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TriPHAN - Erba Lachema sro

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Diagnostic test strips for urine analysis<br />

Product webpage<br />

Test Strips<br />

for Urine Analysis<br />

1. Use only fresh, well-stirred urine. 2. Take out the strip from the tube. 3. Close the tube carefully,<br />

the desiccant protects<br />

the strips against air moisture.<br />

4. Dip the strip briefly (2-3 seconds)<br />

into the examined urine.<br />

5. Take out the strip and remove<br />

the excess urine from the strip.<br />

Wipe the rim of the strip on the<br />

container and cellulose cotton<br />

woole (do not wipe the test area).<br />

6. After the indicated reaction time<br />

has elapsed (see instructions)<br />

compare the colour of the test area<br />

with colour chart on the label.<br />

CAUTION<br />

• Keep the diagnostic strips in their original vials only, always well recapped.<br />

• Keep the vials with strips in a dry and dark place at the temperature<br />

+2 to +30 °C (not in refrigerator).<br />

• Protect the strips from moisture, direct sunlight,<br />

high temperature and chemical fumes (vapours).<br />

• Remove only enough strips for immediate use during testing<br />

and close the tube immediately and carefully.<br />

• Do not touch the indication areas of the strip.<br />

• Do not remove desiccant.<br />

<strong>Erba</strong> <strong>Lachema</strong> s.r.o.<br />

Karásek 1d, 621 33 Brno, Czech Republic<br />

Tel.: +420 517 077 111, fax: +420 517 077 077<br />

E-mail: diagnostics@lachema.com<br />

www.erbalachema.com<br />

Contact info / map<br />

Quick Overview<br />

of Patient‘s Health<br />

PHAN1010005EN


Regent pad Abbreviation Units Time<br />

of<br />

evaluation<br />

after<br />

Diagnostic Test Strips PHAN ® for urine analysis<br />

Colour scale Principle of the test Sensitivity<br />

Specificity<br />

SI<br />

Conv.<br />

Ascorbic Acid<br />

Interference<br />

Other<br />

Diagnostic Test Strips PHAN®<br />

for urine analysis<br />

Haemoglobin<br />

Erytrocytes<br />

Ketone KETO mmol/l<br />

mg/dl<br />

Bilirubin<br />

Urobilinogen<br />

HEMO Ery/µl ca 60 s oxidation of<br />

chromogene by the<br />

organic hydroperoxide<br />

in the present of the<br />

haemoglobine<br />

ca 60 s<br />

sodium nitropruside<br />

in the alkaline buffer<br />

(Legal‘s test)<br />

BILI arb.u. ca 60 s reaction of the<br />

diazonium salt in the<br />

acidicsurroundings<br />

UBG<br />

µmol/l<br />

mg/dl<br />

ca 60 s<br />

reaction of the diazonium<br />

salt in the acidic<br />

surroundings<br />

5 Ery/µl specific for haemoglobin<br />

and myoglobin<br />

0,1 - 0,2<br />

mmol/l<br />

4,3 - 5,2<br />

µmol/l<br />

6,0 µmol/l<br />

1,0 - 2,0 mg/dl high for acetoacetic acid,<br />

low for aceton, none for<br />

butyric acid<br />

0,25 - 0,30 mg/dl specific for conjugated<br />

bilirubin<br />

0,35 mg/dl<br />

urobilinogen and<br />

sterkobilinogen<br />

extremely high SG<br />

drugs and diagnostics on the bases of<br />

phenolphtalein or sulphophtalein<br />

high concentration of UBG and light<br />

phenazopiridine, bilirubin and light<br />

GlukoPHAN<br />

HemoPHAN<br />

KetoPHAN<br />

AlbuPHAN<br />

pck<br />

50<br />

50<br />

50<br />

50<br />

LEU<br />

NITRI<br />

pH<br />

PRO<br />

• •<br />

GLU<br />

UBG<br />

•<br />

BILI<br />

KETO<br />

HEMO<br />

•<br />

ASCO<br />

•<br />

SG<br />

MICROALB<br />

CREA<br />

Glucose<br />

Protein<br />

pH<br />

GLU<br />

PRO<br />

pH<br />

mmol/l<br />

g/l<br />

mg/dl<br />

ca 60 s<br />

ca 60 s<br />

ca 60 s<br />

enzymatic reaction<br />

- glucosoxidase,<br />

peroxidase, chromogene<br />

protein error of pH<br />

indicator - mixed<br />

acidobazic indicator<br />

changes the colour in the<br />

present of proteins<br />

the mixed acidobazic<br />

indicator<br />

0,9 mmol/l<br />

0,15 g/l<br />

16 mg/dl<br />

15 mg/dl<br />

specific for D-glucose<br />

specific for albumin<br />

Nitrites NITRI ca 60 s modified Griess‘ reaction 11 mmol/l 0,05 mg/dl specific for nitrite<br />

(70% of bacteriuria)<br />

All pads are protected<br />

against common<br />

concentrations<br />

of ascorbic acid.<br />

traces of detergens on the bases of peroxides<br />

and oxidazing agens<br />

drugs on the bases of quinine and quinoline,<br />

alkaline urine with pH > 8, traces of<br />

detergens and disinfectans on the bases of<br />

quarternaryammonium salt and urine with the<br />

high buffer capacity<br />

foreign substances on the alkaline and/or acidic<br />

bases, old urine with pH about 9<br />

diuresis and phenazopyridine<br />

DiaPHAN<br />

IktaPHAN<br />

<strong>TriPHAN</strong><br />

TetraPHAN Dia<br />

NefroPHAN<br />

leuco<br />

50<br />

50<br />

50/100<br />

50<br />

50<br />

• • •<br />

• •<br />

• •<br />

• • •<br />

• • • •<br />

•<br />

•<br />

Ascorbic Acid ASCO mmol/l ca 60 s reduction of<br />

mg/dl<br />

molybdophosphoric acid<br />

into molybdenum blue<br />

Specific Gravity SG ca 60 s the colour change of<br />

acidbase indicator depend<br />

on ion exchange<br />

Leukocytes LEU Leu/µl ca 120 s enzymatic reaction -<br />

esterase splits substrate<br />

into free indoxyl, which<br />

reacts with diazonium salt<br />

Mikroalbumine MICROALB g/l ca 60 s acidobasic indicator<br />

mg/l<br />

changes the colour in the<br />

present of albumine<br />

0,2 - 0,3<br />

mmol/l<br />

3.0 - 5,0 mg/dl non specific oxidationreduction<br />

reaction<br />

10 Leu/µl granulocytes<br />

and histiocytes<br />

0,03 g/l 30 mg/l specific for albumine<br />

reducing agens present in the urine<br />

pH > 6,5<br />

alkaline pH, higher SG and high concentration<br />

of bilirubin increases the intensity of colour<br />

reaction<br />

drugs on the bases of quinine and quinoline,<br />

alkaline urine with pH > 8, traces of<br />

detergens and disinfectans on the bases of<br />

quarternaryammonium salt and urine with the<br />

high and urine with a high buffer capacity, high<br />

concentration of creatinine (>26.5 mmol/l)<br />

PentaPHAN<br />

HexaPHAN<br />

HeptaPHAN<br />

NonaPHAN SG<br />

DekaPHAN<br />

leuco<br />

UndekaPHAN<br />

Microalbu PHAN<br />

50<br />

50/100<br />

50/100<br />

50<br />

50/100<br />

50<br />

50<br />

• • •<br />

• •<br />

• • • • • •<br />

• • • • • • •<br />

• • • • • • • • •<br />

• • • • • • • • • •<br />

• • • • • • • • • • •<br />

• •<br />

Creatinine CREA mmol/l ca 60 s Benedict-Behres‘ reaction 0,4 mmol/l 0,04 g/l specific for creatinine<br />

g/l<br />

urine with high buffer capacity decrease<br />

intensity of colour, high concentration<br />

of acetoacetic acid (>50 mmol/l)

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