URINE INTRO Flashcards

1
Q

study of microscopes, their uses and their techniques of operation.

A

Microscopy

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2
Q

commonly used microscope

A

Bright-Field Compound Microscope

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3
Q

used to observe spirochetes in leptospiral or syphilitic infections

A

Dark-Field Microscope

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4
Q

used in the identification of malarial parasite

A

Fluorescent Microscope

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5
Q

used in the study of urinary sediments esp. in differentiating sodium urates and calcium phosphates

A

Polarizing Microscope

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6
Q

used in the study of urinary sediments, counting platelets and vaginal smears

A

Phase-Contrast Microscope

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7
Q

for wet preparations without need for special staining techniques

A

Nomarski Differential Interference Contrast Microscope

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8
Q

for research and special laboratory procedures

A

Electron Microscope

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9
Q

Gross or macroscopic, chemical and microscopic analyses of the different body fluids other than blood

A

CLINICAL MICROSCOPY

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10
Q

Composition of Urinary System

A

Kidneys
Ureters
Urinary baldder
Urethra

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11
Q

Parts of Kidney

A

Hilus
Renal Artery
Renal Vein
Medulla
Cortex
Renal pyramids
Renal columns
Nephron

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12
Q

glomerulus, renal tubule, collecting tubules

A

Nephron

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13
Q

specific gravity of glomerular filtrate

A

1.008-1.012

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14
Q

pH of glomerular filtrate

A

7.4 pH

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15
Q

Glomerular filtrate: cell-free, protein free, iso-osmotic with plasma, contains all the filterable mol.

A

Glomelular filtrate

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16
Q

Tubular reabsorption parts

A

Proxial convulated tube
Distal convulated tube

17
Q

Steps in urine formation

A

Glomerular filtration
Tubular Reabsorption
Tubular secretion

18
Q

vol. of blood that enter the renal arteries/minute (1200ml/min)

A

Total Renal Blood Flow

19
Q

portion of TRBF which actually passes thru the glomeruli and peritubular capillaries

A

Effective Renal Blood Flow

20
Q

rate at which blood passes thru the glomeruli to the capsule by filtration (120-130ml/min)

A

Glomerular Filtration Rate

21
Q

amount of plasma flowing thru the functional renal tissues/minute (660ml/min)

A

Effective Renal Plasma Flow

22
Q

Urine composition

A

97% Water
3% Solutes
Inorganic Substances
Other substances
Formed elements

23
Q

ratio of the amount of plasma filtered (ERPF) to the total blood plasma flow(GFR)

A

Filtration Fraction

24
Q

Solutes in urine

A

Urea
Organic substances:creatinine & uric acid

25
Q

Inorganic substance of urine
Major
Minor

A

Na K Chloride
Mg Ca Fe

26
Q

Other substances in Urine

A

Hormones
Drugs
Vitamins
Enzymes

27
Q

Formed elements in urine

A

Cells
Casts
Crystals
Mucus
Bacteria

28
Q

Study of kidney

A

Nephrology

29
Q

Proximal convulated tubule filter how (Much/Many) during tubular reabsorption

A

Filter 65% sodium and water reabsorbed in the body

30
Q

Passive reabsorption

A

Distal convulated tubule

31
Q

product of the objective/occular lenses

A

total magnification

32
Q

how close/near to the object

A

resolution

33
Q

image continue to enlarge but no additional detail resolved

A

Empty magnification

34
Q

distance of the object (lens) center point to parallel lines

A

focal lenght

35
Q

distance between front edge objective lens and specimen surface

A

working distance

36
Q

object stays focused when changing objectives

A

parfocal