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148 Cards in this Set

  • Front
  • Back

cephal/o

Head

-oma

Tumor;mass;fluid collection

albin/o

White

-osis

Condition (usually abnormal)

trans-

Across;through

carp/o

Wrist bones

-dynia

Pain

ferrum-

Iron

ad-

Toward

contra-

Against;opposite

post-

After;behind

heter/o

Different

-plegia

Paralysis;palsy

necr/o

Death

-brady

Slow

kines-

Movement

brachi/o

Arm

-itis

Inflammation

crypt/o

Hidden

-cide

Killing

bucc/o

Cheek

-edema

Swelling

cyan/o

Blue

rhin/o

Nose

-tripsy

Crushing

lith/o

Stone

-ac, -al, -ic, -ary, -ical, an

Pertaining to

hepat/o

Liver

erythr/o

Red

cardi/o

Heart

ventr/o

Belly side of body

neur/o

Nerve

-poiesis

Formation

jaund/o

Yellow

-emesis

Vomiting

cyte/o

Cell

leuk/o

White

gastr/o

Stomach

-rrhage

Bursting forth (of blood)

caus-

Burn

multi-

Many

morph-

Shape;form

lingu/o

Tounge

melan/o

Black

oste/o

Bone

gingiv/o

Gum

tachy-

Fast

auto-

Self;own

endo-

In;within

neo-

New

pseud/o

False

-pathy

Disease

-centesis

Surgical puncture to remove fluid

enter/o

Intestines (usually small intestines)

-algia

Pain

-ectomy

Removal;excision;resection

myel/o

Spinal cord/bone marrow

cervic/o

Neck

ab-

Away from

hemi-

Half

kerat/o

Cornea;hard;horny tissue

thyr/o

Thyroid gland

infra-

Below;beneath

esthes-

Feeling (nervous sensation)

poli/o

Grey matter

myx/o

Mucus

Diffusion

Movement of particles from an area of high concentration to an area of low concentration

Facilitated diffusion

Diffusion assisted by specialized proteins who are basically the body guards who decide what enters and what doesn't.

Osmosis

Net movement of water over a semi permeable membrane. Water will always go where there is more solute. If there is an equal amount of solute in and outside the cell, the cell remains isotonic. If there is more solute in a cell than outside, water will go into the cell to try and dilute it causing the cell to basically explode. This is called hypotonic. When there is more solute outside the cell than inside the cell, the water from the cell moves out to dilute the solvent, causing the cell to implode. This is called hypertonic.

Filtration

Movement of solvents and disolved substances across membranes by gravity/pressure. Similar to the way a strainer works.

Dialysis

The separation of large molecules from small by diffusion across a semi permeable membrane.

Active transport

Across plasma membrane usually involving proteins from low concentration to high concentration.

arthr/o

Joint

Phagocytosis

Cell eating. The act of eating.

Pinocytosis

Cell drinking. The act of drinking.

-sepsis

Infection

Characteristics of living matter

Eat, excrete, have sex (procreate)

Metabolism

meta- : to change

Anabolism

ana-: building up

Catabolism

cata-: to throw/breakdown

Anatomy

The study of body structure and it's parts

Physiology

Study of of the normal functions of an organism.

Pathology

The study of disease and it's causes

Emryology

The study of origin and development

Histology

The study of tissue and it's components

Biology

The study of all life forms

Cell/Plasma membrane

Semi-permeable membrane that separates the organelles from the external environment. Made up of a phospho-lipid bi-layer and contains proteins.

Cytoplasm.

Surrounds the organelles located between the plasma membrane and the nucleus. Provides shape for the cell and is where chemical reactions occur.

Nucleus

Control center of the cell. Contains heredity, controls cell structure and controls many cellular activities.

Nucleoli

Made up of protein, DNA, RNA. Only active during cell division.

Ribosome's

Contains RNA and makes protein. Can be free or attatched to the endoplasmic reticulum.

Endoplasmic Reticulum

Makes fat, carbohydrates and protein. Mechanical support and distribution of cytoplasm and provides surface area for chemical reactions.

Golgi Apparatus

Looks like a pile of stacked dishes. Processes, sorts, packages and delivers protein to different parts of the cell.

Mitochondria

Power house of the cell. Provides surface area for cellular respiration, are self replicating. They respond to increased energy requirements.

Lysosomes

Have digestive enzymes which perform phagocytic actions of eating anything that might be harmful to the cell. They are formed by Golgi apparatus. Responsible for cell digestion and destruction.

Flagella

Whip like organelle that is used to move the cell. Bacterial flagella rotates like screws and eukaryotic flagella whips back and forth.

Cilia

Motile cilum beats in one direction to project the cell. Non-motile cilium can not beat and usually serves as a sensor.

Vacuole

Is the garbage collector. They capture food or unwanted debris or any substance that might be toxic or unwanted from the cell.

Chromosome

Continuous piece of DNA that contains many genes. Is found in the nucleus and has two arms.

Chromatin

Contains DNA and will coil into chromosomes during cell division.

DNA

Deoxyribonucleic Acid. Determines heredity.

RNA

Ribonucleic acid. Contains proteins...

Smooth Endoplasmic Reticulum

The smooth part of ER creates fats, carbs and protein.

Rough Endoplasmic Reticulum

Rough ER creates protein.

Mitosis

Direct copy of each other.


PMAT


Interphase: in between phases when nothing is occuring


Prophase: chromosomes prepare, nucleus dissappears. Chromosomes duplicate right before Metaphase.


Metaphase: chromosomes line up in the middle and spindle fibers attach.


Anaphase: chromosomes are pulled apart to their poles


Telophase: a nuclear membrane is created and pinches apart in the center to create two cells.

Meiosis

A cycle.


Prophase1: chromosomes duplicate and stay close and coil


Metaphase1: coiled chromosomes go to center


Anaphase1: pull apart from the middle with each chromosome now being different with having exchanged different information


Telophase1: two daughter cells are now formed, each with one chromosome of the homologous pair


Metaphase2: chromosomes align at the center


Anaphase2: they divide each going to a separate pole


Telophase2: cells divide by pinching apart. 4 daughter cells are now created

Prefix

Usually appears at the beginning of a word. Will change the meaning of the word.

Root

The basic meaning of the word. Words may contain more than one roof and roots can stand alone.

Combining vowel

A vowel that is used to link a root to a suffix or another root that begins with a consonant. Is used to help with pronunciation.

Combining form

Root with a combining vowel. Usually displayed with a slash between them.

Compound words

Words that contain more than one root.

Suffix

Follows the root word and changes the meaning of the root.

Splenomegaly

Enlargement of the spleen.

Optic

Pertaining to the eye;vision

Melena

Black tarry feces that contain digested blood

Hepatitis

Inflammation of the liver

Adipose

Pertaining to fat cells or tissues

Hyaline

Glassy and translucent;cartilage in between ball joints and hinge joints etc

Cardiomyopathy

Disease of the heart muscle

Cardiovascular

Blood vessels of the heart and it's system.

Gastroenteritis

Inflammation of the stomach and intestines

Epithelial Tissue

Covering for external & internal body structures. Protects and absorbs important substances back into the body and secretion glands secrete hormones. Necessary body function.


Endothelial tissue lines things. Endo=inside


Mesothelial tissue covers serious membranous structures. Pleura (products the lungs) Pericardium (sac of fluid surrounding the heart) Peritonitis?


TYPES


Simple: one layer


Stratified: many layered


Pseudo stratified: Pseudo/o=false


Have one layer but appears to have more


Squamous: flat, scale-like appearance


Columnar: resemble columns


Transitional: found only in the urinary tract, change appearance according to its environment. Have the ability to stretch.



Covering of all body surfaces


Line body cavities and hollow organs


Is the major tissue in glands


Function: protection, secretion, absorption, excretion, filtration, diffusion, sensory reception


Simple=1 layer


Simple cuboidal epithelium found in glandular tissue and in kidney tubules


Simple columnar epithelium lines stomach and intestines


Pseudostratified columnar epithelium lines parts of the respitory tract and some tubes in make reproductive tract


Transitional epithelium found mostly in the bladder


Glandular epithelium produces and secretes substances




Connective tissue

Functions:


-binds structures together


-supports body and organs


-stores fat


-transports substances


-helps repair tissue damage


Types:


Loose/areolar: connects skin, organs and coverings


Adipose: fat that ortects and supports organs and stores minerals and vitamins


Dense fibrous: in ligaments and tendons


Elastic: in arteries and some glands, sphincters, etc


Cartilage: such as hyaline. Found at end of long bone during joint movement


Osseous: bone


Blood

Muscle tissue

Made of cells that shorten or contract in order to have movement. Produce heat.


-are long and slender


-arranged in bundles or layers that are surrounded by connective tissue


Types:


Skeletal: striped and attached to skeleton. If you can move it, it is skeletal muscle. Voluntary control. Cylindrical


Smooth: has a single centrally located nucleus. Lacks situations. Involuntary control. Eg) iris


Cardiac: the heart. Branching fibers. One nucleus per cell. Striations. Involuntary control.


Nervous tissue

found in brain, spinal cord, nerves. Controls body activities such as: muscle contraction, awareness of the environment (feeling), emtions and memory. The cells (neurons) communicate by using electrical nerve impulses.


Neuron has 3 parts:


Dendrites- conducts impulse toward the body of a nerve cell


Cell body- directs the impulses and has does general functions


Axon- conducts impulses away from the cell body



Nervous tissue also has cells that don't transmit impulses. They support activities of the neurons.


Glial cells: bind and insulate neurons

Cranial vault

Contains brain, sinuses etc. Protected by the skull.

Thoracic cavity

Contains lungs, heart, blood vessels, trachea etc.

Cranial

Toward the head

Caudal

Toward the tail

Rostral

Within the head toward the muzzle

Medial

Toward the midline

Lateral

Outward toward the side

Dorsal

Toward the back

Ventral

Toward the belly

Proximal

Near to the point of attachment

Distal

Further from the point of attachment

Palmer

Caudal surface of the forelimb below the carpus. The surface of the front paw.

Planter

Caudal surface of the hind limb below the tarsus. Surface of back paw.

Internal

Inside

External

Outside

Dorsal plane

Separates the back and the belly. Like a sandwich.

Median plane

Separates the body into right and left equal sides

Sagittal plane

Separates the body into right and left unequal sides

Transverse plane

Separates the the head half of the body from the rear half of the body.

Recumbent

Lying down

Ventrally/sternally recumbent

Lying down on the belly or breastbone. Also called prone.

Dorsally recumbent

Lying down on the back. Also called supine.

Latterally recumbent

Lying in the side. Right/left