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Ms. B

Medical Assistant Medical Terms

TermDefinition
Dyspnea Shortness of breath
Anatomy Study of sturcture
Physiology Study of function
Pathology Study of disease
Word usually describe a body part of function
Gloss/ Lingu Tongue
Cardiac Cardi (heart) Ac (pertaining to)
Cardiomyopathy Cardi (heart) Myo (muscle) Pathy (disease)
Cardiovascular Cardi (heart) Vasc (blood vessel) Ar (pertaining to)
Gastritis Gastro (stomach) Itis (Inflamation of)
Hepatitis Hepat (liver) Itis (Inflamation of)
Athroscopy Arthro (Joint) Scopy ( visual exam)
Sagittal Plane Divides body into left and right
Transverse Plane Divides Superior from Inferior
Proximal Close or near
Supine Lying on the back
Distal Far or further away
Prone Lying face down
Splenomegaly Abnormal enlargement of the spleen
Hepatomegaly Abnormal enlargement of the liver
Abdominal Palpation Assessment of the abdomen (technique)
Leukocytosis Increase of white blood cells
Palpation Examination by feeling with fingers and hands
Febrile Feeling feverish/ fever symptoms
Arthr Joints
Cardi Heart
Gastr Stomach
Hepat Liver
Lingu Tongue
Oste Bone
Pneum Lung
Ectomy Surgical removal of
Ary Pertaining to
Hystero Uterus
Salping Fallopian Tubes
Oopher Ovaries
Megaly Enlargement
Algia Pain
Itis Inflamation
Polyneuritis Inflamation of many nerves
Scopy Visual examination
Tomy Surgical incision
Logy Study of
Stomy Create artificial opening
Scope Instrument used to perform scopy
Pnea Breathing
Dyspnea Difficulty breathing
Tracheotomy Temporary incision in the trachea that assists breathing in an emergency
Tracheostomy Permanent incision in the trachea to create a new way to breathe
Suffixes Appear at the end of word root
Pefixes Appear at before combining form, usually but not always indicates location, time, number, or status. gives more information about term.
Paricardium Surrounding the heart
Epigastric Pertaining to above the stomach
Polyneuritis Inflamation of many nerves
Sub Under
Hypo Below, Decrease
Ante Before
Peri Surrounding
Hyper Above, Decrease
Dys Difficult, Painful
Anti Against
Pre Before
Carnival Cavity Space where brain lives
Spinal Cavity Inside spine
Ventrical Cavity Front side of the body
Thoracic Chest
Pelvic Reproductive Organs
Axis Center of body
Diaphram Breathing muscle
Abdominal Pelvic Region 9 regions, 4 quadrants Top: Left & right hypocondriac region, Epigrastric region (middle) Middle: Left & Right Lumbar region, Umbical region (middle) Bottom: Left & Right Ilica Region, Hypogasric region
Condria Ligaments the hold the ribs together
Inguinal Iliac Region
Sagittal Divides left from right
Mid Sagittal Divides body into two equal halves
Frontal/ Coronal Divides anterior (front) from posterior (back)
Transverse Divides Superior (upper) from interior (lower)
Anter/o Ventr/o Anterior (front) Ventrol (front)
Poster/o Dors/o Posterior (back) Dorsal (back)
Super/o Cephal/o Superior (Above) Cephal (above)
Infer/o Cauda/o Inferior (below) Caudal (below)
Later/o Lateral (sides) away from the middle
Proxim/o Proximal (close /near)
Dist/o Distal (far/ further away)
Homeostasis A constant state if the internal enviornment
Cardiovascular system The Heart to pump blood containing o2 and nutrients to the cells of the body and return co2 and other waste to the body areas for removal.
Partners Blood vessels, arteries, viens, capillaries and lungs
Arteries Take blood away
Viens Take blood away
Capillaries Take blood in and out of cells and tissues
Lungs Supplier for oxygen and get rid of carbon dioxide (final step)
4 chambers Moves blood thought the heart (weighs 9oz) Top: Left & Right atrium {receiving chambers} Bottom: Left & Right ventricle {sends blood out}
Deoxygenated blood (co2) Carbon dioxide [from body] right side
Oxygenated blood (o2) Lungs [from lungs] left side
Septum Separates heart left and right sides
Myocardium Muscles around the heart
Systole Contraction {systolic pressure}
Diastole Relaxation {systolic pressure}
Vena Cava Largest viens
Superior Vena Cava Upper largest viens
Inferior Vena Cava Lower largest viens
Cusp Flap
Valve Doors of the heart
Tricuspid Valve Three Cusps (flaps) that fold over to close
Pulminary Valve Shaped like two half moons
Pulminary Artiary Splits and sends blood to both lungs
Pluminary Viens Attached to the left atrium; takes oxygenated blood from lungs to heart
Acending Aorta Sends blood to the upper part of the body
Descending Aorta Sends blood to the lower part of the body
Endocardium Inner most layer of the chambers made of connective tissue. Also forms chambers and valves.
Myocardium Muscular walls of the heart and septum
Epicardium/ Pericardium Outer protective layers of the heart
Visceral Pericardium Protective layer directly next to the heart muscle
Parietal Pericardium Outer protective layer reffered to as the pericardial sac
Cardiac Cycle One complete heart beat
Normal Heart Rate 60-100 beats per minute (BPM) cycle takes 0.08 seconds
Pericardial Fluid Fluid between the layers of the pericardium
Cardiac Tamponade Increased fluid in the pericardial space between the layers cause pressure against the heart muscle (usually due to pericarditis)
Coronary Arteries Supplies the heart with blood/o2
Partial Occlusion Blood flow/o2 decreases= ischemia (tissue damage) causes angina (system of chest pain)
Ischemia Tissue damage
Angina Chest pain symptom
Total Occlusion Blood flow/ o2 stops= Myocondrial infraction (heart attack) heart tissue dies (MI) the severity of heart attack depends on size of affected area of the heart.
SystolicReading (in BP) Upper number
Diastolic Reading (in BP) Lower number
Repolarization Relaxation (electrical term)
Coronary Artery Disease CAD
Arteriosclerosis Hardening of the arteries
Stains Cholesterol medications (keep below 200mg)
Infarction Death of tissue
Atherosclerosis The build up of lipids (cholesterol) in the artery wall
SA node Sinoatrial node (pacemaker) bigins the process by sending initial electrical signal, both atria depolarize and sends blood from atria (top) to ventricles (bottom)
AV node Atrioventricular node recives signal from SA node and relays to AV bundle, has ability to act as backup pacemaker if SA node fails.
AV bundle Bundle of HIS recieves signal from the AV node, splits into the LT & RT bundle branches in order to send signal to LT & RT ventricles.
Purkinje Fibers Extensions of the bundle branches found in the walls ventricles that recieve signal at the end process and cause ventricles to contract (depolarization)
Eletrocardiogram Written record of the hearts electrical activity
Erythrocytes cells that carry oxygen and carbon dioxide thought the blood
Leuko white blood cells (wbc), white cytes
Thrombo clot/ clotting, cells, platlets
Plasma liquid component of blood made of 90% water
Thymus Gland produces T- lymphocytes (t cells), gland between the lungs and just below the neck
Herratopoeisis production of blood cells
Immunity the ability of the body to protect itself
Coagulation formation of blood clots
Plasma antibodies, nutrients, ions, clotting factors (fibrinogen and prothrombin)
Hemophilla Genetic disorder where a person is missing a genetic factor that allows them not to clot.
Hematopoeisis process when rbc's are formed in bone marrow
Ions zinc, iron, sodium, potassium, phosphorus, magnesium
Pluse use two fingers (never thumb) count pulsations for 60 secs or for 30 and multiply by 2
Superficial Temporal Head
External Maxilary Jaw line
Carotid neck
Brachial Arm (elbow)
Dorsal top of feet
Radial wrist (thumb)
Ulnar wrist (pinky)
Femoral Groin
Papliteal legs (behind knees)
Posterior Tibial ankles (heel)
Red Blood Cells transport oxygen to cells of the body and assist in removal of carbon dioxide from cells and body, assist in immunity to provide protection from invading pathogens.
White Blood Cells part of the immune system that protect body from infection, circulate thought blood and respond to injury or illness by attracting unknown organisms that enter the body
Bundle of HIS AV Bundle Recives signal from AV Node, splits into RT< bundle branches to send signal to LT&RT ventricles.
Plasma liquid component of blood that is approx. 90% water that has antibodies
Depolarization Contract
Erytho Red blood cells (RBC), red cytes, round, cylindrical, and biconcave in shape
Immunity body's ability to protect itself
Spleen reservoir for old and new, organ that filters blood in the upper left abdomen.
Plasma Content antibodies, nutrients, ions, clotting factors (fibrinogen, prothrombin)
4 recognized blood types type A, type B, type AB, type O
Types O negative & O positive are best suited to donate red blood cells. O- is the universal blood anyone can receive it. both are extra special for traumas.
Reticulocytes Are the blood cells created that are immature before the get to the spleen to mature and then released into circulation.
Hemoglobin HGB Provides color for red
Antigen These proteins identify blood type: Type A, Type B, Type AB and Type O
Hypothermia generally defined as core temperature
Hyperthermia caused by the body's inability to regulate heat
Pyrexia medical term for, meaning an elevated body temperature typically
Febrile patient showing signs of elevated body temperature, often accompanied by chills, sweating, or general malaise
Blood Cells Function to transport To transport oxygen to the cells of your body and assist in the removal of carbon dioxide from the cells of the body, assist in immunity, and provide protection from invading pathogens.
Blood Cell Location arteries, veins, capillaries, spleens, bone marrow, thymus Gland, and heart
Blood Group A B AB O
Blood Antigen (RBCs) A B A,B None
Blood Antibody (Plasma) Anti- B Anti- A Neither Anti- A, Anti- B
RH Antigen (Antigen D) Rhesus Antigen RH factor) is also found on the surface of rbc's of some, means not everyone has this Antigen present.
RH Incompatibility common type of blood Incompatibility disease
Sickle Cell Anemia Genetic disorder primarily found in African americans, both parents must have the trait in order to pass on sickle cell disease. rbc's form an "S" or sickle shape.
Red Cell Count (RBC) volume of blood and normal range varies generally between 4.2- 5.9 million cells/ cmm
Hernoglobin HGB+o2 (hemoglobin+oxygen)
Carboxyhemoglobin HGB+co2 (carbon dioxide+hemoglobin)
Lukocytes white blood cells are translucent and circulate through the blood stream and tissue to detect an infection in the body and respond by attacking any unknown organisms that enter, are formed in white bone marrow or thymus gland. average count 5,000-11,000.
Anemia decreased iron levels, decreased hemoglobin production, causes decrease in capacity of RBCs to transport oxygen.
Sickle Cell Crisis extremely low o2 levels requiring blood transfusion
Anemia Symptoms eyes(yellowing), skin(pale,yellow,cold), respiratory(shortness of breath), muscular(weakness), intestinal(changed stool color), central head(fatigue,dizziness,fainting), blood vessel(low blood pressure), heart(heart attack,angling, chest pain),spleen(enla
Bone Marrow found in the center of bones, also produces red blood cells
Lymph Nodes small glands positioned throughout the body, linked by lymphatic vessels
Tonsils small pouches found in and around the throat
Neutrophils help protect body from infections by killing bacteria, fungi, and foreign debris
Eosinphils identify and destroy parasites, cancer cells, and assist basophils with your allergic response
Basophils produces an allergic response like coughing, sneezing, or runny nose. (create histamine, heparin)
Monocytes defend against infection by cleaning up damaged cells
Lymphocytes consist of t-cells, natural killer cells and b cells to protect against viral infections and produce proteins to help fight infection (antibodies).
Phagocytes aggressive wbcs that eat/ingest bacteria etc.
Created by: user-1731572
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