Module 2 Flashcards

1
Q

a watery, typically yellowish fluid stored in the bladder and discharged through the urethra.

A

urine

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2
Q

Identification of insoluble solutes in urine

A

microscopIc examination

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3
Q

Discovery of albuminuria by boiling urine

A

FREDERIK DEKKERS

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4
Q

Published a book revealing how charlatans were able to predict the patient’s health without medical credentials.

A

THOMAS BRYANT

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5
Q

His method of quantifying microscopic sediment

A

THOMAS ADDIS

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6
Q

He introduced the concept of urinalysis as part of the doctor’s routine patient examination in 1827.

A

RICHARD BRIGHT

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7
Q

1694
Taste testing and Ant testing was used to test sugar before.

A

FREDERIK DEKKERS

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8
Q

Presence of Albumin

A

White
Cloud-like flocculates

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9
Q

Urine is composed of

A

95% water and 5% solutes.

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10
Q

Major organic component of urine

A

UREA

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11
Q

Product of nucleic acid breakdown

A

URIC ACID

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12
Q

Raises specific gravity by hydrometer
Precipitates amorphous phosphates and urates

A

Refrigeration at 2-8 OC

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13
Q

Good preservative for sediments but precipitates proteins and acts as reducing agents

A

FORMALIN

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14
Q

Preserves ketones, proteins and reducing substances

A

TOLUENE

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15
Q

Preserves glucose and sediments well
Interfere with acid precipitation tests for protein, but it does not interfere with reagent strip test for protein.

A

THYMOL

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16
Q

Used for inhibiting bacterial growth
Inhibit bacterial growth

A

CHLOROFORM

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17
Q

Preserves sediments but interferes with pH readings

A

BORIC ACID

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18
Q

May precipitate crystals when used in large amounts

A

BORIC ACID

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19
Q

Specimen stability for transport 72 hours
If not protected from light will yield erroneous BILIRUBIN & UROBILINOGEN results

A

CHLORHEXIDINE

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20
Q

For drug analysis

A

SODIUM FLUORIDE

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21
Q

Does not interfere with routine test
Causes an odor change
Use 1 drop per ounce/ml of specimen

A

PHENOL

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22
Q

Urine is collected by passing through a hollow tube inserted through the urethra into the bladder

A

CATHETERIZED SPECIMEN

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23
Q

Introduction of needle through the abdomen into the bladder

A

SUPRAPUBIC ASPIRATIOM

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24
Q

Used to determine prostatic infections

A

THREE GLASS COLLECTION

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25
Clean plastic bags with hypoallergenic skin adhesive
PEDIATRIC SPECIMEN
26
Most convenient but prone to erroneous results Most common specimen submitted and examine in the laboratory
RANDOM SPECIMEN
27
Ideal for routine urinalysis because it is more acidic and concentrated
First morning Midstream Clean Catch Specimen
28
Used in measuring exact amount of a urine chemical
24-Hour Urine Specimen or Timed Specimen
29
Sample taken after eating
2-3 Hours Postprandial Specimen
30
Used if patient is having difficulty in voiding
CATHETERIZATION
31
For routine urinalysis, ___ recommended volume for analysis
10-15 ml
32
Following collection, specimens should be delivered to the laboratory promptly and tested within ___
1-2 hrs.
33
What happens in unpreserved urine?
LOW clarity, glucose, ketones, bilirubin, urobilinogen, formed elements
34
No visible particulates, transparent
CLEAR
35
few particulates, print easily seen through urine
HAZY
36
many particulates, print blurred through urine
CLOUDY
37
may precipitate or be clotted
MILKY
38
is the chemical primarily responsible for the yellow color of urine.
UROCHROME
39
concentrated specimen, dehydration
DARK YELLOW
40
oxidation of bilirubin to biliverdin
YELLOW-GREEN
41
Intact RBCs, hemoglobin, myoglobin, porphyrins, beets, menstrual contamination
PINK OR RED
42
methemoglobin, homogentisic acid, melanin, argyrol methyldopa, levodopa,metronidazole
BROWN/BLACK
43
Pseudomonas infection, amitriptyline, methocarbamol, clorets, indican, methylene bluemetabolism
GREEN, BLUE-GREEN
44
presence or Porphyrin (in porphyria)
PORT WINE
45
normal pink colored pigment, most evident in specimens that have been refrigerated, resulting in the precipitation of amorphous urates.
UROERYTHRIN
46
oxidation product of the normal urinary constituent urobilinogen, imparts an orange-brown color to urine that is fresh.
UROBILIN
47
The range for a 24-hour urine specimen is___
1.015-1.025.
48
The resulting product called glomerular filtrate has a specific gravity of ___.
1.010
49
The SG of urine is 1.010 Indicates poor tubular reabsorption
ISOSTHENURIA
50
The SG of urine is below 1.010
HYPOSTHENURIA
51
Specific Gravity can be measure using:
Urinometer Refractometer Harmonic oscillation densitometry Urine reagent strips
52
Consist of a weighted float attached to a scale that has been calibrated in terms of urine specific gravity
URINOMETER
53
CALIBRATION TEMP. OF URINOMETER
20C
54
Protein
subtract 0.003 for every g/dL
55
Glucose
subtract 0.004for every g/dL
56
Determine the concentration of dissolved particles in a specimen. It does this by measuring the refractive index.
REFRACTOMETRY
57
REFRACTOMETER REFRACTIVE INDEX
15 C TO 30C
58
Cessation of urine flow
ANURIA
59
Rotten fish/Galunggong
Trimethylaminuria
60
Sweaty feet
Isovaleric acidemia
61
Mousy
Phenylketonuria
62
Cabbage
Methionine malabsorption
63
Bleach
CONTAMINATION
64
Sulfur
Cystine disorder
65
Ranci
Tyrosinemia
66
Mercaptan
asparagus, garlic, and eggs
67
Fecaloid
Recto-vesicular fistula