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Angio
Vessel
Superior
above
Inferior
below
Anterior
front side
Posterior
back side
Ventral
same as anterior for bipeds, stomach on quadripeds
Dorsal
same as posterior for bipeds, back on quadripeds
Medial
toward midline
Lateral
away from midline
Intermediate
between more medial and more lateral structures
Proximal
closer to torso
Distal
farther from torso
Superficial
above (layers)
Deep
below
Abdominal
area on ventral body surface inferior to the thoracic region
Antecubital
anterior surface of elbow
Axillary
armpit
Brachial
arm
Buccal
cheek
Carpal
wrist
Cervical
neck
Digital
fingers and toes
Femoral
thigh
Inguinal
where your leg meets your trunk
Nasal
nose
Oral
mouth
Orbital
eyes
Patellar
knee
Peroneal
lateral surface of leg
Pubic
genital
Sternal
breast bone area
Tarsal
ankle
Thoracic
chest
Umbilical
belly button
Cephalic
head area
Deltoid
shoulder region
Gluteal
butt
Lumbar
lower back
Occipital
posterior surface of head
Popliteal
posterior surface of knee
Scapular
shoulder blade
Sural
calf
Vertebral
spinal/backbone region
Sagittal plane
divides body in left and right sections
Frontal plane
divides body into anterior and posterior sections
Transverse plane
divides body into superior and inferior sections
Cranial cavity
houses the brain
Spinal cavity
container of the spinal cord
Thoracic cavity
houses heart + lungs, superior to diaphragm
Subsections of abdominopelvic cavity
Umbilical region
Epigastric region
Hypogastric region
Right and left iliac (inguinal) regions
Right and left lumbar regions
Right and left hypochondriac regions
Umbilical region
belly button
Epigastric region
above stomach
Hypogastric region
below stomach
Right and left iliac (inguinal) regions
Groin (where thigh meets torso)
Right and left lumbar regions
Lateral to belly button
Left and right hypochondriac regions
Lateral to epigastric region, right below ribcage
Homeostasis
1) Involves keeping variables relatively constant (is NOT static)
2) Consumes energy
3) Is equal to health: loss of homeostasis is equivalent to disease and/or death
4) Maintenance of one variable is often interdependent w/ the balance of other variables (ex. water, electrolyte balance)
How is homeostasis maintained?
Feedback loops/mechanisms
Negative feedback loop
Most common in living systems
If a value deviates from the set point, a response is generated to return the value to the set point, thus turning off the response
Tries to minimize the error signal
Error signal = set point - actual value