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135 Cards in this Set

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Anatomy

Studies the form and structure of the body

Physiology

Examines how the body functions

Microscopic Anatomy

Examines structures that cannot be seen by an aided eye. Uses a microscope.

Gross/Macroscopic Anatomy

Investigates structures visible to the unaided eye. Specimens dissected for examination

Cytology

Study of body cells and their internal structure

Histology

Study of tissues

Systematic Anatomy

studies anatomy of each functional body system

Regional Anatomy

examines all of the structures in a particular region of the body

Surface Anatomy

focuses on superficial anatomic markings and internal body structures

Comparative Anatomy

examines anatomical similarities and differences in different species

Embryology

studies developmental changes from conception to birth

Divisions of microscopic anatomy

- Cytology


- Histology

Divisions of gross anatomy

- Systematic


- Regional


- Surface


- Comparative


- Embryology

Pathologic Anatomy

Examines microscopic and macroscopic anatomic changes resulting from disease

Radiographic Anatomy

Investigate internal structures visualized by scanning procedures

Diagnostic anatomical procedures

- Pathologic


- Radiographic

Types of Physiologists

Cardiovascular (heart, blood vessels, and blood). Neurophysiology (nerves and nervous system organs). Respiratory physiology (respiratory organs). Reproductive physiology (reproductive hormones and the reproductive cycle).


Pathophysiology (relationship between the function of an organ system and disease or injury to the system).

Properties of Living Organism

Organization, Metabolism, Reproduction, Growth and Development, Responsiveness, Regulation

Metabolism

All chemical reactions within the body

Organization

Complex structure and order

Anabolism

Small molecules joined together to form larger ones

Catabolism

Large molecules are broken down into smaller molecules

Responsiveness

Ability to react to stimuli

Reproduction

Produce new cells for growth, maintenance and repair

Levels of Organization

Chemical > Cellular > Tissue > Organ > Organ System > Organism

Chemical Level

Atoms


Molecules


Macromolecules

Atoms

Smallest unit of matter

Molecules

One or more combined atoms

Macromolecules

More complex molecules


Make-Up organelles

Cells

Smallest living structure

Epithelial Tissue

Covers exposed surfaces and lines body cavities

Connective Tissue

Protects, supports and binds structures and organs

Muscle Tissue

Produces movement

Nervous Tissue

Conducts nerve impulses

Organ Systems of the human body

Integumentary, skeletal, muscle, nervous, endocrine, cardiovascular, lymphatic, respiratory, urinary, digestive, reproductive (male/female)

11

Integumentary system

Protection


Regulates body temperature


Synthesizes vitamin D


Prevents water loss

Skeletal system

Support and protection


Hemopoiesis: blood cell production


Provides sites for muscle attachments


Stores Ca and K

Muscular system

Produces body movement


Generates heat

Nervous system

Regulatory system


Controls muscles and some glands


Responds to sensory stimuli

Endocrine system

Secrete hormones which relate growth, development and metabolism


Maintain homeostasis of blood


Control digestive processes


Control reproduction

Cardiovascular system

Consists of heart and blood vessels


Transports hormones, nutrients, gases and pick up waste

Lymphatic system

Transfers and filters lymph


Participates in immune reponse

Urinary system

Filters blood to remove waste


Expels waste from body

Digestive system

Mechanically and chemically digests food materials


Absorbs nutrients


Expels waste products

Male reproductive system

Make sex cells: sperm


Male hormones: testosterone

Female reproductive system

Female sex cells: oocytes


Female hormones: estrogen and progesterone


Site of fertilization, growth/development of embryo and fetus


Produces and secretes breast milk

Anatomic position

Add pic!!!!

Section

Actual cut or slice that exposes internal anatomy

Plane

Imaginary flat surface passing through body

3 types

Coronal plane

Vertical


Divides the body into anterior (front) and posterior (back) parts

Transverse plane

Horizontal


Divides the body into superior(top) and inferior (bottom) parts

Midsagittal plane

Vertical


Divides the body into equal left and right halves

Sagittal

Parallel to midsagittal


Divides structure into unequal portions

Oblipue place

Passes through structure at an angle

Anterior

Front

Posterior

Back

Dorsal

Back side

Ventral

Belly side

Superior

Closer to the head

Inferior

Closer to feet

Cranial

Cephalic


At the head end

Caudal

At the trail end

Rostral

Towards the nose or mouth

Medial

Towards the midline of the body

Lateral

Away from the midline of the body

Deep

Inside

Superficial

Outside

Proximal

Close

Distal

Farther away

Axial Regional

Head, neck and truck

Appendicular region

Upper and lower limbs

Head

Cephalic

Forehead

Frontal

Eye

Orbital

Cheek

Buccal

Nose

Nasal

Chin

Mental

Mouth

Oral

Armpit

Axillary

Breast

Mammary

Pectoral

Chest

Sternal

Sternum

Hip

Coxal

Groin

Inguinal

Cervical

Neck

Deltoid

Shoulder

Brachial

Arm

Antecubital

Front of elbow

Antebrachial

Forearm

Carpal

Wrist

Palmar

Palm

Femoral

Thigh

Patellar

Kneecap

Popliteal

Back of knee

Crural

Leg

Elbow

Olecranal

Hand

Manus

Calf

Sural

Heal

Calcaneal

Cranial

Surrounds the brain

Back of head

Occipital

Auricular

Ear

Spinal column

Vertebral

Lumbar

Lower back

Perineal

Anus

Buttocks

Gluteal

Posterior aspect

Completely encased in bone

Cranial cavity

Houses the brain


Corned by bones of the cranium

Vertebral canal

Houses the spinal cord


Formed by bones of the vertebral column

Ventral cavity

Larger


Does not completely encase organs in bone


Lined with serous membrane

Parietal layer

Layer of serous membrane


Lines internal surface of body wall

Visceral layer

Layer of serous membrane


Covers external surface of organs

Serous cavity

Space between membranes

Serous fluid

Liquid secreted by cells in serous membrane


Lubricates

Pleural cavities:

Surrounds each lung


Mediastinum: median space in thoracic cavity


Pericardial cavity: encloses heart

Thoracic cavity

Pericardium

Two layered serous membrane

Thoracic cavity

Parietal pericardium

Outer layer


Forms a sac around heart

Thoracic cavity

Visceral pericardium

Forms external surface of heart

Thoracic cavity

Pleura

Two-layered serous membrane associated with the lungs

Parietal pleura

Outer layer lines internal surface of thoracic wall

Visceral pleura

Inner Layer covers external surface of lungs

Abdominal cavity

Contains digestive organs

Pelvic cavity

Contains internal reproductive organs and urinary bladder

Parietal peritoneum

Outer layer


Lines the internal walls of the abdominopelvic cavity

Visceral peritoneum

Inner Layer


Covers the external surface of most abdominal and pelvic organs

Peritoneal cavity

Space between parietal and visceral layers containing serous fluid

Homeostasis

Ability to maintain consistent internal environment .. or


Steady state in response to changing internal/external conditions

Three components of homeostasis

Receptor


Control Center


Effector

Receptor

Detects changes in variable

Control center

Interprets input from receptor and initiates changes through Effector

Effector

Brings about the change to alter stimulus

Negative Feedback

Controls most processes in the body


Homeostatic control responds to move variable in opposite direction to bring it into normal range


Body temp

Positive Feedback

Stimulus reinforced to continue moving variable in same direction until climatic event occurs, then body returns to homeostatis


Breastfeeding

Diagnosis

Specific cause of homeostatic imbalance

Scientific Method

Observation


Hypothesis


Experiment and test hypothesis


Determine if data supports hypothesis or rejeft/modify it