Teaching Summary
Dr. Rajesh Agarwal
Professor
Department of Physiology
Date :- 14/07/2015 Time :- 11-12 am and 12-1 pm
Functions of Glucorticoids :1. Effect of cortisole on carbohydrate metabolism – stimulate gluconeogenesis, decreased glucose
utilization by cells, Elevate blood glucose concentration
2. Effect on protein metabolism
3. Reduction in cellular protein except in liver
4. Effect on fat metabolism :- mobilization of fatty acids, obesity cause by excess of cortisol
5. Corisol is important in resisting stress and inflammation
Applied aspect of adrenal hormones
Department of Physiology
Teaching Schedule
From 13th july to 22st july 2015
S.N
o
Date
Day
Time
1
13/07/201
5
MON
MON
12-1 pm
TUE
11-12 pm Dr.R.Agrawal
Endocrine
TUE
12-1 pm
Dr.R.Agrawal
Endocrine
2
3
14/07/201
5
4
5
15/07/201
5
Faculty
Date-09/07/2015
Topic
Summary
11-12 pm Dr. Tiwari
Renal Physiology
Submitted
Dr. Tiwari
Renal Physiology
Submitted
Dr. Shette
WED
11-12 pm
6
WED
2-3 pm
7
WED
3-4 pm
C.V.S.
Dr. Shette
C.V.S.
Dr. Shette
C.V.S.
Submitted
on 13.7.15
Submitted
on 13.7.15
Not
submitted
till now
Not
submitted
till now
Not
16/07/201
5
THU
2-3 pm
Dr.R.Agrawal
Endocrine
THU
3-4 pm
Dr.R.Agrawal
Endocrine
MON
11-12 pm Dr. M.Hamid
Reproduction
MON
12-1 pm
Dr. M.Hamid
Reproduction
TUE
11-12 pm Dr. Shette
Special Senses
TUE
12-1 pm
Dr. Shette
Special Senses
WED
11-12 pm
Dr. S. Agrawal
C.N.S.
15
WED
2-3 pm
Dr. S. Agrawal
C.N.S.
16
WED
3-4 pm
Dr. S. Agrawal
8
9
10
20/07/201
5
11
12
21/07/201
5
13
14
22/07/201
5
submitted
till now
Submitted
on 16.7.15
Submitted
on 16.7.15
C.N.S.
The monthly U.G. Theory teaching schedule shall remain fixed. Due to any unavoidable emergency if
any faculty member requires any alteration in schedule, he should arrange his alternate at his Own .
I/C(U.G.) Dr. Atul Tiwari
Prof. &
Head
Professor Deptt. Of Physiology
Teaching Summary
Date :- 16/7/15
Time :- 2-3 pm and 3-4 pm
Teacher :- Dr. Rajesh Agrawal.
Learning objectives:1. introduction, list of hormones secreted from various types of cell in the islets of pancreas.
2. Structure, biosynthesis, metabolism of insulin, insulin receptor and its mechanism of action,
3. Mechanism of secretion of insulin.
4. GLUT transporters
5. Physiological functions of insulin and changes that occur due to insulin lack in between meals.
6. Control of insulin secretion.
Teaching Summary
Date :- 20/7/15
Time :- 11am -12 noon and 12 noon – 1 pm
Teacher :- Dr. Mohammad Hamid.
Learning objectives:7. Female Sexual Cycle.
8. Applied of female Sexual Cycle
9. Physiology of Pregnancy and child birth.
10. Physiology of Lactation
11. Contraceptive devices
Teaching Summary
Date :- 21/7/15
Time :-11 am – 12 noon, 12 noon – 1 pm
Teacher :- Dr. Shrikant Shete
Topic :- Cerebral Circulation
1. Physiological anatomy :- arterial supply, Venous Drainage, Innervations and General Features
2. Regulation of cerebral circulation :- Effect of brain metabolism and factors affecting cerebral
blood flow.
Teaching Summary
Date :- 22/7/15
Time :- 11am -12 noon and 12 noon – 1 pm
Due to unavailability of Dr. Shashikant Agarwal on above cited date Dr. Himanshu Sharma will take theory
class on following summary :Teacher :- Dr. Himanshu Sharma.
Learning objectives on GIT:CLASS
MAIN
NO/HOUR TOPICS
SUB-TOPICS
1. Physiology of Deglutition.
2. Secretion and function of gastric juice.
3. Peptic ulcer
4. Motility of small and large intestine.
5. Digestion and absorption.
DATE
TIME
First
Fourth
General
Discussion
Human
Physiology
General Physiology - Intro.
Homeostasis - 1
Fifth
Homeostasis - 2
Sixth
Cell/Plasma
Membrane
Seventh
Transport
across cell
memb.s - 1
Transport
across cell
memb.s - 2
Different Imp.
Equations
Second
Third
Eighth
Ninth
Tenth
Eleventh
Twelfth
Membrane
Potentials - 1
Membrane
Potentials - 2
Membrane
Potentials - 3
What & How students will learn
Physiology in the Dept. ?
Gross idea of Human Physiology as
a whole !!!!
How cells are wonderful machines ?
What is Milieu Interieur ?
What is Homeostasis ? Role of
Positive & Negative feed back
systems with Examples ….
How each organ system contributes
to homeostasis ? Some Examples….
Is plasma membrane a non living
semipermeable structure ?
Plasma membrane proteins...
Diffusion types & Gating types
Importance of Osmosis & Osmotic
Pressure !!
Active transport types , Sodium
Potassium Pump & Cell Volume
A. T. through cellular Sheets ?
Difference between Nernst Equation
& Goldman Equation !!
What is Resting Memb. Potential ?
Action Potential & its Stages/Phases
Ionic basis of Action Potential
How Action Potential propogate ?
Voltage gated Sodium & potassium
Channels
Plateau in some action potentials !!
Why Repetitive Discharge is Imp.
TOPICWISE SUMMARY - GENERAL PHYSIOLOGY
Faculty Name - Deepak Jadhav
01-09-2015
12-01 PM
02-09-2015
03-04 PM
08-09-2015
12-01 PM
09-09-2015
03-04 PM
15-09-2015
12-01 PM
16-09-2015
03-04 PM
22-09-2015
12-01 PM
23-09-2015
03-04 PM
29-09-2015
12-01 PM
30-09-2015
03-04 PM
06-09-2015
12-01 PM
07-09-2015
03-04 PM
TOPICWISE SUMMARY - Blood
Faculty Name – Dr. Rajesh Agrawal
MAIN
TOPICS
General
Discussion of
Blood
Plasma
RBCs
RBCs
Blood Group
SUB-TOPICS
DATE
TIME
Introduction, definition,Physical
properties of blood, Haematocrit,
Components of blood, Functions of
blood, Serum
Introduction, Composition of
plasma, Plasma proteins origin and
types, Functions of plasma proteins.,
Methods of plasma protein
separation, Relation of diet to
plasma protein, Fresh frozen plasma,
Plasmaphoresis
Introduction, Size, shape, and count
of RBC, Composition & Function,
Life Span of mature RBC (Fate of
the RBC), Define haemopoiesis,
sites of origin (Hematopoiesis) at
different age groups.
Haemopoietic growth factors & their
Medical uses, Erythropoiesis.
Different steps of erythropoiesis,
Regulation of erythropoiesis.,
Erythropoietin source, mechanism of
action, function and regulation of
erythropoietin secretion, Red cell
metabolism.
Introduction, Classical ABO blood
group system, Relative frequencies
of the different blood types,
Physiological basis of ABO system
02-09-2015
11-12
07-09-2015
11-12 and
12-01 PM
09-09-2015
11-12
14-09-2015
11-12 and
12-01 PM
15-09-2015
11-12
Theory Teaching Schedule MBBS I Jhalawar Medical College,Jhalawar
5 th october to 28th october 2015
Day
Time
Faculty
Topic
Signature
05-10-15
05-10-15
06-10-15
06-10-15
07-10-15
07-10-15
07-10-15
MOn
Mon
Tue
Tue
Wed
Wed
Wed
11-12am
11-12am
11-12am
12-1pm
11-12am
2-3pm
3-4pm
All Facuty members
Dr.Rajesh Agrawal
Dr. Shrikant Shete
Mr.Deepak Jadhav
Dr.Rajesh Agrawal
Dr. Shrikant Shete
Mr.Deepak Jadhav
Introduction
Blood
Respiratory Physiology
General Physology
Blood
Respiratory Physiology
General Physology
12-10-15
12-10-15
13-10-15
14-10-15
14-10-15
14-10-15
Mon
Mon
Tue
Wed
Wed
Wed
11-12am
12-01pm
Dr.Rajesh Agrawal
Dr.RajeshAgrawal
HOLIDAY
Dr.RajeshAgrawal
Dr.Shashikant Agrawal
Mr.Deepak Jadhav
Blood
Blood
19-10-15
19-10-15
20-10-15
20-10-15
21-10-15
Mon
Mon
Tue
Tue
Wed
11-12am
12-01pm
11-12am
12-01pm
Dr.Rajesh Agrawal
Dr.RajeshAgrawal
Dr.Shashikant Agrawal
Mr.Deepak Jadhav
HOLIDAY
Blood
Blood
ANS
General Physology
26-10-15
26-10-15
27-10-15
27-10-15
28-10-15
28-10-15
28-10-15
Mon
Mon
Tue
Tue
Wed
Wed
Wed
11-12am
12-01pm
11-12am
12-01pm
11-12am
2-3pm
3-4pm
Dr.Rajesh Agrawal
Dr.RajeshAgrawal
Dr.Shashikant Agrawal
Mr.Deepak Jadhav
Dr.RajeshAgrawal
Dr.Shashikant Agrawal
Mr.Deepak Jadhav
Blood
Blood
ANS
General Physology
Blood
ANS
General Physology
11-12am
2-3pm
3-4pm
Blood
ANS
General Physology
Teacher Name: Dr.Rajesh Agarwal
Sr.No.
1.
Day
Monday
Dates
2,9 Nov.15
Time
11-1 pm
Topic
Blood
2.
Wednesday
4 Nov.15
11-12pm
Blood
Teacher Name: Dr.Shrikant Shete
Sr.No.
1.
Day
Monday
2.
Tuesday
3.
Wednesday
Dates
16,23,& 30
Nov.15
3,10,17&24
Nov.15
4 ,18 Nov.15
Time
11-1 pm
11-12pm
2-3pm
Topic
Respiratory
physiology
Respiratory
physiology
Respiratory
physiology
Teacher Name: Mr.Deepak Jadhav
Sr.No.
Day
Tuesday
1.
2.
Wednesday
Dates
3 ,10,17,&
24Nov.15
4 ,18 Nov.15
Time
12-1pm
3-4pm
Topic
General
physiology ,
Nerve-muscle
physiology
General
physiology ,
Nerve-muscle
physiology
Teaching summary of Mr. Deepak Jahdav for the month of November 2015.
S.
No
Date
Time
Teacher
Topic
1
03-11-2015
12-01 PM
Mr.
Deepak
Membrane
Transport
Summary
Osmosis & Osmotic Pressure, Tonicity Active transport pr
Primary (Ex. Na K Pump) & Secondary A. T., Carrier T
2
04-11-2015
03-04 PM
3
10-11-2015
12-01 PM
4
17-11-2015
12-01 PM
Mr.
Deepak
Jahdav
5
18-11-2015
03-04 PM
Mr.
Deepak
Jahdav
6
24-11-2015
12-01 PM
Mr.
Deepak
Jahdav
S. No
1.
2.
Jahdav
Mr.
Deepak
Jahdav
Mr.
Deepak
Jahdav
Membrane
Potentials
Topic Test –
General
Physiology
Excitation &
Action
Potential Phases.
Propagation of
Nerve Impulse
&
Classification
of Nerves
Nerve Damage,
Neuromuscular
Transmission
Uniport, Symport, Antiport
Gibbs - Donnan Equilibrium, Nernst Equation, Equili
Potential & Resting memb. potential (RMP), Action Poten
& its Phases - Ionic basis
On All Covered Topics - 4 (Four) Questions of 5 (Five) M
What is the basis of Excitability of Nerve ? A P of Nerv
Phases. Basis of different phases ……
What is Refractory Period ? Ionic Basis of Propagation o
Impulse & Saltatory Conduction, Mylinated & Unmylina
Fibers
Wallerian Degeneration, Strength Duration Curve, Neuro
Junction (NMJ); Myasthenia Gravis, etc
Teaching Summary of Dr.Shrikant Shete for 3rd and 4th Nov. 2015.
Date
Time
Teacher
Topic
Summary
During restful breathing, intrapleural pressure is al
negative. It becomes more negative during inspirati
more positive during expiration. Alveolar pressure
negative during inspiration and slightly positive du
Pressure & volume
expiration.
Dr.Shrikant change curve during
3Nov.15
11-12pm
There are several important measures of lung volum
Shete
respiratory cycle.
including: tidal volume; inspiratory volume; expirat
Lung function tests
reserve
volume; forced vital capacity (FVC); the forced expi
volume in one second (FEV 1 ); respiratory minute
maximal voluntary ventilation.
Compliant lungs are easy to inflate and possess low
Noncompliant or stiff lungs are difficult to inflate an
large recoil force.
The main component of lung recoil represents the s
Dr.Shrikant Lung compliance &
4 Nov.15
2-3pm
tension forces of the fluid lining the alveoli. Surfacta
Shete
role of surfactant
tension forces.
A deficiency of surfactant reduces lung compliance
promotes atelectasis and the development of pulmo
edema.
Teaching Summary of Dr. Rajesh Agrawal and Dr. Shrikant Shete for Nov. 2015
S. No
1
Date
02/11/15
Time
11-12
noon
Teacher
Dr. Rajesh
Agrawal
Topic
Blood
2
02/11/15
12-01 PM
Dr. Rajesh
Agrawal
Blood
3
04/11/15
11-12
noon
Dr. Rajesh
Agrawal
Blood
4
16/11/15
11-12
noon
Dr. Rajesh
Agrawal
Blood
5
16/11/15
12-01 PM
Dr. Rajesh
Agrawal
Blood
6
18/11/15
11-12
noon
23/11/15
11-12
noon
Dr. Rajesh
Agrawal
Blood
8
23/11/15
12-01 PM
Dr. Rajesh
Agrawal
Blood
9
30/11/15
11-12
noon
Dr. Rajesh
Agrawal
Blood
10
30/11/15
12-01 PM
Dr. Rajesh
Agrawal
Blood
17/11/15
11-12pm
7
11.
12-1pm
Dr. Rajesh
Agrawal
Dr.Shrikant
Shete
Blood
WORK OF
BREATHING
Summary
WBC; Introduction. Total Leukocyte Count (TLC) different
(DLC) Physiological variations in TLC. Types of Leukocyte. G
leukocytesMorphology, functions & variation in number of
types of granulocytes and agranulocytes. Kinetic & life span o
leukocytes.
WBC (contd.);
Monocyte–Macrophage cell system
endothelial systemMacrophage & neutrophil response
inflammation or line of defense against infection.
Anemia & Polycythemia; Definition, Grading, Clas
Hemorrhagic, aplastic, hemolytic, nutritional deficiency anemia
symptoms of anemia, Effect of anemia on function of
Polycythemia, types, Effect of polycythemia on function of the C
Blood coagulation; Introduction. Hemostasis Vascular const
spasm (neural, myogenic and humoral).Formation of a plate
mechanism, Importance of the Platelet Mechanism for Closing
Holes
Blood coagulation (contd.); blood coagulation. Mechanism
clotting factors:-Extrinsic Pathway & Intrinsic Pathway for
clotting. Prevention of Blood Clotting in the Normal Vascula
Intravascular Anticoagulants Anticoagulation and fib
Significance of the Fibrinolysis
Immunity; Introduction. Innate immunity, natural killer cells,
(soluble) barriers, interferons & types of interferons. Acquired i
types of acquired immunity. Cell mediated immunity, T–cell i
Humoral immunity, B–cell immunity, antibody mediated
response.
Immunity(contd); Lymphocytes, preprocessed in central
tissues. Preprocessing of T Lymphocyte in thymus gland, & B
liver and Red bone marrow
Immunity(contd.); Antigens, Chemical nature, Antigen Rec
Antigen presentation, MCH I & MCH II proteins, T-cell recept
Antigen recognition and T–cell activation
Immunity(contd.); Types of T Lymphocytes. Functions of
cells, cytotoxic T–cell, suppressor T–cells, memory T–cells El
of invaders by T–cells.
Immunity(contd.); Antibodies, Basic structure, Classific
Immunoglobulins (Igs) Mechanism of action of antibodies Auto
(Autoimmune diseases
Work is performed by the respiratory muscles in stretching the e
tissues of the chest wall and lungs. The work of breathing can be
calculated from the previously presented pressure–volume curve
amount of elastic work required to inflate the whole respiratory s
less than the amount required to inflate the lungs alone. The wor
breathing is greatly increased in diseases such as emphysema, as
and congestive heart failure with dyspnea and orthopnea.