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
Inorganic substance of urine Major Minor
Na K Chloride Mg Ca Fe
26
Other substances in Urine
Hormones Drugs Vitamins Enzymes
27
Formed elements in urine
Cells Casts Crystals Mucus Bacteria
28
Study of kidney
Nephrology
29
Proximal convulated tubule filter how (Much/Many) during tubular reabsorption
Filter 65% sodium and water reabsorbed in the body
30
Passive reabsorption
Distal convulated tubule
31
product of the objective/occular lenses
total magnification
32
how close/near to the object
resolution
33
image continue to enlarge but no additional detail resolved
Empty magnification
34
distance of the object (lens) center point to parallel lines
focal lenght
35
distance between front edge objective lens and specimen surface
working distance
36
object stays focused when changing objectives
parfocal