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Anatomy Final Sp 23

vocab on the final Spring 23

QuestionAnswer
smooth involuntary muscle, spindle shaped, found lining internal organs, not striated
skeletal voluntary muscle, cylinder shaped , found attached to bones, striated
cardiac involuntary muscle, branched cylinder shaped, found in the heart
quadriceps group extends the lower leg as in kicking
hamstring group flexes lower leg
biceps brachii flexes the forearm
triceps brachii extends the forearm
pectoralis major flexes the arm (in front of the body)
latissimus dorsi extends the arm (behind you)
adductor group adducts the thigh (brings legs together)
gluteus minimus abducts the thigh
gluteus maximus extends the leg
iliopsoas flexes the leg
sternocleidomastoid flexes and rotates the head
trapezius extends and hyperextends head
type A blood has A antigens and anti-B antibodies, can donate to A or AB, can receive from A or O
Type B blood has B antigens, anti A antibodies; can donate to B or AB, can receive from B or O
Type AB blood has A and B antigens and no antibodies in the plasma, universal recipient
Type O Blood has no antigens, both antibodies, universal donor
Rh factor tells whether you have the Rh antigen, you are either + or -
right atrium chamber of heart that receives blood from the superior and inferior vena cava
right ventricle receives blood from the right atrium and sends it into the pulmonary trunk
left atrium receives blood from the lungs (pulmonary veins) and sends it to the left ventricle
left ventricle receives blood from the left atrium and sends blood out of the aorta to the body
tricuspid valve between the right atrium and right ventricle; 3 cusps held by chordae tendinae
bicuspid valve between the left atrium and left ventricle; 2 cusps held by chordae tendinae
pulmonary semilunar valve in the pulmonary trunk, prevents blood from falling back into the right ventricle
aortic semilunar valve in the aorta, prevents blood from falling back into the left ventricle
semilunar valves 3 pockets that fill with blood and close off to prevent backflow
superior and inferior vena cava bring deoxygenated blood from the body to the right atrium
pulmonary arteries only arteries carrying deoxygenated blood; goes from right ventricle to lungs to pick up oxygen
pulmonary veins only veins carrying oxygenated blood; goes from lungs to left atrium
aorta largest artery; carries blood from the heart to the body
veins carry blood TO the heart
arteries carry blood AWAY from the heart
capillaries smallest vessels where diffusion of gasses and nutrients occurs with the tissues of the body
heart disease caused primarily by diseased blood vessels that cause the heart to work harder
heart attack a blockage of a coronary artery prevents oxygen from getting to the heart muscle, and part of the heart dies
hypertension chronic high blood pressure
arteriosclerosis hardening of the arteries due to lack of proper nutrition, age, genetics, age
atherosclerosis buiid-up of plaque that can block the arteries and make them rigid
thromboembolism when a blood clot breaks free and travels to other areas and may get clogged in the small arteries that feed vital organs (brain, heart, lungs)
stroke when part of the brain dies due to lack of blood flow (oxygen)
diarrhea increased peristalsis of the large intestine resulting in watery stool
heartburn results when stomach acid backs up into the esophagus
sinusitis inflammation of the air pockets of the skull
tonsillitis inflammation of the immune glands of the pharynx
laryngitis inflammation of the voicebox leading to hoarseness or loss of voice
bronchitis inflammation of the air tubes leading to the lungs; can be chronic or acute
asthma a form of COPD where the bronchi become inflamed and constricted
emphysema when the air sacs of the lungs become distended and damaged and limit the amount of gas that can be exchanged; due to smoking
pneumonia infection affecting the alveoli, they fill with fluid
tuberculosis infection of the lung tissue where bacteria become encapsulated within the lungs, multiply, then burst out and spread
lung cancer usually due to smoking, contents of smoke causes mutations in the lung cells, resulting in tumors that spread
frontal lobe part of the cerebrum voluntary movement, planning, organization, and concentration
parietal lobe part of the cerebrum responsible for sensing pain, touch, temperature, and limb position
temporal lobe part of the cerebrum responsible for emotions, understanding language, learning and remembering verbal info, auditor processing
occipital lobe part of the cerebrum responsible for vision (color, shape, motion)
cerebrum part of the brain for higher brain functions like reasoning, interpreting senses, speech/language, emotions,and memory
cerebellum maintains balance/position by working with the inner ear
corpus callosum bridge between the 2 hemispheres of the cerebrum
brain stem basic life function are controlled by this part of the brain: breathing, heart rate, BP
thalamus sends information from the spinal cord to the appropriate part of the brain for interpretation (switchboard operator)
hypothalamus regulates the pituitary gland; where the brain meets the hormone system
pituitary gland regulates the entire endocrine system (hormones); the master gland at the base of the brain but NOT part of the brain itself
learning building of connections between neurons in the brain; more use of the pathway leads to memory
reflexes actions that take place without learning, are automatic responses to stimuli
Central Nervous System (CNS) brain and spinal cord
Peripheral Nervous System (PNS) all nerves extending from the spinal cord
Somatic Nervous System controls voluntary muscles
Autonomic Nervous System controls involuntary actions
Parasympathetic Nervous System rest and digest; part of the autonomic nervous system that helps you relax
Sympathetic Nervous System fight or flight; part of the autonomic nervous system that helps you become alert in emergency situations
cornea anterior,clear window to the eye
conjunctiva protective covering of the front of the eyeball
lens focuses light on the retina
retina innermost layer of the eye containing the rods and cones
rods photoreceptors of the retina that allow black and white vision in dim light
cones photoreceptors of the retina that allow color vision in bright light
pupil opening for light to enter the eye
iris muscle that controls the size of the pupil, regulates light
aqueous humor watery fluid in front of the lens
vitreous humor jelly like fluid behind the lens that holds the retina in place
conjunctivitis pink eye, inflammation of the covering of the front of the eye
blindness due to damage to the optic nerve, occipital lobe of the brain, or they eye anatomy itself
color blindness insufficient cones in the retina ; inability to distinguish certain colors
myopia nearsightedness caused by an elongated eyeball
hyperopia farsightedness; caused by a shortened eyeball
glaucoma increase in pressure in the anterior chamber of the eye leading to pressure on the optic nerve and blood vessels of the eye; can lead to blindness if untreated
cataracts clouding of the lens interfering with vision
outer ear directs sound waves to the eardrum; includes the pinna and external auditory canal
pinna outer flap of ear
tympanic membrane eardrum; conducts sound waves to the ossibles
middle ear between the eardrum and the oval window of the inner ear
ossicles hammer, anvil, and stirrup; small bones that send vibrations from the eardrum to the inner ear
oval window opening in the inner ear where the middle ear and inner ear meet; receives vibrations from the stirrup
inner ear portion of ear for hearing and balance
semicircular canals 3 tubes located above the cochlea to help maintain balance and positional awareness
cochlea in the inner ear, receives vibrations from the ossibles and sends nerve impulses to the brain
inner ear fluid movement of this fluid bends hair cells to generate electrical impulses
deafness when the process of hearing is interrupted
external auditory canal opening of ear that allows vibrations to enter and reach the tympanic membrane
Created by: Mrs. Meeks SHS
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