Section 1

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Clotting factor IX

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Last updated

6 years ago

Date created

Mar 1, 2020

Cards (109)

Section 1

(50 cards)

Clotting factor IX

Front

Christmas factor

Back

Clotting factor VII

Front

Proconvertin

Back

Sequelae

Front

The pathological consequence of an event.

Back

Polycythemia (blood cancer)

Front

Increase amount of red blood cells in circulation-> increase of friction-> decrease in circulation.

Back

TxA2

Front

More Narrowing of blood vessels/less blood with be lost.

Back

Organization

Front

Phagocytic digestion of the thrombus 2-3days after it form and replacement by connective tissue.

Back

Clotting factor X

Front

Stuart-Prower factor

Back

Coagulation

Front

Prothrombin -> thrombin -> fibrinogen -> fibrin

Back

Lines of Zahn

Front

Represents a special type of thrombus characterized by visible and microscopic laminations produced by altering layers. (Mitral Stenosis)

Back

Appendicitis

Front

Mesenteric vein thrombosis

Back

Clotting factor V

Front

Preaccelerin

Back

Resolution

Front

Disappearing of thrombus due to high fibrinolytic function in the blood

Back

Clotting factor XI

Front

Plasma thromboplastin antecedent

Back

Thrombus in venous system

Front

Loose, weak, large, slow

Back

Transient ischemic attack (TIA)

Front

When the patient experiences manifestations of mini stroke; 5-10 mins

Back

Ecchymosis

Front

Bruises

Back

Intravenous injections

Front

Aka iatrogenic thrombosis; predisposing to thrombosis factors.

Back

Infraction

Front

Region of necrosis caused by oxygen deficiency

Back

Thrombus in arterial system

Front

Dense, strong, firm, small, fast

Back

Stroma

Front

Connective tissue aka supportive tissue aka scar tissue aka fibrous tissue.

Back

Turbulence

Front

Disruption of Laminar blood flow

Back

Anaplasia

Front

Reverse of normal cell differentiation

Back

Thrombus vs blood clot

Front

Only formed within blood vessels and maintains a point of attachment to the vessel wall

Back

petechiae rash

Front

Very thin dots on the body

Back

Hemophilia B

Front

deficiency of factor IX

Back

Propagation

Front

Enlargement of the thrombus in areas open to clotting factors and their activation. Usually in veins because of slow flow and where there are bifurcations.

Back

Hemophilia A

Front

deficiency of factor VIII

Back

Clotting factor I

Front

Fibrinogen

Back

Intrinsic Clotting Pathway

Front

Exposure of collagen fibers to blood flow -> CF XII -> CF XI -> CF IX-> CF X

Back

Renal Carcinoma

Front

Renal vein thrombosis

Back

Artherosclerosis

Front

Formation of plaque in arterial walls-> thrombosis-> infarction

Back

Endothelial mediation

Front

Damaged endothelial cells release PG12 (procyclin) which prevents coagulation

Back

Liver

Front

All clotting factor are produced in:

Back

Metrorrhagia

Front

Leakage of blood from the uterus but not during menstruation.

Back

clotting factor VIII

Front

antihemophilic factor

Back

Recanalization

Front

Type of organization; Formation of canals within the thrombus, phagocytic cells only digest a portion of the large thrombus.

Back

Clotting factor XIII

Front

Fibrin stabilizing factor

Back

Purpura Rash

Front

Dots more than 2cm at the site of hemorrhagic

Back

Clotting factor XII

Front

Hageman factor

Back

Fibrolytic System

Front

Tissue plasminogen activator-> plasminogen -> plasmin -> degradation of clotting factors.

Back

Extrinsic clotting pathway

Front

Tissue Thromboplastin -> CFVII -> CFX

Back

Hemodynamics

Front

the forces involved in circulating blood throughout the body

Back

Leukemia

Front

Ex. Of polycythemia

Back

Thrombosis

Front

Platelet activation and aggregation without threat of blood loss

Back

Clotting factor II

Front

Prothrombin

Back

Hypertension

Front

Increase hydrostatic pressure in the vessel, speeds up the damage process, more friction.

Back

Hemodynamic Stress

Front

(Wear&Tear) stretching of endothelial cells from the inner surface of blood vessel -> collagen fibers are exposed -> thrombus is formed.

Back

Mitral Stenosis

Front

Thrombosis formed in chambers of the heart

Back

Menorrhagia

Front

Too much blood loss during menstruation

Back

Christmas Disease

Front

Hemorrhage into large joints (Only develops in males but the genes is held only in the females)

Back

Section 2

(50 cards)

Cheilosis

Front

Cracks in the corner of the mouth

Back

Oxygen-delivering Capacity of blood

Front

Back

White infarct

Front

Develops in tissues the have one blood vessel supply

Back

Function of Thiamine

Front

Promotes normal nerve conduction in peripheral nerves

Back

Glossitis

Front

inflamed tongue (Always associated cheilosis)

Back

Anemia

Front

Group of disorders characterized by decreased amount of red blood cells or hemoglobin or both.

Back

Deficiency of Niacin

Front

Decreased production of lipoproteins (LDL's)

Back

Lungs

Front

Location of secondary malignant tumor

Back

Superficial Interstitial Keratitis

Front

Riboflavin deficiency, a capillary net forms around & penetrates the cornea. Resulting in inflammation and damage. As cornea heals, fibrosis & loss of vision results.

Back

Thiamine Deficiencies can develop in:

Front

Alcoholism First trimester of pregnancy Rapidly growing teenagers Diarrhea

Back

Bacterial Endocarditis

Front

Formation of bacterial growth in the hearth MC cause of ischemic hemorrhagic stroke.

Back

Casal's Necklaces

Front

A Dermatitis associated with pellagra a niacin deficiency.

Back

Embolism

Front

Abnormal mass moving with the bloodstream; anything in the blood circulation except RBC WBC & Platelets is considered...

Back

Air Embolism

Front

Increase Gas within vessels which Increases BP -> occlusion of blood flow

Back

Vasodilation

Front

Niacin is used in medicine for... (nitroglycerine treatment)

Back

B3

Front

Niacin, nicotine's acid, nicotinamide

Back

Wet Beriberi

Front

Enlargement of the heart( Distention of the chambers) Thinning of heart muscles(weakness of heart muscles) Peripheral Vasodilation = Serious impairment of the cardiovascular system -> cardiac failure

Back

Temporal Arteritis

Front

MC type of vasculitis; aka giant cell arteritis aka Horton's Disease aka Granulomatous.

Back

Beriberi

Front

thiamin deficiency

Back

paraesophageal hernia

Front

Stomach herniates up through the diaphragm into thoracic cavity; causing increase of hydrostatic pressure in the veins = the arteries thus causing Stasis.

Back

Wet Beriberi characterized by

Front

Pitting edema Dyspnea (shortness of breath) Peripheral Vasodilation

Back

Dilated Cardiomyopathy

Front

Aka Wet Beriberi

Back

Gliosis

Front

Process of the formation of the neuroglia

Back

Venous Thromboembolism

Front

Legs (any area of low BP)-> right side of heart-> lungs -> lung capillaries-> blood flow obstruction-> lung infraction

Back

Wernicke Encephalopathy

Front

Affects mammillary bodies in the brain (atrophy)

Back

Pellagra

Front

Niacin deficiency that is characterized by the "3 Ds". (Dermatitis-> Diarrhea-> Dementia...-> Death)

Back

Sheehan's Syndrome

Front

Aka postpartum syndrome; hemorrhage of the uterus during delivery causes vasoconstriction throughout body -> infarction of the venous plexus.

Back

Red infarct

Front

Stroke; when tissue have a supply of 2+ blood vessels.

Back

Giant cell arteritis

Front

Acute or chronic thrombosing often granulomatous inflammation of brittle and small size arteries

Back

Wernicke Encephalopathy characterized by:

Front

Psychological problems: disorientation, global confusion Ophthalmoplegia: paralysis of one or more eye muscles, irregular eye movements.

Back

Arterial embolism

Front

Left atrium -> left ventricle -> aorta -> richly blood supplied organs

Back

Vertebral, Ophthalmic, and Superficial Temporal Arteries

Front

MC involved in giant cell arteritis vasculitis (Mc in males)

Back

Tissues innate vulnerability to hypoxia

Front

(Most) brain, heart, lungs, kidney, liver (least)

Back

B2

Front

Riboflavin

Back

Korsakoff's Pyschosis

Front

Anterograde& retrograde Amnesia Inability to acquire new information Confabulation (People lie & talk too much)

Back

Dry Beriberi

Front

Myelin degeneration causing symmetrical peripheral polyneuropathy; characterized by: Wrist drop Foot drop Great toe drop

Back

B1

Front

Thiamine

Back

Cause of deficiency of thiamine

Front

Demyelinated nerve fibers

Back

Thromboembolism

Front

MC type of embolism MC cause of infarction Piece of thrombus breaks of vessel wall and flows into circulation and can occlude small capillaries.

Back

myocardial infarction

Front

Mc cause of Basilar artery thrombus

Back

Fat embolism

Front

Results in the release of the yellow bone marrow from a fracture of the long bones, enters venous circulation and ending in a result purpuric brain hemorrhages ( must survive first 2 days)

Back

Anastomoses

Front

The union of branches of two or more arteries supplying the same region.

Back

symptoms of riboflavin deficiency

Front

Cheilosis Cheilitis Glossitis Superficial interstitial Keratitis Dermatitis: nasolabial folds, behind ears, groin

Back

ariboflavinosis

Front

riboflavin deficiency

Back

How niacin is produced

Front

Via normal gut flora from tryptophan

Back

Cheilitis

Front

chapped lips

Back

Corticosteroids therapy

Front

Treatment for Polymyalgia rhenumatica

Back

Polymyagia Rheumatica

Front

Women > 50 Shoulder and pelvic girdle pain Increased ESR Temporal Arteritis Low dose prednisone

Back

Neuroglia

Front

Connective tissue that is located in the brain; doesn't contract.

Back

Vasculitis

Front

inflammation of vascular wall

Back

Section 3

(9 cards)

Dementia

Front

Degeneration of the cortical Neurons

Back

Glove and Stocking Lesions

Front

A Dermatitis associated with pellagra a niacin deficiency.

Back

Diarrhea (in association pellagra)

Front

Atrophy of epithelial cells of intestinal mucosa with the involvement of submucosa layers.

Back

Symptoms associated with Pyridoxine

Front

Increased slouching of epithelial cells Nidus Seborrheic dermatitis Peripheral polyneuropathy Cheilosis/cheilitis Glossitis Convulsions

Back

Pyridoxine

Front

Vitamin B6 (for proper brain development & function, also helps make serotonin & norepinephrine).

Back

Nidus

Front

Organic core for FUTURE formation of urinary stones ( in the case of pyridoxine deficiency, a clump of epithelial cells from inside the bladder).

Back

Folic Acid

Front

Vitamin B9

Back

Seborrheric dermatitis

Front

Dandruff, Scaly and greasy squamous epithelial cells

Back

Deficiency of Folic Acid

Front

Cheilosis Cheilitis Glossitis

Back