quiz2 Flashcards

1
Q

recommended capacity of container

A

50 mL

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2
Q

needed for microscopic analysis

A

12 mL

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3
Q

How to label properly

A

Patients name and ID number and the date and time of collection

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4
Q

Increased analytes

A

Bacteria,Odor,Nitrate and pH

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5
Q

decreased analytes

A

Clarity,Glucose,Ketones,bilirubin,Urobilinogen, RBC and WBC casts and Trichomonas

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6
Q

bacterial multiplication, breakdown of ammonia to urea.

A

odor

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7
Q

Breakdown of ammonia to urea,loss of co2

A

pH

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8
Q

multiplication of nitrate reducing bacteria

A

nitrate

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9
Q

multiplication

A

bacteria

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10
Q

bacterial growth and precipitation of amorphous material

A

clarity

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11
Q

glycolysis and bacterial use

A

glucose

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12
Q

volatilization and bacterial metabolism

A

ketones

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13
Q

exposure to light/photooxidation to biliverdin

A

bilirubin

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14
Q

oxidation to urobilin

A

urobilinogen

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15
Q

disintegration in dilute alkaline urine

A

RBC AND WBC CASTS

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16
Q

loss of motility,death

A

trichomonas

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17
Q

time required for the specimen to be delivered and tested

A

2 Hours

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18
Q

Most routinely used preservation

A

refrigeration 2-8 degrees celsius

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19
Q

ideal preservative

A

-bactericidal
-inhibit urease
-preserve formed elements in sediment
-should not interfere with chemical tests

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20
Q

advantage: does not interfere with chemical tests
disadvantage:precipitates amorphous phosphates and urates

A

refrigeration

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21
Q

advatage: prevents bacterial growth and metabolism
disadvantage: interferes with drug and hormoje analyses

A

boric acid

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22
Q

advantage:excellent sediment preservative
disadvantage: acts as a reducing agent, interfering with chemical tests

A

formalin

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23
Q

advantage: good preservative for drug analyses
disadvantage:inhibits reagent strip tests

A

sodium fluoride

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24
Q

advantage: convenient when refrigeration not possible
disadvantage: check tablet composition

A

commercial preservative tablets

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25
contains collection cup
urine collection kits
26
advantage: sample stable at room tempt for 48 hours, revents bacterial growth and metabolism disadvantage: do not use if urine is below minimuk fill line
light gray and gray C&S TUBE
27
advantage: use on automated instruments disadvantage: must refrigerate within 2hours
yellow UA plus tube
28
advantage: stable for 72 hours disadvantage: bilirubin and ueobilinogen may decrease
cherry and yellow preservative plus tube
29
most commonly received specimen, may be collected at any time but actual time of voiding should be collected
random urine specimen
30
concentrated specimen
first morning
31
required when the concentration of the substance to be meassured changes with diurnal variations and with daily activities such as exercise.
24 hour ( TIMED )
32
collected under sterile conditions by passing a hollow tube (catheter) through the urethra into the bladder
catheterized
33
provides a specimen that is less contaminated by epithelial cells and bacteria more representative of the actual urine than the routinely voided specimen
mid stream clean catch
34
collected by external introduction of a needle through the abdomen into the bladder
SUPRAPUBIC ASPIRATION
35
-Prior to collection the area is cleansed using the male midstream clean-catch procedure. -First urine passed: collected in a sterile container. -Next, the midstream portion is collected in another sterile container. -Massage prostate prostate fluid will be passed with the remaining urine into a third sterile container
THREE GLASS COLLECTION
36
For collecting routine specimens: Soft, clear plastic bags with hypoallergenic skin adhesive to attach to the genital area of both boys and girls Sterile Specimens- obtained by catheterization/suprapubic aspiration
PEDIATRIC SPECIMEN
37
-Chain of custody (COC) is the process that provides this documentation of proper sample Identification from the time of collection to the receipt of laboratory results. -30-45 mL-recommended volume of specimen to be collected
DRUG SPECIMEN COLLECTION
38
ultrafiltrate of plasma
urine formation
39
average daily urine output
1200 ml
40
-Primary organic component -Product of protein and amino acid metabolism
urea
41
Product of creatine metabolism by muscles
creatinine
42
Product of nucleic acid breakdown in food and cells
uric acid
43
Primary inorganic component. Found in combination with sodium & many other inorganic substances
chloride
44
Primary from salt, varies by intake
sodium
45
Combined with chloride & other salts
potassium
46
Combines with sodium to buffer the blood
phosphate
47
Regulates blood and tissue fluid acidity
ammonium
48
Combines with chloride, sulfate and phosphate
calcium
49
decreased urine output
oliguria
50
oliguria; infant
<1 mL/kg/hr
51
oliguria; children
0.5 mL/kg/hr
52
oliguria; adult
<400 mL/day
53
excretion of more than 500 mL of urine at night at the specific gravity of 1.018
Nocturia
54
cessation of urine flow <100 mL/24 hrs
anuria
55
increase in daily urine volume
polyuria
56
polyuria; >2.5L/ day
adult
57
polyuria; 2.5-3 mL/kg/day
children
58
uroscopy
hippocrates
59
albuminuria by boiling urine
Frederick dekkers
60
published a book about " pisse prophets/charlatans "
thomas bryant
61
methods of quantitating urine sediment
thomas addis
62
introduced urinalysis as a part of doctor routine patient examination
richard bright
63
cystine calculi
william wollaston
64
urochrome
Ludwig Thudichum
65
alkapotnuria
archibald garrod
66
phenylketonuria
Ivan Folling
67
CSF
Domenico Cotugno