Anatomy

Toward the head end or upper part of the structure or body

Away from the head end or toward the lower part of the structure

Toward or at the front of the body

Toward or at the back of the body, behind

Toward the midline of the body

Away from the midline of the body on the outer side

Between a more medial and lateral structure

Closer to the origin of the body part or the point of attachment of a limb to the body trunk

gonads

scotum
clitoris
labia
uterus
uteran tubes
vagina

ductus deferms
epididymis
seminal vessicles
urethra
mammary glands

kidneys
urinary bladder
urethra
uterus
bladder

stomach
small and large intestine
liver

salivary glands
esophogus
pharynx
pancreas
gull bladder

lungs
larynx

aveoli
bronchi
trachea
pharynx
tongue

lymph nodes
lymphatic vessels
thymus
spleen

aponeuroses
thymus
spleen

arteries
capallaries
blood and blood vessels
heart
veins

testes
ovaries
kidneys
adrenal and thyroid glands

pancreas
thymus
pituitary gland
parathoid gland

brain

spinal cord

tendons aponeoures
skeletal muscles

bones
appendicular skeleton
axial skeleton
bone marrow skeletal
ligaments

sweat glands
sebaceous glands
subcutaneous layer

hair follicules
nails
epidermis
dermis

Farther away from the origin of a body part

Toward or at the body surface

Away from the body surface more internal

Cephalic

Buccal

Thoracic

Umbilical

Coxal

Femoral

Fibular

Hallux

Tarsal

Patellar

Pollex

Pubic

Antebrachial

Axillary

Occipital

Acromial

Scapular

Dorsum

Olecranal

Lumbar

Sacral

Perineal

Femoral

Sural

Crural

Popliteal

Calcaneal

Plantar

Antecubital

Carpal

What are the three interdependent components of control mechanism

Monitors the environments and responds to changes

Determines the set point at which the variable is maintained

Provides the means to respond to the stimulus

The output enhances the original stimulus for an event

The output shuts off the original stimuli

Protects the nervous system and is divided into two subdivisions

Lines the internal body walls

Covers the internal organs serous fluid seperates the serosAe

Concerns kidney functions and urine production

What a structure can do depends on it's specific form

What are the levels of Structural organziAtion

Internal environment remains distinct from the outside

Process of removing wastes from the body

Determines the set point analyzes the input it receives and then determines the appropriate response or course of action

Provides the means for the control centers response to the stimulus

Thin double layer membrane

Part of membrane that lines cavity walls

Covers the organs in that cavity

Serous membranes are seperated by a thin layer of lubricAting fluid