Vaseline
C.
Grind in mortar with water
D.
With Vaseline oil
E.
With lanolin
174.
The pharmacist prepared the medication for prescription:
Rp.: Streptocidi
Dermatoli ana 1,0
Lanolini
Vaselini ana 5,0
Misce. Da. Signa. Apply to the affected area of skin type
Please disperse system:
A.
Ointment-solution
B.
Ointment - emulsion
C.
Ointment combined
D.
Ointment extraction
E.
*Ointment-suspension
175.
The pharmacist prepared the medication for prescription:
Rp.: Dimedroli ana 0,3
Solutionis Adrenalini hydrochloridi gtts. XXX
Lanolini 5,0
Vaselini 10,0
Misce, ut fiat unguentum Da. Signa. Ointment for the nose
Specify type disperse system:
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
Ointment-solution
Ointment - suspension
Ointment combined
Ointment extraction
*Ointment-emulsion
176.
Which of the following substances is expedient to enter into a water
solution with soft dosage forms to maintain pharmacological effect?
*Novocaine
Furacyllini
Resorcinol
Camphor
Acrichine
177.
For prepare the ointment dispenser additionally used paraffin. Indicate
what role does paraffin in technology?
*seal
basis
preservative
for dispersion of powders
emulsifier
178.
The pharmacist prepared 150.0 lanolin water. Specify an amount of
water and lanolin waterless:
*45 ml and 105,0
50 ml and 100,0
30 ml and 120,0
75 ml and 75,0
105 ml 45,0
179.
Doctor prescribed ointment on the hydrophobic surface of the base.
Specify basis which a druggist must use :
*Vaseline
Wax
Cocoa Butter
Spermaceti
Bentonite
180.
Patients need to prepare vaginal suppositories. Specify what should be
mass vaginal suppository, unless noted in prescription?
*4.0 g
3.0 g
2.5 g
2.0 g
1.5 g
181.
Pharmacist prepared suppositories by pumping containing Novocain in
an amount less than 5%. Please enter a rational way based substances:
Add emulsifiers and mixed with the base
Added to the molten base
Mixed with vegetable oil and add basis
Grind with glycerin and then mixed with the base
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
*Dissolved in a minimum amount of water and add basis
182.
You must prepare suppositories (based on hydrophobic) with protargol.
Specify the particular technology
*Protargol dissolved in a few drops of water, glycerol or grind with these
liquids add emulsifiers and mixed with the base
Protargol dissolved in a base of melted and then mixed with the rest of the
base
Protargol entire amount dissolved in molten bases
Protargol injected into the hydrophobic smallest mass in the form of powder
Protargol grind with a few drops fatty oil (peach, almond) and then mixed
with crushed base
183.
Doctor prescribed pessaries and did not specify their mass. What mass
of pessariyi should be prepared in the pharmacy?
6,0
3,0
1,5
0,5
*4,0
184.
In the recipe doctor prescribed suppositories on cocoa butter, but it is
not in the pharmacy. Specify the base, which can be replaced:
Vitepsol
Butyrol
Gelatin-glycerin
*Oil laurel stems
Soap-glycerin
185.
In the drugstore pharmacist prepares rectal suppositories. Specify which
may be located within the allowable average weight of this suppositories:
4,0-7,0
2,0-5,0
3,0-6,0
*1,0-4,0
5,0-8,0
186.
In drugstore suppositories prepared by different methods. Specify the
method that can produce rectal suppository of cocoa butter:
Draining
Tableting
Granulation
*Pumping
Extracting
187.
To the patient prepare urethral bacillus. Choose which options should
be noted physician in recipe, to enable calculation of the amount of basis.
*Diameter, length and amount of sticks
Diameter and amount of sticks
The amount and length of sticks
Diameter sticks and view basis
View basis and the number of sticks
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
188.
In the pharmacy received a prescription for making balls on the basis of
cocoa butter. Which approach is to choose at this pharmacist?
pouring
*Pumping
pressing
granulation
dragger
189.
The pharmacist received a prescription for the preparation of
suppositories of Novocain on the basis of cocoa butter. Specify the best way
to enter substance
meshed with Novocain with related to the base fluid
Enter Novocain as smallest powder
Grind Novocain with part of molten base
Grind Novocain in the presence of volatile liquids
*Enter Novocain as aqueous
190.
In pharmacy prepared rectal suppositories with eufilinom 0.1 g by
pumping. Enter the amount of bases for 10 suppositories with no indication of
its weight in samples of writing.
*29.0 g
30.0 g
28.0 g
30.5 g
19.5 g
191.
In the recipe, which was received in a pharmacy not listed form of
rectal suppositories. What the best form of suppositories prepared
pharmacist?
Conical
Cylinder with a pointed end
*Form of torpedo
Ball
Ovoid
192.
Doctor prescribed rectal suppositories and did not specify their mass.
Enter a suppository masses should be prepared in the pharmacy:
1,0
4,0
*3,0
5,0
2,0
193.
Pharmacist prepared balls (globulis) based on fat of the method of
deflation (pumping). Specify a base that should be used:
Vaseline
Butyrol
*Cocoa butter
Sebuvinol
Vitepsol
194.
Pharmacist prepared suppositories by pumping with Novocain in an
amount less than 5%. Please input method based substances:
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
Dissolved in a minimum amount of castor oil
*Dissolved in a minimum amount of water
Dissolved in a minimum number of alcohol-water- glycerin mixture
Dissolved in molten basis
Dissolved in ethanol
195.
Pharmacist prepares 120 rectal suppositories containing 0.25 g
anesthezini by deflation. Specify how many bases it is necessary to take to the
druggist for preparation of such amount of suppositorie
*330,0
300,0
120,0
450,0
125,0
196.
The pharmacist prepared suppository mass with Novocain and cocoa
butter, but it was fragile. Specify the substance to be added to form a plastic
mass:
*Anhydrous lanolin
Lanolin water
Paraffin
Vaseline
Wax
197.
In the drugstore pharmacist prepares vaginal suppositories. Specify
which may be located within the allowable average weight of this
suppositories:
4,0-7,5
1,0-4,0
2,0-6,5
3,0-7,0
*1,5-6,0
198.
Doctor prescribed suppositories without specifying the base. Specify a
base that used to prepare suppositories pharmacist by pumping:
Butirol
Lazupol
Lanol
Gelatin -glycerin
*Cocoa butter
199.
For a patient prepare rectal suppositories with eufilin at 0, 1 by
pumping. Specify the amount of basis for one suppository with no indication
of spark mass in recipe
*2.9 g
3.9 g
2.4 g
1.9 g
1.4 g
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
200.
The pharmacist should be prepared rectal suppositories on the basis of
cocoa butter, each containing 0.2 g anestezyni. Please specify the amount of
bases to take on this recipe?
A.37,5
30,0
40,0
*28,0
10,0
201.
Following the introduction of drugs cocoa butter suppository mass
spilled. What should I add weight to suppository of plasticity?
*Anhydrous lanolin
Vaseline
Paraffin
Glycerin
Wax
202.
Pharmacist prepared suppositories by pumping, which include Chinini
hydrochloride in an amount less than 5%. Set the correct way to input
material in the base
Grind in a dry form and mixed with cocoa butter
*Dissolved in a minimum amount of water and add cocoa butter
Dissolved in molten cocoa butter
Mix with glycerin and cocoa butter added
Grind oil with Vaseline and then mixed with the base
203.
In the recipe, which was received in a pharmacy not listed form of
rectal suppositories. What the best form of suppositories prepared
pharmacist?
Cylinder with a pointed end
*Form of torpedo
Conical
Ball
Ovoid
204.
The pharmacist prepared diphilic ointment on the basis of water-soluble
drug substance with the concentration of water soluble substances less than
5%. Select the optimum technology:
Dissolved in Vaseline oil and mixed with the base
Dissolved in part molten base
*Dissolved in minimal quantity water, mixed up with basis
Dissolved in alcohol and mixed with the base
Dissolved in the air, mingled with the base
205.
Asked the patient to the pharmacy, which is necessary to prepare zinc
paste. What feature of zinc oxide?
grind with starch and glycerine
grind from the air
grind with alcohol
grind and melted with the starch base
*grind part of the melted base
A.
B.
C.
D.
E.
206.
The patient is prepared 50 g zinc ointment. How much zinc and
Vaseline should weight pharmacist from this?
10.0 g and 40.0 g
2.5 g and 47.5 g
1,0 g and 49.0 g
*5.0 g and 45.0 g
0.5 g and 49.5 g
207.
The patient is prepared for nasal ointment containing protargol. As a
pharmacist must enter protargol in ointment basis?
grind with water or alcohol
*First grind with glycerine, and then with water
grind with alcohol or ether
First, grind with the base, then with glycerine
To pour a skim on the surface of water
208.
Medicinal substances in multiphase ointment injected depending on
their properties. As a pharmacist must enter novocaine in Vaseline-lanoline
basis?
*Pre-dissolved in a minimum amount of water
grind with glycerine
grind with alcohol or ether
grind of melted part of the base
Dissolve in the melted base
209.
The patient is prepared ointment containing menthol and ephedrine
hydrochloride in Vaseline-lanolin basis. Choose the correct sequence of
introduction of drugs based
*First mentholis dissolved in base , then emulgate aqueous solution of
ephedrine hydrochloride
Crushed two components with alcohol and then melted part of the base
First, dissolve ephedrine hydrochloride in the basis , and menthol
Crushed two components with clean water, and then emulgate basis
Both components are dissolved in melting Vaseline and lanolin
210.
The pharmacist prepared emulsion based Kutumovoy. What he used
emulsifier?
Tween-80
Solution metylcellulosae
Spen-80
Anhydrous lanolin
*Emulsifier T-2
A.
B.
C.
D.
E.
211.
Pharmacist prepares ointment for hydrophobic base. What substance he
uses to reduce the melting point basis?
Glycerine
PEG-400
Dimexidum
Ethanol
*Oil Vaseline
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
212.
Pharmacist prepares ointment for hydrophobic base. What substance he
uses to raise the melting point and viscosity base?
*Paraffin
Anhydrous lanolin
Vaseline
Oil naphtalani
Fat pig
213.
The pharmacist prepares a suspension ointment. What substance is well
soluble in water, but to the dermatological ointments introduced by the type
of suspension?
Zinc oxide
Sulfacyl sodium
Furacyllini
*Resorcinol
Potassium iodide
214.
Pharmacist prepares
nasal ointment containing ephedrine
hydrochloride. As a pharmacist must enter ephedrine hydrochloride in waterbased emulsion ointment?
*Dissolved in a minimum amount of water treated
Dissolved in ethanol
Grind with alcohol or ether
Grind with glycerine
To pour a skim on the surface of water
215.
The pharmacist prepared suspension Ointment. As he entered insoluble
drug substance in an amount less than 5%?
Mixed up with ointment basis
*Grind with similar to the base fluid
Mixed with molten basis
Dissolved in glycerine
Grind with water
216.
Pharmacist prepared dermatological paste. How he brought medicines
into a paste?
In the mortar mixed with glycerine and added molten base
*Ground up with a half-note amount from mass of dry matters by molten
basis in a warm mortar
In warm mortar grind with alcohol and mixed with the base
Grind of the related to the base fluid
Grind and mixed with the base in a warm mortar
217.
At making of ointment with Protargolum a druggist assumed an error at
introduction of ingredient to basis. How is it needed to enter Protargolum in
basis ?
*With Glycerine, then with water
Grind in mortar with Vaseline
Grind in mortar with water
With Vaseline oil
With lanolin
218.
The pharmacist prepared the medication for prescription:
Rp.: Streptocidi
Dermatoli ana 1,0
Lanolini
Vaselini ana 5,0
Misce. Da. Signa. Apply to the affected area of skin type
Please disperse system:
A.
Ointment-solution
B.
Ointment - emulsion
C.
Ointment combined
D.
Ointment extraction
E.
*Ointment-suspension
The pharmacist prepared the medication for prescription:
Rp.: Dimedroli ana 0,3
Solutionis Adrenalini hydrochloridi gtts. XXX
Lanolini 5,0
Vaselini 10,0
Misce, ut fiat unguentum Da. Signa. Ointment for the nose
Specify type disperse system:
A.
Ointment-solution
B.
Ointment - suspension
C.
Ointment combined
D.
Ointment extraction
E.
*Ointment-emulsion
219.
Which of the following substances is expedient to enter into a water
solution with soft dosage forms to maintain pharmacological effect?
A.
*Novocaine
B.
Furacyllini
C.
Resorcinol
D.
Camphor
E.
Acrichine
220.
The patient must make an ointment containing ephedrine
hydrochloride, novocaine and zinc oxide in water-based emulsion. What is
the correct sequence of addition of components for the preparation of this
ointment?
A.
*Zinc oxide, basis, ephedrine hydrochloride, novocaine and water
B.
Zinc oxide, base, ephedrine hydrochloride, glycerine, novocaine and water
C.
Zinc oxide, basis, novocaine, glycerine, ephedrine hydrochloride, water
D.
Zinc oxide, ephedrine hydrochloride, novocaine, glycerine, water, basis
E.
Novocaine, water, zinc oxide, basis, ephedrine hydrochloride, water
221.
Asked the patient to the pharmacy, which is necessary to prepare zinc
ointment. How much zinc oxide should weighting pharmacist to prepare 25 g
ointment?
A.
20.0 g
B.
12.5 g
C.
5.0 g
D.
1.25 g
E.
*2.5 g
222.
Pharmacist need to order components for the preparation of zincsalicylic paste. Which components must be member of the zinc-salicylic paste
of Lassar?
A.
Zinc oxide, starch, Vaseline
B.
Zinc oxide, Vaseline
C.
*Zinc oxide, starch, salicylic acid, Vaseline
D.
Zinc oxide, talc, Vaseline
E.
Zinc oxide, Vaseline, lanolin
223.
The pharmacist prepared a 10% ointment xeroformii. Specify the
optimum technology:
A.
*Dispergate xeroform with 1 / 2 molten bases of the substance, then mixed
with not molten basis
B.
Mix xeroformium with not molten basis
C.
Xeroformium dissolves in water and mixed with the base
D.
Xeroformium crushed in a dry form and added base
E.
Emulgate xeroformium molten base with all
224.
The pharmacist prepared a suspension- ointment on lipophilic basis.
Specify materials that make up this type of ointment:
A.
Protargol
B.
Menthol
C.
Tanin
D.
*Xeroformium
E.
Herbal extracts
225.
The pharmacist prepared suspension Ointment. Specify materials,
formative ointment of this type:
A.
Protargol
B.
Vaseline
C.
Ihtiol
D.
*Bismuth nitrate basic
E.
Potassium iodide
226.
Assistant prepared medicine for prescription. What feature of its
technology?
Rp.: Zinci oxydi
Amyli ana 10,0
Vaselini 20,0
Misce ut fiat pasna
Da. Signa. Apply to affected skin
A.
*Grind zinc oxide and mixed with molten 5.0 Vaseline in preheated mortar to
mass added parts of starch and the rest cool Vaseline
B.
Grind starch and mixed with part of molten Vaseline , add zinc oxide and rest
cool Vaseline
C.
Grind Zinc oxide and starch with Vaseline oil and added parts of Vaseline
D.
In preheated mortar grind zinc oxide from the melt mass, added starch and
thoroughly mixed
E.
Grind Zinc oxide and starch in preheated mortar and added parts melted
Vaseline
227.
Pharmacist- technology received a prescription for ointment. As a
pharmacist brought in dry dosage forms?
Rp.: Unguentum Resorcini 1,5% 10,0
Da. Signa. Apply to affected areas
A.
Grind in a mortar with a few drops of ethanol.
B.
*Grind with a few drops of oil Vaseline
C.
Grind in the part of water
D.
Added to molten Vaseline
E.
Grind with part of Vaseline the rule Deryahina
Pharmacist preparing ointment for prescription:
Rp.: Streptocidi 1,0
Vaselini 9,0
M. f. unq.
D. S. For treatment of burns
Specify rational input method based substances:
A.
Streptocid crushed with melted Vaseline 4.5
B.
Streptocid crushed with 0.5 not melted Vaseline
C.
Streptocid crushed with 4.5 not melted Vaseline
D.
Streptocid crushed with melted Vaseline 9.0
E.
*Streptocid crushed with melted Vaseline 0.5
228.
It is necessary to prepare ointment a druggist which matters enter in the
complement of, what soluble neither in basis nor in water in an amount over
5%. How is it needed to enter them to basis?
A.
*crushed with melted part of the basis
B.
crushed with the whole not melted basis
C.
crushed with the part of not melted base
D.
crushed with the base fluid with related
E.
crushed with the alcohol-water- glycerine mixture
229.
Entered in the pharmacy a prescription for manufacturing ointment
streptocidi without specified concentration. What concentration pharmacist
will prepare the ointment?
A.
5%
B.
1%
C.
*10%
D.
20%
E.
2%
230.
Entered in the pharmacy a prescription for ointment Collargoli. What
excipient used to dissolve Collargoli assistant?
A.
glycerol
B.
petrolatum oil
C.
*Water
D.
ethyl
E.
sunflower
231.
The patient should be prepared 50,0 xeroformii ointment. How many
xeroformii used the pharmacist?
A.
*5,0
B.
10,0
C.
D.
E.
3,0
2,5
0,5
232.
Doctor prescribed sulfuric ointment from scabies. Indicate the basis that
it should be used for preparing in the pharmacy:
A.
wax or Vaseline
B.
cocoa butter or butyrol
C.
glycerine- soap or starch-glycerine
D.
*Pork fat or emulsion base
E.
lanolin or paraffin
233.
The pharmacist prepared 150,0 lanolin water. Specify the amount of
water of cleared and lanolin waterless :
A.
*45 ml and 105,0
B.
50 ml and 100,0
C.
30 ml and 120,0
D.
75 ml and 75,0
E.
105 ml 45,0
234.
Pharmacist prepared the ointment on the PEO. Which of the following
drugs with polyaethylenoxydum basis forms of ointment- solution?
A.
*streptocid
B.
menthol
C.
mercury amidochlorid
D.
bismuth nitrate basic
E.
mercury oxide yellow
235.
The pharmacy received ointment bases. Which group of basis are
esilon-4, esilon-5?
A.
hydrocarbon
B.
waxes
C.
*silicone
D.
emulsion
E.
gel
236.
The pharmacy received a prescription for the preparation of ointments
without specifying a basis.
On what basis are preparing ointment, if there is no indication in the recipe?
A.
*on Vaseline
B.
on pork fat
C.
on the basis of emulsion
D.
on the hydrophilic basis
E.
silicone
237.
Pharmacist must prepare an ointment- solution. As he should enter into
a Vaseline base menthol as prescribed in quantities less than 5%?
A.
*dissolved in an equal amount of Vaseline oil
B.
dissolved in 1 / 2 the number of weighted basis
C.
dissolve in alcohol and add Vaseline
D.
dissolved in liquid paraffin, which is taken in quantities of 1 / 2 the mass of
menthol
E.
dissolve in the molten basis
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
238.
Pharmacist must be prepared ointment on a hydrophilic basis. Which of
the following bases are hydrophilic?
hydrogenated fats
waxes
paraffin
*gel
Vaseline
239.
For preparing ointment pharmacist for grinding the materials used
appropriate to the base fluid. Which liquid is suitable for the properties to
Vaselini?
*oil Vaseline
oil peach
glycerol
esilon-4
PEO-400
240.
Pharmacist received a prescription for the preparation a homogeneous
ointment. Which of the following ointments is homogeneous?
*camphor
yellow mercury
sulfuric simple
zinc
xeroformium
241.
Pharmacist prepared the ointment liquid consistency. How to increase
the viscosity of the ointment?
add ether
add an emulsifier
mixed with glycerine
*compact by paraffin or wax
add water
242.
Pharmacist prepared the ointment on the basis of Vaseline. Which of
the following ointments is homogeneous?
*phenolic
xeroformii
streptocidi
with potassium iodide
with novocaine
243.
Pharmacist prepared 10% camphor ointment. Select appropriate
technologies for camphor ointment:
*camphor dissolved in an equal quantity of molten Vaseline
camphor dissolved in the alloy of lanolin and Vaseline
camphor dissolved in alcohol and add Vaseline
added at the end of the rule of Derjaguin to finished ointment
dissolved in a stand with Vaseline
244.
Pharmacist prepared the ointment-alloy. Which of the following
substances has the highest melting point?
*wax
B.
C.
D.
E.
Vaseline
glycerol
peach oil
Vaseline oil
245.
Pharmacist prepared a homogeneous ointment with camphor as
prescribed in quantities less than 5%. Give a sensible way to introduce the
basis of camphor:
A.
*in a mortar camphor dissolved in an equal amount of Vaseline oil
B.
in a mortar dispersed camphor with alcohol
C.
in a stand camphor dissolved in Vaseline oil
D.
camphor mixed in a mortar with water
E.
in a mortar camphor mixed with basis
246.
The pharmacy turned a patient who needs to prepare 10% thymol
ointment. What foundation should use a pharmacist to prepare a grease?
A.
sunflower oil
B.
lanolin
C.
*Vaseline
D.
gelatine - glycerine base
E.
polyaethylenoxydum basis
247.
The pharmacy received ointment bases. Which ointment bases refers to
a group of hydrophobic?
A.
*Vaseline
B.
soap
C.
collagen
D.
pectic
E.
alginic
248.
Pharmacist prepares a ointment-alloy to the prescription:
Rр.: Cerae flavi 2,0
Сеtacei 4,0
О1еi Регsicorum 14,0
М. ut f. ung
D. S.
Specify the order of fusion of substances:
A.
*Cerae flavi , Сеtacei , О1еi Регsicorum
B.
О1еi Регsicorum , Cerae flavi , Сеtacei
C.
Сеtacei , Cerae flavi , О1еi Регsicorum
D.
О1еi Регsicorum , Сеtacei , Cerae flavi
E.
Сеtacei , О1еi Регsicorum , Cerae flavi
249.
Pharmacy is preparing suppositories for polietilenoksid basis. As
introduced streptocid more than 5% in this framework?
A.
*dissolved in molten basis
B.
dissolved in water
C.
dissolved in Vaseline oil
D.
dissolved in water, emulsified anhydrous lanolin
E.
dissolved in glycerine
250.
The pharmacy has a number of frameworks for making Suppositories.
Which of these refers to synthetic?
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
*alloys PEO
cilantro butter
cocoa butter
gelatine - glycerine
soap-glycerine
251.
The pharmacy has a number of frameworks for making Suppositories.
Which of these is the product of processing natural raw materials?
alloys PEO
butirol
*gelatine - glycerine
vitepsol
imhauzen
252.
One of the methods of quality control suppositories is tested for their
dissolution. On what basis are suppositories that testing?
*on gelatine-glycerol
on butirole
on vitepsole
on lanolii basis
on sebuvinole
253.
Pharmacy prepares vaginal suppositories. What's the vaginal
suppositories is optimal for absorption?
*pessaries
balls
ovuli
torpedoes
cones
254.
Pharmacy prepares rectal suppositories. Which form of rectal
suppositories is optimal for the introduction?
cylinder
cone
ball
ovuli
*torpedo
255.
Doctor to prescribe suppositories child without guidance from the
masses. What are the limits of the mass of suppositories for children?
1,0-2,0
0,5-3,0
0,05-0,5
0,05-3,0
*0,5-1,5
256.
The pharmacy received a prescription for suppositories without a
foundation. What framework can be used in this case?
butirol
vitepsol
lanolevs
*cocoa butter
gelatine –glycerine
B.
C.
D.
E.
F.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
257.
The pharmacy received a prescription for suppositories with protargol
on the basis of cocoa butter. As a fat basis should enter protargol?
*in an aqueous solution
by dissolving in basis
type suspension
rubbed with a few drops fatty oils
rubbed with alcohol
258.
The pharmacy received a prescription for a candle with tannin for a
hydrophobic basis. As a fat basis is introduced tannin?
by dissolving in basis
type suspension
dissolved in alcohol
*in an aqueous solution
triturated with ether
259.
Pharmacist preparing suppositories by rolling out on the cocoa butter
with anaesthezini less than 5%. Which liquid is suitable for grinding the
drug?
*vegetable oil
purified water
glycerol
esilon-4
tar
260.
At the pharmacy check the quality of suppositories. Specify suppository
basis for which determine the melting point:
gelatine -glycerine
alloy PEO
soap-glycerine soap
*butirol
vitepsol
261.
Pharmacist prepared suppository by rolling out. Specify the route of
administration of novocaine in the amount of more than 5%:
*type suspension
dissolved in glycerine
dissolved in ether
type of solution
dissolved in alcohol
262.
Pharmacist prepared suppository by rolling out . How he introduced
herb extract in suppository basis?
mixed directly with the base
*soluble in alcohol-water-glycerol mixture
mixed with finished suppository weight after dissolution in glycerol
mixed with the base after dissolving in water
dissolved in ether
263.
The pharmacy received a prescription for suppositories with extract of
belladonna. When preparing its entry into suppository mass in the form:
dry extract
*solution thick extract
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
thick extract
infusion
broth
264.
Pharmacist prepared by rolling out suppository mass, which proved to
be loose. What substance should be used as a plasticizer?
*anhydrous lanolin
Vaseline
gelatine
paraffin
wax
265.
Pharmacist preparing suppositories by rolling out. Specify the method
was the basis of papaverine hydrochloride in an amount up to 5%:
added to the molten basis
dissolved in Vaseline oil
*dissolved in a small amount of purified water
added to the finely grated basis
266.
In the pharmacy prepare rectal suppositories. What is the limit of their
masses?
*1,0 - 4,0 g
1,0 - 5,0 g
1,0 - 6,0 g
1,0 - 7,0 g
1,0-8,0 g
267.
Is prepared in the pharmacy vaginal suppositories. What are the limits
of their masses?
*1,5-6,0
2,0-6,0
3,0-6,0 g
4,0-6,0 g
5,0-6,0 g
268.
The pharmacy define the quality of suppositories. What is the limit of
deviation in their masses?
*± 5%
± 10%
± 3%
+4%
± 1%
269.
The pharmacy must make suppositories with camphor method of
rolling out. As it is introduced in quantities greater than 5% of cocoa butter?
*dissolved in part molten cocoa butter
dissolved in water
in the form of very fine powder type suspensions
dissolved in a suitable basis for fluid
triturated with alcohol
270.
The pharmacy is prepared suppositories by rolling out . What kind of
foundation can be used in the absence of cocoa butter?
lazupol
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
gelatine -glycerine base
*oil laurel petiolate
butirol
alloy PEO
271.
Pharmacist prepare 10 vaginal suppositories by rolling out a manual
that contains 1,0 boric acid (all of suppositories). What amount of cocoa
butter used a pharmacist?
*39,0
18,0
25,0
30,0
40,0
272.
The pharmacy has a number of bases for the preparation of
suppositories. What basis is hydrophobic?
*lanolev
gelatine -glycerine
soap-glycerine
alloy PEO
soap
273.
The pharmacy is prepared suppositories by rolling out . What
substance is added if necessary as a plasticizer?
Vaseline
paraffin
glycerol
*anhydrous lanolin
Vaseline
274.
The pharmacy received a prescription for 10 pessaries on the basis of
fats without specifying its number one suppository. Specify the required
amount of bases for their preparation:
36,4
41,6
38,4
*40,0
30,0
275.
The pharmacy received a prescription for suppositories with analginum.
How can we introduce a medicinal substance in a hydrophobic basis?
*soluble in water, emulsified, mixed with the base
dispersed in dry form, and then part of the molten base
ground in a dry form, and then with a suitable basis for a liquid
injected directly into the molten base
dissolved in chloroform
276.
Pharmacy was the basis butirol for pouring suppositories. Specify the
composition of this framework:
*50% hydrogenated fat, 20% paraffin, 30% cocoa butter
50% hydrogenated fat, 50% cocoa butter
50% hydrogenated fat, 50% paraffin
50% hydrogenated fat, 20% paraffin , 30% oil of laurel
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
50% hydrogenated fat, 30% water, 20% cocoa butter
277.
Pharmacist must prepare suppositories by pouring on a hydrophobic
basis. Which of these bases he uses?
butirol
*gelatine - glycerine
soap-glycerine
alloys PEO
cocoa butter
278.
The pharmacy has a number of suppository bases. Which of the
following bases used in the pouring only vaginal suppositories?
cocoa butter
alloys PEO
butirol
vitepsol
*gelatine -glycerine
279.
The pharmacy must prepare suppositories on the basis of "hard fat".
What is the method of their manufacture should be used?
*pouring
rolling out
pressing
emulsification
infusion
280.
The pharmacy received a prescription for a candle with an extract of
belladonna. There is a dry extract (1:2). How to introduce the foundation?
*dissolved in alcohol-water-glycerol mixture
mixed directly with the base
mixed with finished suppository mass
dissolved in water
dissolved in alcohol
281.
The pharmacy prepared suppositories by pouring. At what
concentrations of drugs in suppositories must take into account replacement
ratio?
*5%
2%
4%
1%
0,5%
282.
Pharmacist prepared the candles on the basis of solid fat. What he has
to pre-lubricate the nest forms?
liquid paraffin
glycerol
*soap alcohol
water purified
ether
283.
The pharmacy received a prescription for suppositories with collargol
the hydrophobic basis. How collargol giving foundation?
type suspension
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
by dissolving in basis
*in an aqueous solution
rubbing with a few drops of oil Vaseline
type of solution
284.
Pharmacist suppositories prepared by pouring. What is the rate he used
in the calculation of gelatine -glycerine bases?
*conversion factor
rate increase
coefficient of water absorption
isotonic coefficient
depression of the solution
285.
Pharmacist prepared the candles on a hydrophobic basis of the method
of pouring, containing papaverini hydrochloride in an amount more than 5%.
How he entered a substance?
*in the form of fine powder-type suspension
dissolved in molten basis
milled in a dry form, and then with a suitable basis for a liquid
previously dissolved in water
dissolved in ether
286.
The pharmacy, there are several suppository bases. What basis can be
used for the preparation of suppositories methods pouring?
*alloy PEO
cocoa butter
oil laurel petiolate
olive oil
castor oil
287.
The pharmacy prepare candles different methods. What is the
technological stage of manufacture of suppositories applies only to the
method of pouring?
receive suppository mass and its weighting
dosing and the formation of suppositories
weighted basis and drugs
introduction of medicinal substances
*melting of the entire foundation
288.
In pharmacy received a prescription for suppositories with protargolom.
How do you enter it into gelatine -glycerines base?
*pre-mixed with a few drops of glycerine and dissolved in water
introduced in the form of fine powder
mixed directly with the base
previously dissolved in a few drops of Vaseline oil
mixed with vegetable oil
289.
When pouring suppositories with substance in the recipe more than
5%, is recommended when calculating the number of bases to take into
account size, it displaces a mass of these substances. The value of showing
the number of grams of the drug, which occupies the same volume as the 1,0
fatty bases is called:
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
*replacement ratio on the basis of fats
isotonic equivalent
module
conversion factor increase
coefficient of water absorption
290.
The pharmacy has a number of suppository bases. What basis is
hydrophilic?
sebuvinol
vitepsol
lazupol
*soap-glycerine
lanolevaya
291.
Pharmacy has the opportunity to prepare vaginal suppositories in
gelatin-glycerin based. Among its weaknesses are:
*susceptibility to desiccation and microbial deterioration
dehydration of mucosa with frequent use
high price
presence of allergic effects
volatility
292.
Pharmacist preparing suppositories by pouring. Which of the following
stages of the process does not apply to this method?
*rolling out of suppositories
introduction of medicinal substances
formation suppository mass
pouring
cooling
293.
The pharmacy must prepare suppositories by pouring. What is the basis
of the above can be used for this?
*butirol
oil laurel petiolate
cocoa butter
oil coriander
lanolin
294.
At the pharmacy check the quality of suppositories prepared on
hydrophilic bases. What a time limit of their solution?
*60 min
45 min
20 min
15 min
5 min
295.
In the pharmacy received a prescription for preparing vazo-liniment.
What is the dispersion environment of this drug?
*Vaseline oil
alcohol soap
lanolin
fatty oils
glycerol
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
296.
Pharmacist prepared dermatological ointment. As introduced in
dermatological ointments resorcinol and zinc sulfate?
dissolved in water
dissolved in basis
*enter the type of suspension
dissolved in ether
dissolved in glycerine
297.
Pharmacist prepared 10% salicylic ointment. As introduced in the
ointment salicylic acid?
*grind with part of the molten base
grind with fat or liquid paraffin
previously triturated with ether
crushed with sugar
grind with water
298.
Pharmacist prepared a suspension ointment. At what concentration of
solids in suspension ointments using the auxiliary fluid?
from 10 to 25%
more than 25%
*less than 5%
from 10% to 50%
from 50% to 60%
299.
When preparing ointment pharmacist for emulsifying the aqueous
solution using anhydrous lanolin. How much water contains anhydrous
lanolin?
*30%
50%
100%
40%
250%
300.
Pharmacist prepares a ointment-emulsion, which comprises an extract
of belladonna. As introduced in the emulsion ointments, dry and dense
extracts?
*triturated with an equal amount of alcohol - water - glycerol mixtures
dissolved in water
triturated with alcohol
mixed with glycerine
mixed with the molten base
301.
Pharmacist prepared the emulsion ointment, which includes protargol.
What are the introduction protargol in the ointment?
triturated with part melted basis
*grind with glycerine and then dissolved in water
triturated with ether
grind with Vaseline oil
triturated with water, dissolved in alcohol
302.
When preparing a combination ointment pharmacist used paraffin.
Which group he belongs bases?
Absorption
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
*hydrocarbon
fats
silicone
hydrophilic
303.
Pharmacist prepares some emulsion ointments. As introduced in the
ointment tannin, collargol, protargol?
*dissolved in water
imposed on the type of suspension
dissolved in alcohol
triturated with molten base
grind with Vaseline oil
304.
The pharmacy received a prescription for the preparation of
dermatological ointments with resorcinol. As introduced in dermatological
ointments resorcinol?
*type suspension
type emulsion
type of solution
added at the end of the finished ointment
in stand dissolved in liquid paraffin
305.
Pharmacist entered active substances in the ointment by milling with
half of amount melted basis. When preparing any ointments applied rule
Deryagina?
emulsion
alloys
*suspension
solutions
extraction
306.
Pharmacist in the preparation of ointments using different bases. Which
of the following foundations have therapeutic anti-inflammatory properties?
Vaseline
Lanolin
*oil Naphthalene
pork fat
beef fat
307.
Pharmacist prepared the ointment with potassium iodide in petrolatum.
What type of disperse systems is preparing ointment ?
*ointment-emulsion
ointment-solution
ointment, suspension
ointment alloy
combined
308.
Pharmacist has prepared a combination of petrolatum ointment. On
what type of tannin is introduced in combination ointment?
*type emulsion
type of solution
type suspension
added at the end of the finished ointment
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
dissolved separately in a stand with glycerol
309.
The pharmacy received a prescription for the preparation of suspension
ointments. How many of the auxiliary fluid to rule Deryagina take for
suspension ointments:
equal amount of dry mass
double of the amount from the mass of dry matter
*the half quantity of the mass of dry matter
1 / 5 of the mass of dry matter
liquid does not use
310.
The pharmacy received a prescription for the preparation of emulsion
ointment. Which of the following emulsifiers most commonly used in
ointments?
T-2
Tween-80
*lanolin
bedrooms
methylcellulose
311.
Pharmacist prepared a combined ointment Xeroformii. As introduced
xeroformum in combination ointment?
*type suspension
type emulsion
type of solution
added at the end of the finished ointment
separately dissolved in a stand with liquid paraffin
312.
Pharmacist prepared cold cream. What action will have repared the
drug?
*cooling
warming
irritating
mitigation actions
drying
313.
Pharmacist prepared a combined ointment on streptocidi, mentholi and
norsulfazoli. Do I need to take into account the percentage of drugs when
given in combination ointment?
No
*yes
only for insoluble substances
only for water-soluble substances
only for fat-soluble substances
314.
Pharmacist prepared pasta. What solids content requires the fusion of
the entire amount of ointment bases?
*20% or more
from 5 to 20%
less than 5%
15%
10% or more
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
315.
Pharmacist prepared 100,0 g lanolin water. Enter the amount of water
purified and anhydrous lanolin:
*30 ml and 70,0
25 ml and 75,0
10 ml and 45,0
3 ml and 7,0
50 ml and 50,0
316.
Pharmacist prepared 50.0 g of zinc ointment. Specify the required
amount of zinc oxide:
10,0
*5,0
1,0
0,5
15,0
317.
The chemist asked the patient who needs to prepare kseroformii
ointment. How many kseroformii must pay a pharmacist to prepare 50,0
ointment?
*5,0
25,0
20,0
50,0
0,5
318.
Pharmacist must order components for preparing zinc paste. What
components should be part of this fall?
*zinc oxide, starch, petrolatum
zinc oxide, starch, lanolin
zinc oxide, petrolatum, thymol
zinc oxide, thymol, petrolatum
zinc oxide, petrolatum, lanolin
319.
Pharmacist entered into an ointment on the basis of hydrophilic watersoluble medicinal substances, prescribed in quantities less than 5%. Which
version of the technology he chose?
grind with Vaseline oil
mixed with the molten base
grind with alcohol
*dissolved in a minimum amount of water
grind with glycerine
320.
Pharmacist prepared the ointment containing: ephedrine hydrochloride,
the solution of adrenaline hydrochloride, zinc oxide in petrolatum, linoleic
basis. What substance is introduced first Pharmacist?
*zinc oxide
Vaseline
ephedrine hydrochloride
solution of epinephrine hydrochloride
lanolin
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
321.
Pharmacist prepares zinc ointment. What amount of zinc oxide it
should weigh for preparing 25,0 ointment?
*2,5
20,0
12,5
5,0
1,25
322.
Pharmacist prepared the 10% kseroformii ointment . Specify the best
option Technologies:
xeroformium mixed with not molten basis
xeroformium dissolved in water and mixed with the base
crushed xeroformium with alcohol and add basis
xeroformium emulsified with lanolin
*dispersed xeroformium with 1 / 2 molten basis of the amount of substances
323.
The pharmacy received a prescription for the preparation of ointments.
What is the name of a soft dosage form with insoluble substances discharged
in quantities of more than 20%?
*paste
liniments
ointments, emulsions
ointment-alloys
ointment-solutions
324.
Pharmacist prepared dermatological paste. How he entered into a paste
Drugs:
in a mortar mixed with glycerine and added the melted base
dispersed in a mortar with alcohol and mixed with the base
milled with a suitable basis for the liquid in warm mortar
*in a heated mortar and mixed with all the molten material basis
milled with glycerine and mixed with the base in a warm mortar
325.
In the pharmacy received a prescription for the preparation of ointments
without specifying the concentration. What is the concentration of preparing
ointment, if there is no indication in the recipe?
*10%
1%
5%
3%
25%
326.
The pharmacy prepared infusions. What is achieved izohydrition
infusion solutions?
*buffers
hydrochloric acid
solution of sodium hydroxide
acetic acid
sodium bicarbonate
327.
Pharmacist prepared the injection. What method can sterilize it?
*autoclaving
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
boiling in water
dry heat (hot air)
UV radiation
gas sterilization
328.
Pharmacist prepared the oily solution for injection. Within what time
frame must be sterilized fatty oils for injection with hot air at 180 ° C (weight
up to 100.0 g)?
60 min
20 min
15 min
40 min
*30 min
329.
Pharmacist prepared 500 ml of glucose solution for injection. Specify
how much stabilizer must be added in the preparation of this solution:
*25 ml
5 ml
10 ml
50 ml
15 ml
330.
The pharmacy sterilized auxiliary materials. Specify the timing of their
storage in aseptic conditions in a closed slut:
no more than 4 days
*no more than 3 days
no more than 5 days
no more than 6 days
7 days
331.
Patient was made injection. What is the reaction of the organism occurs
when the introduction of injectable solutions containing pyrogenic
substances?
*increase in body temperature
bleeding
high blood pressure
drop in blood pressure
dehydration
332.
The pharmacy prepared oil solutions for injection. Please limit the
number of acid oils for injection:
*not more than 2,5
3,5
5
1910
30
333.
Pharmacist to clean injection solution from mechanical inclusions.
Specify the filter should be applied for filtering small quantities of solutions
for injection:
Gamgee
deep
cellulose
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
*glass
cotton
334.
Pharmacist prepares isotonic sodium chloride. What conditions
dehydrogenize sodium chloride?
*heating for 2 h at 180 ° C
heating 1.5 hours at 590 ° C
heating for 3 h at 350 ° C
heating for 1 h at 400 ° C
heat for 30 minutes at 1000 ° C
335.
Pharmacist had prepared injection with a stabilizer. Enter the substance
for which he is required:
*atropine sulfate
Sodium chloride
Sodium bromide
Potassium chloride
Calcium chloride
336.
Pharmacist prepared the injection. Indicate which of the following
substances in the solution for injection requires adding stabilizer:
calcium chloride
calcium sulfate
*diphenhydramine
magnesium chloride
magnesium sulfate
337.
Doctor prescribed patient hypotonic solution for injection. Enter a
phenomenon that occurs when red blood cells with large amounts of
hypotonic solution:
*hemolysis
plasmolysis
decrease viscosity
increase in viscosity
increasing Ph
338.
Pharmacist preparing solutions for injection. Indicate how the solution
he should handle his hands:
hydrogen peroxide solution
*solution of chloramines B
solution of potassium permanganate
methyl alcohol
solution "Dezmola»
339.
The pharmacy prepared injection in oil. Indicate method of obtaining
oil for injection:
*cold pressing
distillation
extraction
cavitations
distillation
340.
The pharmacist prepared a solution of sodium salicylate injection.
Specify the filter he used:
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
deep
Gamgee
*ashless paper or glass
cotton
gauze
341.
Pharmacist prepared isotonic solution for injection. Enter the substance
most commonly used for isotones unless otherwise specified in the recipe:
*sodium chloride
sodium nitrate
sodium sulfate
glucose
boric acid
342.
Pharmacist prepares injectable glucose. What determines the amount of
stabilizer added for glucose?
*the amount prescribed solution
on the method of application
the concentration of the substance
on the conditions of sterilization
the purity of the starting material
343.
Pharmacist prepared 250 ml furacilinum in isotonic sodium chloride
solution. Specify the number of furacilinum, taken for preparation of this
solution:
0,02
*0,05
0,04
0,1
0,5
344.
Pharmacist prepared a solution for injection. Which of the following
substances in the solution for injection requires adding stabilizer antioxidant?
*sodium salicylate
sodium chloride
Zinc oxide
sodium bicarbonate
calcium chloride
345.
Pharmacist prepared 100 ml of caffeine-sodium benzoate for injections
with the addition of sodium hydroxide. Specify how much stabilizer must be
added in the preparation of the solution:
*0,4 ml
1 ml
5 ml
10 ml
2 ml
346.
Pharmacist prepared a solution for injection in an aseptic unit. Specify
how to handle the air in the aseptic room:
filtration
heating
ventilation
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
gas sterilization
*UV
347.
Pharmacist prepared 100 ml solution of Novocain. Indicate which
determines the amount of stabilizer added to this solution:
*the concentration of procaine in the solution
the method of application
the volume of solution
the conditions of sterilization
the purity of the original substance
348.
Pharmacist prepared a 1000 ml 0,25% a solution Novocain. Specify of
chloride acid solution, which must be added:
6 ml
4 ml
5 ml
*3 ml
7 ml
349.
Pharmacist prepared a 1000 ml 0.5% solution of Novocain. Specify
chloride acid solution, which must be added:
*4 ml
3 ml
5 ml
6 ml
7 ml
350.
Pharmacist prepared the injection without subsequent sterilization.
Enter thermo labile substance:
*hexamethylenetetramine
glucose
Novocain
dibasol
sodium chloride
351.
Pharmacist prepared a solution of atropine sulfate for injection. What
stabilizer he used?
solution of sodium hydroxide
*hydrochloric acid solution
stabilizer Weibel
solution of sodium bicarbonate
solution of sodium chloride
352.
Pharmacist prepared solution of sodium bicarbonate injection. Specify
how much to fill the bottle he chooses?
completely whole volume
1 / 3 volume
1 / 2 volume
*2 / 3 volume
1 / 4 volume
353.
Pharmacist prepares a solution for injection at 20 ° C without stirring it,
fills the thick-walled bottles at 80% of volume and sterilize in a horizontal
position. Specify material, for typical appliance has reduced technology
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
*sodium bicarbonate
aminocaproic acid
glucose
apomorphine hydrochloride
calcium gluconate
354.
Pharmacist prepared solution of Novocain injection. Specify a
stabilizer, he added:
*hydrochloric acid solution
sodium hydroxide
sodium bicarbonate
sodium metabisulfite
ascorbic acid
355.
Pharmacist prepared solution of procaine 2% for injection. Specify the
used stabilizer:
*hydrochloric acid solution
solution of sodium bicarbonate
liquid Weibel
solution of sodium sulfite
solution of sodium thiosulfate
356.
To the pharmacy received a prescription for injection solution requiring
isotones, without specifying isotonic ingredient. Specify required for isotonic
substance:
sodium metabisulfite
sodium sulfate
sodium nitrate
sodium bisulfite
*sodium chloride
357.
Pharmacist prepared ascorbic acid solution for injection. Enter
excipients, which he used:
*sodium sulfite and sodium bicarbonate
hydrochloric acid solution
boric acid
solution of sodium hydroxide
stabilizer Weibel
358.
Pharmacist prepared injectable solution. Indicate method of sterilizing
equipment used to prepare aseptic dosage forms:
tindalizatsiya
fluid pairs
chemicals
*dry heat
UV radiation
359.
Pharmacist prepared 100 ml of isotonic sodium chloride solution. Enter
the amount of sodium chloride necessary for its preparation:
*0,9 g
10,0 g
5,0 g
1,8 g
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
1,0 PM
360.
Pharmacist should prepare a 5% glucose infusion. What solvent to use
for making such a solution?
*water for injection
purified water
dematerialized water
0,9%-solution of sodium chloride
Purified water with the addition of hydrochloric acid to pH = 3,5 ... 5,0
361.
Chemist prepared liquid Weibel to stabilize the glucose solution.
Specify its composition:
hydrochloric acid solution
sodium bicarbonate and boric acid solution
solution of sodium hydroxide
*sodium chloride and hydrochloric acid solution
solution of boric acid and sodium tetraborate
362.
Pharmacist in the pharmacy prepared 100 ml of isotonic sodium
chloride solution. Indicate the method of sterilization of the final product:
air
gas
mechanical
*steam
radiation
363.
Pharmacist prepared 150 ml of 10% glucose solution. Indicate the
quantity of liquid Weibel he added for stabilization of the solution:
*7,5 ml
5 ml
10 ml
15 ml
3 ml
364.
Pharmacist prepared 100 ml of 10% glucose solution for injection.
Enter the amount of glucose for the preparation of this solution (glucose
humidity - 10%):
*11,1 g
10,0 g
10,5 g
5,0 g
5,5 PM
365.
A pharmacist prepares a 250 ml 5% glucose solution. How much time
he needed to sterilize the solution steam under pressure at a temperature of
120 ° C?
8 min
30 min
15 min
60 min
*12 min
366.
Pharmacist prepared the injection, which contains salt, formed a strong
base and weak acid. Identify the stabilizer:
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
*sodium hydroxide
sodium sulfate
hydrochloric acid
ascorbic acid
cysteine
367.
Pharmacist prepares the injection of a substance that requires
stabilization solution of 0.1 mol / l hydrochloric acid. Give this stuff:
*Novocain
calcium chloride
potassium chloride
hexamethylenetetramine
sodium benzoate
368.
Pharmacist prepared injectable solution, with the addition of the
stabilizer - sodium bicarbonate. Specify a substance that requires the use of
the stabilizer:
Novocain
ephedrine hydrochloride
sodium chloride
*sodium thiosulfate
glucose
369.
Pharmacist prepared injectable solution, using the stabilizer - solution
0,1 mol / l sodium hydroxide. Specify a substance that requires the use of the
stabilizer
*caffeine-sodium benzoate
dibasol
sodium bicarbonate
sodium chloride
glucose
370.
Pharmacist prepared injectable solution is easily oxidized substances
with antioxidant. Enter the substance:
diphenhydramine
sodium chloride
*ascorbic acid
hexamethylenetetramine
calcium gluconate
371.
Pharmacist prepared injectable solution of sodium bicarbonate. Enter
the maximum amount of filling vials:
*80%
100%
50%
40%
60%
372.
Pharmacist should be sterilized 400 ml injection solution of calcium
gluconate. Specify the time of sterilization solution in an autoclave at 120 ° C:
*12 min
10 min
15 min
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
30 min
8 min
373.
To the pharmacy received a prescription for the preparation of solution
for injection. Specify which of the listed drugs should not be subjected to
sterilization:
Novocain
glucose
calcium chloride
*hexamethylenetetramine
dibasol
374.
Chemist prepared liquid Weibel to stabilize the glucose solution.
Specify its composition:
*sodium chloride and hydrochloric acid solution
hydrochloric acid solution
sodium bicarbonate and boric acid solution
solution of sodium hydroxide
solution boric acid and sodium tetraborate
375.
The pharmacy must prepare injectable thermo sensitive material. What
is the optimal method of sterilization should apply pharmacist?
*sterile filtered through a membrane filter
in an autoclave, saturated steam under pressure
sterilization with ultraviolet rays
dry heat sterilization
radiation sterilization
376.
Sterilization methods, which are used for making medicines in aseptic
conditions, can be divided into physical, mechanical, chemical. Indicate
method of sterilization, which belongs to chemicals:
dry heat sterilization
radiation sterilization
steam sterilization under pressure
*adding preservatives
sterilization by ultraviolet rays
377.
To achieve isotonic solutions use several methods of calculating the
isotonic concentrations. Specify the method of calculation, which is most
often used in pharmacy practice:
*using equivalents of sodium chloride
by law Van't Hoff
graphic method
by law Raoul
the equation Mendeleyev – Clapeyron
378.
The pharmacy must prepare injectable sodium chloride 10%. What is
the optimal method of sterilization should apply pharmacist?
*in an autoclave with saturated steam under pressure
sterile filtration through a membrane filter
sterilization gases
dry heat sterilization
radiation sterilization
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
379.
The pharmacist preparing injectable solutions of Novocain 0,25 and
0,5%-s'. What determines the amount of hydrochloric acid, which should add
a pharmacist in the preparation of these solutions?
on the mode of sterilization solutions of Novocain
*on the concentration of Novocain
on the sequence of making components in the solutions
from the sequence of operations process
the purity of Novocain
380.
The pharmacist must prepare a 5% solution of sodium bicarbonate
injection. Specify the optimal temperature, at which you can dilute sodium
bicarbonate, avoiding strong mixing:
*15-20 ° C
30-45 ° C
25-35 ° C
80-100 ° C
45-55 ° C
381.
The pharmacy prepared infusion of 2% solution of glucose. Select an
additional substance which is used to ensure isotonic of the solution:
*sodium chloride
sodium nitrate
sodium sulfate
sodium sulfite
boric acid
382.
The pharmacy prepared infusions. Enter the solution, which is a
regulator of water-salt balance:
*Ringer - Locke
poliglyukin
neogemodez
hydrolysin
dextran
383.
The pharmacy prepared 100 ml 0,9% solution of sodium chloride.
Which mode of sterilization elected with a pharmacist?
120 ° C, 12 min
120 ° C, 15 min
180 ° C, 30 min
*120 ° C, 8 min
100 ° C, 15 min
384.
Before preparing isotonic sodium chloride powder in a dispenser stand
by a dry heat closet. To remove any substances was carried out this
operation?
*pyrogenic substances
reducing substances
sulfates
chlorides
moisture
385.
The pharmacy must prepare injectable. At what stage monitor solutions
on the absence of mechanical impurities?
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
*before and after sterilization
before filtering
to chemical analysis
after registration to leave
before and after filling
386.
Pharmacist prepared a solution of caffeine-sodium benzoate for
injections. What stabilizer, he added?
hydrochloric acid
sodium bicarbonate
sodium metabisulfite
ascorbic acid
*sodium hydroxide
387.
Pharmacist must prepare the glucose injection. Specify the stabilizer
should be used:
sodium chloride
hydrochloric acid solution
solution of sodium nitrate
solution of sodium sulfate
*stabilizer Weibel
388.
Pharmacist prepares injectable solution of sodium thiosulfate. What
kind of stabilizer to use?
*sodium bicarbonate
hydrochloric acid
sodium sulfite
ascorbic acid
stabilizer Weibel
389.
The calculations isotonic glucose pharmacist used the value of the
depression of blood plasma. Indicate its value:
*0,52 ° C
0,10 ° C
0,34 ° C
0,90 ° C
0,45 ° C
390.
Doctor wrote hypertensive patient injection. Enter a phenomenon that
occurs with red cells in large amounts of hypertonic solutions:
hydrolysis
hemolysis
lipolysis
*plasmolysis
electrolysis
391.
In medical practice, regulators are used in water-salt balance. Enter the
solution, which belongs to this group:
*Ringer - Locke
Novocain solution
solution "Neogemodez»
glucose
solution "Polidez
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
392.
Pharmacist prepared a solution of Novocain. Specify how to sterilize:
*autoclaving
pasteurization
tantalization
dry heat
ultrasound
393.
Pharmacist prepared the 1000 ml of 2% solution of Novocain. Indicate
the quantity of solution 0,1 mol / l hydrochloric acid was added to prepare:
*12 ml
6 ml
2 ml
4 ml
9 ml
394.
Pharmacist prepared a 3% solution of glucose. Enter excipient for
isotones solution:
sodium sulfite
sodium bisulfite
sodium salicylate
*sodium chloride
sodium benzoate
395.
A pharmacist should be sterilized 50 ml sodium chloride for injection
fluid steam. Specify the duration of the sterilization of the drug:
60 min
*30 min
12 min
15 min
8 min
396.
Pharmacist must prepare the injection, which contains easy oxides
substance. Specify a stabilizer, he added:
*sodium sulfite or sodium metabisulfite
hydrochloric acid
sodium bicarbonate
sodium hydroxide
sodium chloride
397.
Pharmacist prepared a solution of atropine sulfate for injection. Indicate
which stabilizer he chose:
*hydrochloric acid
sodium hydroxide
sodium bicarbonate
sodium metabisulfite
ascorbic acid
398.
Pharmacist prepares a solution of glucose injection, which requires
stabilization. What are the components of the stabilizer consists Weibel?
*sodium chloride, water, Hydrochloric acid
hydrochloric acid, sodium bromide, water
water, hydrochloric acid, calcium chloride
water, hydrochloric acid, sodium hydroxide
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
hydrochloric acid, water, glucose, sodium nitrite
399.
Pharmacist during the day prepared several solutions for injection.
What is the solution of the prepared without the addition of a stabilizer?
solution of sodium thiosulfate
solution of caffeine-sodium benzoate
glucose
*sodium bicarbonate
Novocain solution
400.
The pharmacy prepared injections of glucose, which are sterilized after
cooking:
*immediately
not later than 1 h
no later than 2 h
no later than 3 h
no later than 5 pm
401.
Chemist sent the water for injection for analysis. How often conduct
bacteriological control of water for injections?
twice a year
once a year
daily
once a week
*twice per quarter
402.
In pharmacy prepared a series of solution for injection. How many vials
of one batch is tested for leakage?
25%
75%
10%
50%
*All vials (100%)
403.
Pharmacist prepared the injection. Which of the following substances in
the solution requires adding a stabilizer?
*dibasol
quinine dihydrochloride
calcium gluconate
sodium bicarbonate
magnesium sulfate
404.
The pharmacy prepared Ringer - Locke 50 ml. How long should it be
sterilized by autoclaving?
*8 min
30 min
12 min
20 min
60 min
405.
The pharmacy prepared the oily solution for injection. Which method is
more rational to use for sterilization of fatty oils:
by current steam sterilization
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
B.
C.
D.
E.
F.
A.
B.
C.
D.
E.
UV radiation
Autoclaving
*dry heat (hot air)
bacterial filtration
406.
The pharmacy received water for injection. Enter the dates of its
storage:
no more than 4 days
no more than 2 days
no more than 12 days
*no more than 24 hours
no more than 7 days
407.
Pharmacist prepared a glucose solution for injection. Define isotope
concentration of glucose (the freezing point depression of 1% glucose
solution = 0,104 °):
*5%
3%
7%
1%
10%
408.
Pharmacist prepared plasma replaceable solution. Name the substance
that provides the viscosity of plasma substitute:
*dextran
glucose
potassium chloride
magnesium sulfate
sodium chloride
409.
Pharmacist must be sterilized supporting material - cotton wool, gauze,
filters, and plugs for sterile drugs. Indicate which method you can do:
*autoclaving
flowing steam
dry heat
boiling in water
UV radiation
410.
Pharmacist prepares a solution of ascorbic acid for injection. How long
must sterilize this solution flowing steam?
12 min
8 min
30 min
60 min
*15 min
411.
The pharmacy prepared Ringer - Locke. Indicate which of the
following substances are in solution № 2:
*sodium bicarbonate
potassium chloride
sodium chloride
sodium citrate
calcium chloride
412.
Pharmacist prepares a solution of sodium bicarbonate injection. Specify
the amount of filling bottles by this solution:
A.
*2 / 3 volume
B.
full amount of the vial
C.
1 / 3 volume
D.
1 / 2 volume
E.
1 / 4 volume
413.
The pharmacy prepared Ringer - Locke. Enter the correct technology
this solution:
A.
dissolve all the components together
B.
separately prepare a solution of glucose
C.
separately prepare a solution of sodium chloride
D.
*prepare a separate solution of sodium bicarbonate solution and other
component
E.
dissolve all the components without glucose
414.
Pharmacist prepares against shock liquid. In a concentration of ethyl
alcohol used in injectable solutions?
A.
*up to 33%
B.
70%
C.
40%
D.
60%
E.
90%
415.
The pharmacy prepares solutions for injection. How often conduct
chemical control of water quality for injection in a pharmacy?
A.
*daily
B.
after 72 h
C.
after 48 h
D.
once a quarter
E.
once a month
416.
Pharmacist prepares 400 ml solution of Novocain injection. How long
should it be sterilized in an autoclave?
A.
5 min
B.
20 min
C.
*12 min
D.
30 min
E.
8 min
417.
Pharmacist prepared solution of sodium bicarbonate injection. When
you can use the solution after sterilization?
A. *after 2 h
B. after 30 min
C. immediately after sterilization
D. after 24 h
E. after 15 minutes
418.
Pharmacist prepares a solution of gelatin for injection. Provide an
additional quality control gelatin injection:
A.
*for pyrogenicity
B.
for chlorides
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
on solubility
to heavy metals
to sulfates
419.
Pharmacist prepared a solution of strychnine nitrate for injection.
Indicate which stabilizer erants, add:
*hydrochloric acid sodium hydroxide
ascorbic acid
sodium bicarbonate
Trilon B
Natrium chloridun
420.
Pharmacy directs water for injection for analysis. Enter the additional
requirement of the State Pharmacopoeia of Ukraine to the water for injection:
*apyrogenic
sterility
colorless
absence of chlorides
absence of mechanical inclusions
421.
Pharmacist preparing solutions for injection. Specify how achieved
sterile solutions of thermo labile substances:
autoclaving;
flowing steam sterilization
dry heat sterilization
*bacterial filtration
pasteurization
422.
Name phenomenon that occurs with the introduction red corpuscles at
hypertonic solution:
A. *plasmolysis
B. increase in viscosity
C. hemolysis
D. electrolysis
E. dialysis
423.
Pharmacist sterilized dishes. What method can this be done?
*dry heat (hot air)
UV radiation
flowing steam
bacterial filtration
boiling in water
424.
Еhe pharmacy sterilize dishes for injection solution. How to destroy
pyrogenic substances in glass vials?
*hot acidified solution of potassium permanganate
heating at 150 ° C - 1 h
boiling in water
heating 100 ° C - 30 min
heating 180 ° C - 15 min
425.
The pharmacist prepared a glucose solution for injection. How long it
should be sterilized with steam flowing?
30 min
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
15 min
*60 min
20 min
45 min
426.
Pharmacist prepared a glucose solution for injection. Specify additional
requirements for the quality of glucose injection:
*apyrogenic
absence of sulphate
absence of chlorides
colorlessness
solubility
427.
Pharmacy received vials for the preparation of injection solutions.
Please mark these glass vials:
AB-1
MTO
OS
OS-1
*NG-1 NG-2
428.
Pharmacist sterilized streptocid for suspension for injection. What
method can be sterilized, heat-resistant Drugs?
*dry heat (hot air)
flowing steam
UV radiation
autoclaving
bacterial filtration
429.
Pharmacist in the preparation of 100 ml solution for injection
hexamethylenetetramine use sterile water for injection. How long to sterilize
water for injection autoclaving?
*8 min
12 min
15 min
30 min
60 min
430.
Pharmacist prepared dibasol solution for injection. What is the
stabilizer should be added to this solution?
sodium chloride
stabilizer Weibel
rongalit
sodium hydroxide
*Hydrochloric acid
431.
At the pharmacy for the preparation of aseptic unit to work were used
disinfectants. It often must be removed aseptic unit using disinfectants?
*once per shift
once a month
a day
once a year
once a week
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
432.
Pharmacist conducts dehydrogenize heat-resistant drugs. Specify
temperature at which destroyed pyrogenic substances:
150 ° C
120 ° C
100 ° C
*200 ° C
180 ° C
433.
The pharmacy prepared a suspension for injection. How to reach
sterility suspensions?
*sterilization of ingredients included in the suspension
sterilization of the finished suspension flowing steam
bacterial filtration
autoclaving finished suspension
gas sterilization
434.
Pharmacist prepared a series of solution for injection. How many
bottles of the series are monitored by the absence of mechanical impurities?
50% of the bottles
75% of the bottles
25% of the bottles
10% of the vials
*100% vials
435.
Pharmacist prepared a 1000 ml solution of sodium chloride for
injection. Within what time frame must be sterilized in an autoclave this
solution?
*15 min
12 min
8 min
20 min
30 min
436.
Pharmacist prepared isotonic sodium chloride solution. Indicate the
concentration of this solution:
*0.9%
10%
a 25%
0,5%
5%
437.
Pharmacist prepared a solution for injection. Which of the following
substances in the solution for injection requires adding a stabilizer?
potassium chloride
potassium iodide
*scopolamine hydrochloride
calcium chloride
sodium chloride
438.
The pharmacist prepared 100 ml solution of ascorbic acid for injection.
How long must sterilize this solution flowing steam?
*15 min
30 min
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
45 min
8 min
12 min
439.
Pharmacist introduced into the polyvinyl alcohol eye drops. Indicate
which the function of the substance is:
*prolongation
antioxidant
regulator pH
preservative
isotonic substance
440.
To increase the stability of eye drops pharmacist used nipazol. Enter a
group of excipients to which this substance:
Prolongations
isotonic substance
pH regulators
*preservatives
antioxidants
441.
When preparing eye drops from the pharmacist became necessary to
introduce into their composition a preservative. What kind of stuff he used?
sodium nitrate
sodium chloride
*nipagin
methylcellulose
sodium sulfate
442.
When preparing eye drops pharmacist using methylcellulose. To which
group of excipients is the substance?
*prolongator
pH regulators
antioxidants
preservatives
isotonic substances
443.
Pharmacist prepared the ointment in an aseptic environment. Enter the
drug, prescribed in the recipe:
*benzyl penicillin sodium salt
bismuth nitrate basic
analgine
copper sulfate
potassium permanganate
444.
Pharmacist ointment prepared under aseptic conditions. Enter the drug,
prescribed in the recipe:
*ampicillin
bismuth nitrate basic
analgine
copper sulfate
potassium permanganate
445.
Pharmacist prepared the ointment in aseptic conditions. Enter the drug,
prescribed in the recipe:
A.
B.
C.
D.
E.
bismuth nitrate basic
analgine
copper sulfate
potassium permanganate
*tetracycline
446.
Pharmacist prepared the ointment in an aseptic environment. Enter the
drug, prescribed in the recipe:
A.
*kanamycin
B.
bismuth nitrate basic
C.
analgine
D.
copper sulfate
E.
potassium permanganate
447.
When preparing dosage form of the pharmacist opened the medicinal
substance in half the water treated, filtered through pre-washed cotton filter
and into the vial for a holiday, washed filter the water. Enter for a dosage
form specified management technologies:
A.
*eye drops
B.
suspensions
C.
emulsions
D.
medicines
E.
syrups
448.
Pharmacist prepared powders prescribing:
Rr.: Venzylpenicyllini-natrii 100 000 IU
Streptocidi 2,0
M. f. rilv
D.S. insufflator
Ukazhite number of antibiotic, if one million units corresponds to 0,6 g:
A.
0,18 g
B.
*0,06 g
C.
1,0 g
D.
1,2 g
E.
1,8 PM
449.
To the pharmacy received a prescription for eye ointment with zinc
sulfate. Please correct the route of administration of zinc sulfate:
A.
*dissolved in a little water
B.
rubbed with glycerin
C.
pulverized with a liquid to a suitable basis
D.
pounded with a part of fusion basics
E.
crushed with the base
450.
Pharmacist prepared eye drops with pilocarpine hydrochloride. Enter
protracting agent that he can use:
A.
*methylcellulose
B.
sodium sulfate
C.
sodium bromide
D.
glucose
E.
sodium chloride
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
451.
Pharmacist prepared the foundation for eye ointments. What method he
had sterilized?
flowing steam
pasteurization
tantalized
*dry heat
membrane filtration
452.
Pharmacist prepared eyewash with chloramphenicol. Specify the
method of sterilization:
tindalizatsiey
pasteurization
dry heat
*flowing steam
distillation
453.
Pharmacist sterilized eye drops flowing steam. Specify the time of
sterilization:
*30 min
60 min
45 min
15 min
90 min
454.
Pharmacist prepared eye drops with pilocarpine hydrochloride and a
solution of epinephrine hydrochloride. Specify feature the introduction of a
solution of adrenaline hydrochloride:
*added aseptically after sterilization
added after dissolving the dry substances
added to half the quantity of solvent
added in the first place
added after izotonirovaniya
455.
Pharmacist prepared eye drops with soluble drugs. Specify the amount
of purified water for its dissolution:
dissolve fully purified water
dissolved in 1 / 3 the volume of water treated
dissolved in 1 / 4 volume of water treated
*dissolved in half volume of water treated
dissolved in 3 / 4 purified water
456.
Pharmacist prepared eye drops containing riboflavin, potassium iodide
and ascorbic acid, using the dry matter. Indicate the route of administration of
potassium iodide:
*aseptically added after sterilization
dissolved in a solution of riboflavin
added in the last turn in the stand
dissolved in water, cleaned, sterilized
place primarily in a bottle for a holiday
457.
Pharmacist prepared eye ointment sulphathiazole. Enter the dispersion
system, which forms the basis of sulphathiazole:
*ointment, suspension
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
ointment, emulsion
ointment, solution
ointment-alloy
ointment combined
458.
Pharmacist prepared 10 ml of eye drops 1% solution of atropine sulfate.
Enter the amount of sodium chloride necessary for their isotones (equivalent
to sodium chloride 0,1):
1,0 g
0,04 g
*0,08 g
4,0 g
0,05 PM
459.
The pharmacy received a prescription for preparing eye drops
containing 1% solution of pilocarpine hydrochloride. What is the substance
used for the pharmacist to ensure isotonicity?
*sodium chloride
boric acid
glucose
sodium nitrate
sodium sulfate
460.
Chemist-technologist received a prescription for eye drops with a
solution of epinephrine hydrochloride. What property of adrenaline
hydrochloride should take account of technology?
*thermo labile
soluble in water
poorly soluble in water
thermo stable
disappearing
461.
Pharmacist prepared eye drops containing zinc sulfate. Which material
would be used to provide isotonicity?
glucose
sodium nitrate
sodium sulfite
*sodium sulfate
sodium chloride
462.
Pharmacist prepared eye drops containing silver nitrate. Which material
would be used to provide isotonicity?
*sodium nitrate
sodium sulfate
glucose
sodium sulfite
sodium chloride
463.
To the pharmacy received a prescription for the preparation of
ophthalmic ointments on the Vaseline-lanolin based. Specify how the ratio of
pharmacist should prepare the ointment base:
*9: 1
1: 1
C.
D.
E.
A.
B.
C.
D.
E.
A.
B.
C.
D.
E.
5: 1
6: 4
7:3
464.
To the pharmacy received a prescription for the preparation of eye
drops that contain protargol. Indicate which substance selected pharmacist for
isotones eye drops:
*not isotones
sodium chloride
sodium nitrate
sodium sulfate
boric acid
465.
The pharmacy prepares eye drops with antibiotics. Which of the
following antibiotic eye drops can be sterilized?
erythromycin
neomycin
benzylpenicillin sodium salt
streptomycin sulfate
*chloramphenicol