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89 Cards in this Set

  • Front
  • Back
Gross Anatomy
Study of large body structures visible to the naked eye.
Regional Anatomy
All structures in a particular region of the body-ex: studying all the nerves, blood vessels and bones in the abdomen.
Systemic Anatomy
Body structure is studied system by system.
Cytology
Study of cells
Histology
Study of tissues
Embryology
Subdivision of developmental anatomy-concerns developmental changes that occur before birth.
Renal Physiology
Concerns kidney function
Principle of Complementarity of Structure and Function
Individually, anatomy and physiology are inseparable because function always reflects structure.
Levels of Structural Organization
1-Chemical
2-Cellular
3-Tissue
4-Organ
5-Organ system
6-Organismal
1. Chemical Level of Structural Organization
Atoms combine to form molecules such as water and proteins.
2. Cellular Level of Structural Organization
Molecules have formed organelles (basic components of the microscopic cell).
Cells are the smallest units of living things.
3. Tissue Level of Structural Organization
Groups of similar cells that have a common function.
4. Organ Level of Structural Organization
Structure composed of at least TWO types of tissues. Performs a specific function in the body
5. Organ System Level of Structural Organization
Organs that work together to accomplish a common purpose.
6. Organismal Level of Structural Organization.
Represents the sum total of all structural levels working together to promote life.
Necessary Life Functions
1. Maintaining Boundaries
2. Movement
3. Responsiveness (Irritability)
4. Digestion
5. Metabolism
6. Excretion
7. Reproduction
8. Growth
1. Maintaining Boundaries
Keeps internal environment distinct from outside
ex: cell membrane or our skin
2. Movement
On cellular level: Contractility
3. Responsiveness
Ability to sense changes in the environment and then respond to them.
4. Digestion
Breaking down of ingested food to simple molecules that can be absorbed into the bloodstream.
5. Metabolism
All chemical reactions that occur within body cells.
Includes: Catabolism (the breaking down of substances into their simpler building blocks) and Anabolism (synthesizing more complex structures from simpler substances)
ATP
Energy rich molecules that power cellular activities.
6. Excretion
Process of removing wastes from the body
7. Reproduction
Creation of new life. Can occur at the cellular or organismal level.
8. Growth
Increase in size of a body part or the organism.
Survival Needs
1. Nutrients
2. Oxygen
3. Water
4. Normal Body Temp
5. Atmospheric Pressure
What happens chemically, and to the organismal when body temperature drops or speeds up
When the temperature is too high, chemical reactions continue to speed up more and more. Body proteins lose their shape, and stop functioning. Death will occur.
When normal body temperature drops, chemical reactions slow down until metabolism is stopped. Death occurs here too.
Homeostasis
The ability to maintain relatively stable internal conditions even though the outside world changes continuously.
Three interdependent components of the homeostatic control mechanism
1. the Variable-the event being regulated
2. the receptor-the sensor the monitors the environment and responds to change.
3. The Control Center-determines the set point
Negative Feedback
*Most common homeostatic control mechanism
*Brings body back into balance on a regular basis
Positive Feedback
*Happens in time of crisis
*Examples include: time of birth, panic attacks, etc
Anatomical Position
Anatomical reference point for standard body position:
Standing straight up with head and eyes forward, and hands at sides with palms forward.
Directional Terms
Terms used to explain where parts of the body are in relation to one another
Axial part
parts that make up the main axix of the body-includes head, neack and trunk.
Appendicular part
parts that consist of the appendages (limbs) that are attached to the body's axis.
Regional Terms
used to designate specific areas within the major body divisions.
Nasal
nose
Oral
Mouth
Cervical
Neck
Acromial
Point of Shoulder
Axilary
Armpit
Abdominal
Abdomen
Brachial
Arm
Antecubital
Front of elbow
Antebrachial
Front of arm
Pelvic
Pelvis
Carpal
Wrist
Pollex
Thumb
Palmar
Palm
Digital
Fingers/toes
Pubic
Genital Region
Patellar
Anterior Knee
Crural
Leg
Pedal
Foot
Tarsal
Ankle
Frontal
Forehead
Orbital
Eye
Buccal
Cheek
Mental
Chin
Sternal
Breastbone
Thoracic
Chest
Mammary
Breast
Umbilical
naval
Coxal
Hip
Inguinal
Groin
Femoral
Thigh
Fibular
Side of Leg
Hallux
Great Toe
Cephalic
Head
Occipital
Base of Skull
Vertebral
Spinal Column
Manus
hand
Scapular
Shoulder Blade
Brachial
Arm
Dorsum, Dorsal
Back
Olecranal
Back of Elbow
Lumbar
Loin
Sacral
Between Hips
Gluteal
Buttock
Perineal
Region between the anus and external genitalia
Sural
Calf
Popliteal
Back of Knee
Calaneal
Heel
Plantar
Sole
Sagittal
Vertical plane that cuts body into right and left parts.
Frontal planes
Vertical plane that cuts body into front and back parts (anterior and posterior)
Transverse Planes
Horizontal plane that cuts body into top and bottom parts (superior and inferior)
Body Cavities
1. Dorsal:
a) Cranial-brain
b) Vertebral-spinal cord
2. Ventral: houses the internal organs collectively known as "viscera"
a) Thoracic-
1-Pleural-lungs
2-Mediastinum-thymus, esophagus, trachea, heart.
3-paracardial-heart
b) Abdominopelvic
1-Abdominal-stomach, liver, spleen, sm. and lg intestines
2. pelvic-reproductive organs, bladder
3. retroperitineal
Membranes of the Ventral Body Cavity
The walls of the ventral cavity are lined by a double-layered membrane called the serosa.
The part that lines the organ is called: Visceral
The part that lines the wall of the cavity is called Parietal