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71 Cards in this Set

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Anatomy
The study of the STRUCTURE of the body parts and their relationship to one another.
What are the types of Anatomy?
1. Gross or Macroscopic
2. Microscopic
3. Developmental
Physiology
The study of the FUNCTION of the body's structural machinery.
What are the types of Gross Anatomy?
1. Regional
2. Systemic
3 Surface
Regional Anatomy
All structures in one part of the body.
Systemic Anatomy
Gross anatomy of the body studied by system
Surface Anatomy
study of internal structures as they relate to the overlying skin.
Microscopic Anatomy
Study of things too small to see with the naked eye
Gross Anatomy
Study of larger things that can be studied with the naked eye.
What are the types of Microscopic Anatomy?
1. Cytology
2. Histology
Cytology
Study of the cell
Histology
Study of tissues
Developmental Anatomy
Traces structural changes through out life
What is an example of Developmental Anatomy?
Embryology
Embryology
Study of developmental changes of the body before birth.
What are the levels of organization?
1. chemical level
2. cellular level
3. tissue level
4. organ level
5. organ system level
6. organismal level
What are the necessary life functions?
1. maintaining boundaries
2. movement
3. responsiveness
4. digestion
5. metabolism
6. excretion
7. reproduction
8. growth
Maintaining Boundaries
Separating external and internal environments
Responsiveness
Ability to react. Ex. Reflexes
Reproduction (Life Function)
Reproduction of cells to maintain life
What are our survival needs?
1. nutrients
2. oxygen
3. water
4. Normal body temperature
5. Appropriate atmospheric pressure
What is considered to be a normal body temperature?
98.6
Homeostasis
ability to maintain relatively stable internal conditions despite constant external changes
What are the components of homeostatic control?
1. Receptor
2. Control Center
3. Effector
Receptor
Sensor that notices a change and sends information about this change to the control center.
Control Center
Comes up with a plan of action and sends the plan to the effector
Effector
Executes the plan that the control center came up with to solve the problem.
Afferent Pathway
Approaches the control center
Efferent Pathway
Exits the control center
Negative feedback
output shuts off original effect of stimulus
Positive feedback
Effector enhances the original stimulus
Ex. Child birth
What is a homeostatic imbalance?
Most diseases are considered homeostatic imbalances. Negative feedback systems can become overwhelmed and destructive positive feedback mechanisms can take over.
Anatomical position
standing upright
head facing forward
feet in normal stance
palms facing anteriorly
Thumbs outward
Superior (cranial)
Toward the head
Inferior (caudal)
Away from the head
Ventral (anterior)
Toward the front of the body
Dorsal (posterior)
Toward the back of the body
Medial
towards the midline of the body
Lateral
Away from the midline of the body
intermediate
between medial and lateral structures
Proximal
Towards the trunk
Distal
Away from the trunk
Superficial
towards the surface of the body
Deep (directional term)
Away from the surface of the body
Axial Region
Head, neck, and Trunk
Appendicular Region
limbs
Sagittal plane
vertical plane that divides the left and right sides
frontal plane
vertical plane that divides the body into anterior and posterior parts. Front and back.
Transverse plane
Horizontal plane that divides the body into superior and inferior parts.
Dorsal Body Cavity
Protects the nervous system organs
Cranial cavity
in the skull, protects the brain
vertebral (spinal) cavity
runs in the bony vertebral column and encloses the spinal cord
Ventral Body Cavity
Contains the Thoracic cavity and the abdominopelvic cavity.
Thoracic cavity
superior subdivision, surrounded by ribs and chest muscles
Divided into lateral pleural cavities enclosing each lung and the medial mediastinum
containing the pericardial cavity enclosing the heart and surrounding the thoracic structures.
Abdominopelvic cavity
inferior subdivision, seperated from thoracic cavity by diaphragm.
Includes abdomen cavity and pelvic cavity
Abdomen cavity
stomach, spleen, intestines, liver, and other organs
Pelvic cavity
bony pelvis, bladder, reproductive organs, rectum
Serosa or serous membrane
Thin, double-layered lining of the walls of the ventral cavity and the outside surfaces of the internal organs.
Parietal serosa
The part of the membrane that lines the walls
Visceral Serosa
The part of the membrane that folds on itself to cover the organs
Abdominopelvic regions
(not on test)
9 regions of the abdomen area separated in a way that is similar to a tic-tac-toe board.
Umbilical region
(not on test)
The middle box of the tic-tac-toe board
Epigastric region
(not on test)
center box on top row of tic-tac-toe board
Hypogastric (pubic) region
(not on test)
center box in bottom row of tic-tac-toe board
Right iliac (inguinal) region
(not on test)
left box of the bottom row of tic-tac-toe board
Left iliac (inguinal) region
(not on test)
right box of the bottom row of tic-tac-toe board
right hypochondriac region
(not on test)
left box of top row of tic-tac-toe board
left hypochondriac region
(not on test)
right box of top row of tic-tac-toe board
right lumbar region
(not on test)
left box of middle row of tic-tac-toe board
left lumbar region
(not on test)
Right box of middle row of tic-tac-toe board
synovial cavities
Are found in the joints