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92 Cards in this Set

  • Front
  • Back
Dorsal Body Cavity
Contains the cranial cavity and spinal cavity
Thoracic Cavity
Contains the heart and lungs
Abdominopelvic Cavity
Contains the liver, stomach, intestines, rectum, bladder and reproductive organs
Ventral cavity
Contains the Thoracic and Abdomino-pelvic cavity
Anatomical Position
standing erect, faciing forward, arms at sides, palms forward
Supine
lying on back
Prone
lying face down
Superior
above
Inferior
below
Anterior
front
Posterior
back
medial
towards the midline
lateral
away from the midline
cephalad
towards the head
caudal
away from the head
dorsal
backside
ventral
belly side
proximal
nearer the trunk or attached end
distal
farther from the trunk or point of attachment
Superficial
towards the body surface
Deep
away from the body surface
central
pinciple or main part
peripheral
a position that is located away from the center area of the body
parietal
wall of a cavity
visceral
covers organs within a cavity
cephalic
pertaining to the head
oral
pertaining to the mouth
orbital
pertaining to the bony eye socket
buccal
pertaining to the cheek
cervical
pertaining to the neck region
thoracic
pertaining to the chest
axillary
pertaining to the armpit
umbilical
pertaining to the naval
brachial
pertaining to the arm; region or upper limb between shoulder and elbow
antecubital
pertaining to the anterior surface of the elbow
abdominal
pertaining to the anterior body trunk region inferior to the ribs
patellar
pertaining to the anterior knee (kneecap) region
inguinal
pertaining to the area where the thigh meets the body trunk
pubic
pertaining to the genital region
occipital
pertaining to the posterior surface of the head or base of the skull
deltoid
pertaining to the curve of the shoulder formed by the large deltoid muscle
scapular
pertaining to the scapula or shoulder blade area
femoral
pertaining to the thigh
digital
pertaining to the fingers or toes
lumbar
pertaining to the area of the back between the ribs and hips
gluteal
pertaining to the buttocks or rump
popliteal
pertaining to the posterior knee region
sural
pertaining to the posterior surface of the leg
calcaneal
pertaining to the heel of the foot
section
cut
plane
imaginary surface or line
Sagittal plane
a plane that runs longitundinally, dividing the body into right and left parts
Midsagittal/Median Plane
sagittal plane dividing the body into equal parts right down the median plane of the body
parasagittal plane
all other sagittal planes
frontal plane/coronal plane
longitudinal plane that divides the body (or organ) into anterior and posterior parts
transverse plane
runs horizontally, dividing the body into superior and inferior parts;
Cross sections
when organs are sectioned along the transverse plane
Erect position
Upright not stooping
Lateral recumbent position
Body lying down horizontally on either right or left side
Intermediate
In between two structures
Ipsilateral
On the same side
Contralateral
On the opposite side
Unilateral
On one side
Bilateral
On both sides
Pectoral
Breast area
Pelvic
Hip
Tibial
Calf
Parasagittal plane
Separates the body, or body part, longitudinally into UNEQUAL left and right sides
Cranial cavity
Contains the brain
Spinal cavity
Contain the spinal cord
Cavity membranes
The thoracic and abdominal cavities have a double layered membrane that line the cavity and surrounds the organs within it. It is a serous membrane.
Serous membrane
Secretes a watery, lubricating fluid called serous fluid that reduces friction between the layers of membranes & lets organs slide past each other. Two types Visceral & Parietal.
Visceral layer
The layer that lines the OUTER surface of organs
Parietal layer
The layer that lines the WALLS of body cavities
Different cavity membranes
Each cavity has its own membrane name eg abdominal cavity has the peritoneum, which is the largest serous membrane.
Oblique plane
Separates the body or body parts at an angle
Anatomy
The study of STRUCTURES of the body and their relationship to one another
Physiology
Is the study of the FUNCTIONS of the various parts of the body and how they work
Level of structural organisation
1)Chemical level 2)Cellular level 3)Tissue level 4)Organ level 5)System level 6)Organismal level
Chemical level
This level includes atoms and molecules. When two or more atoms join they form a molecule
Cellular level
Certain molecules combine in a particular way to form cells. Cells are the smallest living unit of the body, & are the basic structural and functional units of the body
Tissue level
Tissues are formed from groups of cells that work together to perform certain functions. There are four basic types of tissue epithelial, connective, muscular and nervous.
Organ level
Organs are formed when two or more types of tissue come together to form a structure with a specialised function, and usually a recognisable shape. Eg brain, heart, skin
System level
Body systems are composed of several organs that work together in a common function. Eg digestive, skeletal and nervous systems
Organismal level
The organism consists of all the organ systems & body parts working together, and is the largest organisational level
Homeostatis
The way the body attempts to keep a relatively stable internal environment
Components of homeostatis
Receptor, effector, control centre
Receptor
A body structure that gathers information about the state of a controlled condition, & send INPUT to the control centre
Control centre
(Brain)Evaluates the info received against the ‘controlled condition’ and sends OUTPUT to the effectors if necessary
Effectors
A body structure that receives output from the control centre and carries out a RESPONSE to cause a change in the controlled condition
Negative feedback system
Reverses the change in a controlled condition. Opposite direction fo stimulus
Positive feedback system
Reinforces, strengthens or increases the change in a controlled condition. Same direction as stimulus