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43 Cards in this Set

  • Front
  • Back

a function of the skeletal system

Hematopoiesis

maintaining a controlled "fluctuating balance" within the body

homeostasis

The glossopharyngeal nerve carries information FROM blood pressure RECEPTORS TO CONTROL CENTERS in the brain stem

afferent pathway

path that information from flows from the control center to the receptor

efferent pathway

cut made lengthwise dividing the body into left and right sections

sagittal section

cut made lengthwise dividing the body into anterior and posterior sections

frontal section

cut made dividing the body into superior and inferior parts

transverse section

stand erect with the palms of your hands facing forward

anatomical position

studies large body structures such as the heart and bones or microscopic structures such as tissues and their relationships with each other

anatomy

generally studied in terms of chemical and physical events in living systems to learn about the function of the body, and in conjunction with anatomy for best understanding

physiology

have the same number of protons and electrons but vary in the number of neutrons

isotopes

the outermost energy level of the atom that contains electrons; these electrons determine the bonding behavior of the atom

valence shells

the attraction between oppositely charged particles that occurs following a complete loss or gain of electrons

ionic bonds

negative ions

anions

positive ions

cations

bond where atoms share electrons

covalent bond

pair of electrons are shared equally between two atoms

non-polar covalent bond

when a pair of electrons is shared unequally between to atoms

polar covalent bond

-occur when two or more atoms or molecules combine to form a larger more complex molecule


-always involve bond formation


-energy absorbing reactions


-important for growth and repair in the human body/constructive activities

synthesis reactions

-occurs when a molecule is broken down into smaller molecules, atoms, or ions

-bonds are always broken


-chemical energy is released


-destructive processes in body cells

decomposition reactions

-bonds are both made and broken

-switch is made between molecule parts and different molecules are made


exchange reactions

provides a form of chemical energy sable by all body cells

adenosine triphosphate

groups of cells that are similar in structure and function

tissue

type of body tissue that is the lining, covering, and the glandular tissue of the body; all substances given off or received by the body must pass through this tissue

epithelial tissue

unattached surface or edge exposed to the body's exterior or to the cavity of an internal organ

apical surface

the epithelium type that contains cells that can slide past each other and change shape; these line the urinary system

transitional epithelium

ductless; secretions diffuse directly into the blood vessels

endocrine glands

retain ducts; secretions empty through ducts to the epithelial surface

exocrine glands

connects body tissue; is found everywhere in the body; most abundant and widely distributed

connective tissue

the nonliving substance found outside that cells that gives connective tissue strength

extracellular matrix

less hard and more flexible than bone; found in larynx, ribs, and ears

cartilage

forms strong, replace structures such as tendons and ligaments

dense connective tissue

softer and have more cells and fewer fibers than any other connective tissue type except blood

loose connective tissue

attach skeletal muscles to bone

tendon

connect bones to bones

ligament

most widely distributed connective tissue in the body; it is soft, pliable tissue; it cushions and protects the body organs it wraps

areolar tissue

abnormal accumulation of fluid in body parts or tissues; causes swelling

edema

commonly called fat; areolar tissue in which fat cells predominate; forms the subcutaneous tissue beneath the skin where it insulates the body and protects it from extreme heat and cold

adipose tissue

replacement of destroyed tissue by the same kind of cells

regeneration

involves repair by dense connective tissue by the formation of war tissue

fibrosis