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52 Cards in this Set

  • Front
  • Back
Theory
A hypothesis that has been proven by experiments to have a high degree of confidence.
Law
A theory that has an unusually high level of confidence.
Anatomy
The science of the normal structure of an organism and the relationship of its parts.
Gross Anatomy
Study of the body and its parts using only the naked eye.
Microscopic Anatomy (Histology)
Study of body parts using a microscope.
Cytology
The study of cells.
Histology
The study of tissues.
Developmental Anatomy
Study of human growth and development.
Pathological Anatomy
Study of diseased body structures.
Systemic Anatomy
Study of the body by systems.
#1 Physiology

#2 Named According to...
#1 Science of the normal functions of organisms.
#2 *Organism involved: Plant/Human
*Organizational Level: mollecular or cellular
*Systemic Function: Repiratory, neurovascular, ect.
Autopoisis
Living organisms are self-organized and self-maintaining.
Cell Theory
If it is made up of one or more cells, it is alive.
Metabolism
Sum total of all physical and chemical reactions occurring in the living body.
Chemical Level
Organization of atoms, molecules and macromolecules in a living matter - a gel called cytoplasm.
Organelle Level
Chemical structures organized to form organelles that perform individual functions (ie: Mitochondria, Golgi Apparatus, Ect)
Cellular Level
Cells - Smallest and most numerous units that possess and exhibit characteristics of life.
Tissue Level
An organization of similar cells specialized to perform a certain function.

4 Major Tissues: Epithelial, Connective, Muscle, Nervous
Organ Level
Organization of several different kinds of tissues to perform a special function.
System Level
Various organs combined to perform complex functions.
Organization Level Order.....
Chemical, Organelle, Cellular, Tissue, Organ, System, Organism
Anatomical Position
Body erect with arms at side and palms facing forward, head and feet point forward.
Ipsilateral
Structures are on the same side of the body in anatomical position.
Contralateral
Structures are on opposite sides of the body in anatomical position.
Ventral Body Cavity (Whats Included)
Thoracic Cavity (Right & Left Plueral Cavities and Mediastinum)

Abdominopelvic Cavity (Abdominal & Pelvic Cavities)
Dorsal Body Cavity (Whats Included)
Cranial and Spinal Cavity
Axial Subdivision (Whats Included)
Head, Neck, Torso(Trunk)
Appendicular Subdivision (Whats Included)
Upper & lower extremities and subdivisions
Abdominal Regions (8)
Right Hypochondriac
Epigastric
Left Hypochondriac
Right Lumbar
Umbilical
Left Lumbar
Right Iliac (Inguinal)
Hypogastric
Left Iliac (Inguinal)
Abdonimopelvic Quadrants
Right Upper
Right Lower
Left Upper
Left Lower
Study Directional Terms
Superior, Inferior, Anterior(ventral), Posterior (dorsal), Medial, Lateral, Proximal, Distal, Superficial, Deep
Lumen
Hollow area of organs such as the stomach, small intestine, or blood vessels.
Medullary
Inner region of an organ.
Cortical
Outter region or layer of an organ.
Basal
Base or the widest part of an organ.
Apical
Narrow tip of an organ.
Saggital Plane
Divide body into left and right portions. (In the middle it is midsaggital)
Frontal (coronal) Plane
Runs side to side and divides the body into anterior and posterior portions.
Transverse (Horizontal) Plane
Divides the body into upper and lower portions.
Endomorph
Heavy, rounded physique with accumulation of fat.
Apple shaped: More fat in the waist (belly).
Pear Shaped: More fat in the hips.
Mesomorph
Muscular physique.
Ectomorph
Thin often fragile physique with little fat.
Homeostasis
Body adjusts important variables from a normal set point in an acceptable or normal range.
Examples: Temperature regulation, Regulation of blood glucose level.
Sensor Mechanism
Specific sensors detect and react to any changes from normal.
Integtrating or Control Center
Information is analyzed and integrated, and then, if needed, a specific action is initiated.
Effector Mechanism
Effectors directly influence controlled physiological variables.
Feedback
Process of information about a variable constantly flowing back from the sensor to the integrator.
Negative Feedback
Produce an action that is opposite to the change that activated the system.
Are responsible for maintaining homeostasis.
Posistive Feedback
Bring specific body functions to swift completion.....childbirth is an example.
Intracellular Control
Regulation within cells, Genes or enzymes can regulate cell processes.
Intrinsic Control (auto regulation)
Regulation within tissues or organs. May involve chemical symbols. May involve other built-in mechanisms.
Extrinsic Control
Regulation from organ to organ. May involve nerve signals. May involve endocrine signals.