non-blood Flashcards

1
Q

liquid or semiliquid substances produced by the body

  • found within various organs and body spaces
A

Non-blood specimens

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2
Q

Non-blood specimens examples

A

urine
saliva
CSF
bone marrow aspirate
amniotic fluid
breath samples
. synovial fluid
tissue specimens
serous fluids
feces/stool
sputum
oropharyngeal swab and
nasopharyngeal swab
semen

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2
Q

Roles of the phlebotomist:

A
  • Specimen collection
  • Gives instruction
  • Labeling or transporting the specimens to the laboratory
  • Processing
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3
Q
  • Labeling or transporting the specimens to the laboratory
A
  • verify proper labeling before accepting a specimen for
    transport
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4
Q

Specimen collection

A
  • throat swab collection
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5
Q

Gives instruction

A
  • Urine collection
  • Stool/feces collection
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6
Q
  • Processing
A

accessioning and preparing the specimen for testing

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7
Q

Labeling

A

*Name, date and time of collection
type and/or source of the specimen

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8
Q

labelling rules

A

pasted on the container, not the lid
* various handling requirements
* all body substances are potentially infectious
* standard precautions must be observed

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9
Q

Most frequently analyzed non-blood body fluid

A

Urine

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10
Q
  • Readily available, easy to collect, & inexpensive to test
A

Urine

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10
Q

URINE Its analysis can aid in:

A
    1. Monitoring wellness
    1. Diagnosis & treatment of UTI
  • 3 Detection & monitoring the progress of treatment in
    metabolic disease
  • 4 Determining effectiveness or complications of
    therapy
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11
Q

Urine
* Accurate results depend on:

A
  • collection method
  • container used
    *specimen transportation and handling
  • timeliness of testing
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12
Q

*screens for urinary and systemic disorders
* part of a physical examination

A

Routine Urinalysis (UA)

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12
Q
  • most commonly requested urine test
A

Routine Urinalysis (UA)

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13
Q

Physical analysis/ macroscopic observation

A
  • Color
  • Clarity
  • Specific gravity (SG)
    (urinometry and refractometry methods)
  • Odor
  • Volume
  • Osmolality (SG and osmolality indicate urine conc.)
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13
Q

Routine urinalysis includes

A
  • Physical
  • Chemical
  • Microscopic analysis of the urine specimen
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14
Q

contains pads impregnated with test reagents

A

Routine Urinalysis (UA)
* II. Chemical analysis

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15
Q

what indicate urine conc

A

SG and osmolality

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16
Q
  • plastic reagent strip (dipstick)
  • Special timing
A

Routine Urinalysis (UA)
* II. Chemical analysis

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16
Q

Routine Urinalysis (UA)
* II. Chemical analysis

A
  • Bacteria, bilirubin, blood glucose, ketones,
    leukocytes, nitrite, protein, and urobilinogen
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17
Q

Routine Urinalysis (UA)
* II. Chemical analysis measure?

A

pH and SG

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18
Q

Routine Urinalysis (UA)
* II. Chemical analysis Results are reported as

A

Negative, trace, 1+, 2+, 3+ , 4+

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19
Q

supernatant is discarded

A

Routine Urinalysis (UA)
*III. Microscopic analysis

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19
TRUE OR FALSE
READ EACH TEST AT THE APPROPRIATE TIME INTERVAL USING THE DIPSTICK ANALYSIS CHART (TESTS REQUIRE DIFFERING AMOUNTS OF TIME TO COMPLETE)
20
* urine is centrifuged
Routine Urinalysis (UA) *III. Microscopic analysis
21
* a drop of sediment is placed on a glass slide, covered with coverslip * examined under the microscope * cells, crystals, and microorganisms
Routine Urinalysis (UA) *III. Microscopic analysis
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23
transported to the laboratory promptly
Urine Collection
23
example of microscopic analysis
Calcium Oxalate Crystals Uric Acid Crystals Cystine Crystals Struvite Crystals
24
WBCs and bacteria in urine
UTI:
25
Urine Collection * room temp. & protected from light =up to ___ * Specimens held longer should be __
2 hrs ; refrigerated
25
Urine Collection culture & sensitivity (C&S)
sterile
26
Urine culture and sensitivity
* to confirm urinary tract infection (UTI) * measured urine on a special nutrient medium * incubate it for 18 to 24 hours (35- 37OC) * check for bacterial growth Significant: Bacterial Count > 100,000 cfu/ml
26
* Container: clear, dry * chemically clean * with tight-fitting lids
Urine Collection
27
If a microorganism is identified, a ____ is performed to determine which antibiotics will be effective against the microorganism
sensitivity or antibiotic susceptibility test
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* Papanicolaou (PAP) stain * presence of abnormal cells under a microscope
Urine Cytology Studies
28
* to detect cancer, cytomegalovirus, and other viral and inflammatory diseases of the UT *smear containing cells from the UT
Urine Cytology Studies
28
fresh clean-catch specimen * examined as soon after collection as possible
Urine Cytology Studies
29
Urine Cytology Studies preservation:
equal volume of 50% alcohol
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