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50 Cards in this Set
- Front
- Back
Anatomy
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Describes STRUCTURES of the body
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Physiology
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Study of FUNCTIONS: of anatomical structures, individual & cooperative functions, biochemistry, biology, chemistry, and genetics
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Gross Anatomy
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Examines large, visible structures
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Microscopic anatomy
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Examines cells and molecules
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Chemical Level: Atom
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Smallest chemical unit
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Chemical Level: Molecules
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Group of atoms working together
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Cellular Level
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Group of atoms, molecules and organelles working together
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Tissue Level
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A group of similar cells working together
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Organ Level
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An organ is a group of different tissues working together
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Organ System
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Group of organs working together
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Integumentary System: Organs
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Skin, hair, nails, sweat glands
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Integumentary System: Functions
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Protection, regulate body temp, sensory info
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Skeletal System: Organs
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bones, cartilage, ligaments, bone marrow
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Skeletal System: Function
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Support & protection for other tissues, stores calcium and other minerals, forms blood cells
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Muscular System: Organs
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Muscels and tendons
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Muscular System: Functions
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Movement, protection & support, generates heat that maintains body temp
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Nervous System: Organs
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Brain, spinal cord, peripheral nerves, sense organs (eyes, nose, ears)
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Nervous System: Functions
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directs immediate response to stimuli, coordinates/ moderates activites of other organ systems, provides/ interprets sensory info about external stimuli
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Endocrine System: Organs
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Pituitary gland, thyroid, pancreas, suprarenal glands, gonads, endocrine tissues in other systems
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Endocrine System: Functions
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Directs long term changes in the activites of other organ systems, adjusts metabolic activities and energy use by the body, controls many structural and functional changes during development
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Cardiovascular System: Organs
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Heart, blood vessels
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Cardiovascular System: Functions
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internal transport of cells and dissolved materials including nutrients, waste, and gases, distributes heat and assits in control of body temp. Distributes blood cells, water and dissolved material
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Lymphatic System: Organs
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Spleen, thymus, lymphatic vessels, lymph nodes, tonsils
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Lymphatic System: Functions
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Defend against infection and disease, returns tissue fluids to the bloodstream
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Respiratory System: Organs
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Nasal cavity, sinuses, larynx, trachea, bronchi, lungs, alveoli
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Respiratory System: Functions
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Delivery of air to sites where gas exchange can occur between the air and circulating blood, removes carbon dioxide from bloodstream, provides oxygen to bloodstream, delivers air to alveoli, production of sound for communication (vocal cords)
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Digestive System: Organs
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Teeth, tongue, pharynx, esophagus, stomach, small intestine, lg intestine, liver, gallbladder, pancreas
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Digestive System: Functions
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Processing of food and absorption of organic material, absorbs/ conserves water, stores energy, absords nutrients ( ions, water, proteins, fats, breakdown of sugars)
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Urinary System: Organs
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Kidneys, ureters, bladder, urethra
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Urinary System: Functions
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Excretes waste from the blood, volume balance, stores urine prior to voluntary elimination, regulates ion concentration and pH
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Reproductive System Male: Organs
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Testes, epididymides, ductus deferns, seminal vesicles, prostate gland, penis, scrotum
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Reproductive System Male: Functions
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Produces male sex cells (sperm), suspending fluids and horomones, sexual intercourse
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Reproductive System Female: Organs
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Ovaries, uterine tubes, uterus, vagina, labia, clitoris, mammory glands
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Reproductive System Female: Functions
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Produces female sex cells (oocytes) and horomones, supports developing embryo from conception to delivery, provides milk to nourish newborn infant, sexual intercours
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Homeostasis
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All body systems working together to maintain a stable internal environment
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Autoregulation (intrinsic)
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Automatic response in a cell, tissue, or organ to some environmental change. With in the body
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Extrinsic Regulation
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Response controlled by nervous and endocrine systems (through horomones). Produces a larger response
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Receptor
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Receives the stimulus
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Control Center
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Processes the signal and sends instructions
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Effector
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Carries out instruction
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Negative Feedback: A way to maintain homeostasis
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-The response of the effector negates the stimulus (REVERSE STIMULUS)
-Body brought back into homeostasis -Normal range is achieved |
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Postive Feedback:
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-The response of the effector increses change of the stimulus (ENHANCES STIMULUS)
-Body moved away from homeostasis -Normal range is lost -Used to speed up processes |
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Anatomical Position
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Hands at sides, palms forward
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Supine
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Lying down, face up
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Prone
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Lying down, face down
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Body Cavities
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-Protect organs from accidental shocks
- Permit changes in size and shape of internal organs |
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Ventral Cavity
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Divided by the diaphragm into the thoracic and abdominopelvic cavities
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Serous Membranes
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Line body cavities and cover organs
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Parietal Layer
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Lines cavities
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Visceral Layer
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Covers organs
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