surgically create an opening, outlet
*Key word= Maintenance
Osteo
refers to the bones
Oto
ear, hearing
thorax
chest
Pneumo
air, lungs
algia
pain
sub
under
Ab
away from
Ad
toward, in direction of
Dys
difficult, painful
Anti
against
BX
biopsy
I&D
incision and drainage
Colostomy
creation of an artificial opening into the colon
hypertension
higher than normal blood pressure
ectomy
surgical removal
plasty
surgical repair
pexy
surgical fixation
reno
kidney
cardio
heart
neuro
nerve
hemo
blood
oma
tumor
brady
slow
tachy
fast
OS
left eye
FX
fracture
AAA
abdominal aortic aneurysm
Hemicolectomy
surgical removal of half (a portion) of the colon
endoscopy
visual examination of body organs/cavities
interrupted stitches
Slower and stronger type of suturing, one stitch may break without compromising the entire suture line. Each suture or stitch is tied separately.
continuous stitches
fastest and easiest, if one breaks then the entire wound can come open
eviceration
protrusion of organs through an incision
dehiscence
wound separation exposing tissue, no organs
clean wounds
1-5% infection rate, ideal conditions and elective surgeries (Class I)
contaminated wounds
15-20% infection rate, open traumatic wounds less than 4 hours old. Major break in technique (Class III)
Primary intention healing
wound closed after procedure with sutures or staples resulting in minimal scarring
Second intention healing
wound left open and allowed to heal from the inside out due to tissue loss or presence of infection
Third intention healing
wound left open a few days and cleaned multiple times to ensure no infection and then closed (delayed process)
Inflammatory phase
starts right after injury, blood clots form, White blood cells kill bacteria, and scab forms
Fibroplastic/proliferative phase
starts a few hours after injury, Actual healing begins. Cells divide and tissue is repaired
Maturation-Remodeling Phase
2-4 weeks after injury, wound/scar shrinks and gains strength. May last a year or more
Collagen Fibers
strong/resistant to stretch. Hold structures together
hyaline cartilage
Most common type of cartilage; it is found on the ends of long bones and soft part of nose
Adipose tissue
Fat. provides protection for joints/organs. ENERGY STORAGE
elastic cartilage
capable of stretching and returning to original position
serous membrane
Membrane that lines a cavity without an opening to the outside of the body
parietal serous membrane
line cavity walls
visceral serous membrane
cover surfaces of organs
mucous membrane
line cavities and tubes that open to the outside of the body
epithelial tissue
forms membranes that line hollow organs, body cavities and ducts
Nucleus
located centrally. large number of DNA. Controls ALL cellular structure/activity
Cartilage
intercellular material made of connective tissue embedded in semi-solid ground substance. Provides support/framework. Slow healing due to lack of blood supply
Mitosis
process by which nucleus divides into 2 identical nuclei
Cell
the structural and functional unit of all living things
Fibrous connective tissue
closely packed, thick collagenous fibers that bind body parts together because they can withstand pulling forces
Simple cells
single layer of cells in areas of minimal friction that provide minimal protection ex. heart, intestines, alveoli
Tissue
A group of similar cells that perform the same function.
ligament
attach bone to bone to prevent undesired motion
tendon
attach muscle to bone to produce motion during contraction
inferior
below or toward the feet
Median
middle, midline
proximal
nearer to the point of reference, usually the point of attachment
Adduction
toward the midline
Abduction
away from the midline
transverse (horizontal) plane
plane running from anterior to posterior, parallel to the ground dividing body into superior and inferior portions
Sagittal
divides the body into left and right portions
midsagittal plane
divides the body into equal right and left sides
frontal (coronal) plane
lengthwise cut that is perpendicular to the ground, dividing into anterior and posterior portions
Anatomy
The study of body structure
Physiology
The study of body function
Homeostasis
tendency to maintain a stable internal environment
anatomical postion
Standing erect with feet flat on the floor, face and eyes facing forward and arms at their sides with palms facing forward
collagen fibers
strong and resistant to stretch. holds structures together ex. ligaments tendons
Hyaline Cartilage
Most common type of cartilage; it is found on the ends of long bones, ribs, and nose
adipose tissue
fat, provides protection and stores energy
elastic cartilage
capable of stretching and returning to original position
Aponeurosis
broad, fibrous tissues that attach adjacent muscles
Recruitment
as intensity of stimulation increases, more motor units are "recruited" to lift that specific weight
surgically create an opening, outlet
*Key word= Maintenance
Osteo
refers to the bones
Oto
ear, hearing
thorax
chest
Pneumo
air, lungs
algia
pain
sub
under
Ab
away from
Ad
toward, in direction of
Dys
difficult, painful
Anti
against
BX
biopsy
I&D
incision and drainage
Colostomy
creation of an artificial opening into the colon
hypertension
higher than normal blood pressure
ectomy
surgical removal
plasty
surgical repair
pexy
surgical fixation
reno
kidney
cardio
heart
neuro
nerve
hemo
blood
oma
tumor
brady
slow
tachy
fast
OS
left eye
FX
fracture
AAA
abdominal aortic aneurysm
Hemicolectomy
surgical removal of half (a portion) of the colon
endoscopy
visual examination of body organs/cavities
interrupted stitches
Slower and stronger type of suturing, one stitch may break without compromising the entire suture line. Each suture or stitch is tied separately.
continuous stitches
fastest and easiest, if one breaks then the entire wound can come open
eviceration
protrusion of organs through an incision
dehiscence
wound separation exposing tissue, no organs
clean wounds
1-5% infection rate, ideal conditions and elective surgeries (Class I)
contaminated wounds
15-20% infection rate, open traumatic wounds less than 4 hours old. Major break in technique (Class III)
Primary intention healing
wound closed after procedure with sutures or staples resulting in minimal scarring
Second intention healing
wound left open and allowed to heal from the inside out due to tissue loss or presence of infection
Third intention healing
wound left open a few days and cleaned multiple times to ensure no infection and then closed (delayed process)
Inflammatory phase
starts right after injury, blood clots form, White blood cells kill bacteria, and scab forms
Fibroplastic/proliferative phase
starts a few hours after injury, Actual healing begins. Cells divide and tissue is repaired
Maturation-Remodeling Phase
2-4 weeks after injury, wound/scar shrinks and gains strength. May last a year or more
Collagen Fibers
strong/resistant to stretch. Hold structures together
hyaline cartilage
Most common type of cartilage; it is found on the ends of long bones and soft part of nose
Adipose tissue
Fat. provides protection for joints/organs. ENERGY STORAGE
elastic cartilage
capable of stretching and returning to original position
serous membrane
Membrane that lines a cavity without an opening to the outside of the body
parietal serous membrane
line cavity walls
visceral serous membrane
cover surfaces of organs
mucous membrane
line cavities and tubes that open to the outside of the body
epithelial tissue
forms membranes that line hollow organs, body cavities and ducts
Nucleus
located centrally. large number of DNA. Controls ALL cellular structure/activity
Cartilage
intercellular material made of connective tissue embedded in semi-solid ground substance. Provides support/framework. Slow healing due to lack of blood supply
Mitosis
process by which nucleus divides into 2 identical nuclei
Cell
the structural and functional unit of all living things
Fibrous connective tissue
closely packed, thick collagenous fibers that bind body parts together because they can withstand pulling forces
Simple cells
single layer of cells in areas of minimal friction that provide minimal protection ex. heart, intestines, alveoli
Tissue
A group of similar cells that perform the same function.
ligament
attach bone to bone to prevent undesired motion
tendon
attach muscle to bone to produce motion during contraction
inferior
below or toward the feet
Median
middle, midline
proximal
nearer to the point of reference, usually the point of attachment
Adduction
toward the midline
Abduction
away from the midline
transverse (horizontal) plane
plane running from anterior to posterior, parallel to the ground dividing body into superior and inferior portions
Sagittal
divides the body into left and right portions
midsagittal plane
divides the body into equal right and left sides
frontal (coronal) plane
lengthwise cut that is perpendicular to the ground, dividing into anterior and posterior portions
Anatomy
The study of body structure
Physiology
The study of body function
Homeostasis
tendency to maintain a stable internal environment
anatomical postion
Standing erect with feet flat on the floor, face and eyes facing forward and arms at their sides with palms facing forward
collagen fibers
strong and resistant to stretch. holds structures together ex. ligaments tendons
Hyaline Cartilage
Most common type of cartilage; it is found on the ends of long bones, ribs, and nose
adipose tissue
fat, provides protection and stores energy
elastic cartilage
capable of stretching and returning to original position
Aponeurosis
broad, fibrous tissues that attach adjacent muscles
Recruitment
as intensity of stimulation increases, more motor units are "recruited" to lift that specific weight
Atrophy
muscle tissue decreases in size
Synergists
aid prime movers in performing desired ask
Hypertrophy
muscle tissue increases in size
orbicularis oculi
head/neck
pectoralis major
upper extremity
deltoid
upper extremity
biceps femoris
lower exrtemity
rectus abdominis
trunk
rectus femoris
lower extremity
orbicularis oris
head/neck
Semitendenosus
lower extremity
Soleus
lower extremity
Psoas major
lower extremity
external oblique
trunk
brachialis
upper extremity
semimembronosus
lower extremity
Gastrocnemius
lower extremity
Gracilis
lower extremity
transversus abdominis
trunk
Sternicleidomastoid
head/neck
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