Learn More
Novacyt - Microgen Bioproducts PathFlow Infectious Mononucleosis Test Kit
Microgen Bioproducts PathFlow Mononucleosis is a qualitative, lateral flow immunoassay for the detection of Infectious Monocucleosis (IM) heterophile antibodies in whole blood, serum or plasma. Also known as glandular fever, is caused by the Epstein-Barr virus, a member of the herpes virus family.
Marca: Novacyt - Microgen Bioproducts M120CE
Descrizione
Qualitative detection of Infectious Mononucleosis from whole blood, serum or plasma patient samples
- A complete detection system, no additional reagents required
PathFlow™ Mononucleosis allows for the differential diagnosis of Infectious Mononucleosis in cases where it may otherwise be diagnosed as cytomegalovirus infection, or streptococcal pharyngitis. Although cytomegalovirus infection is normally managed in much the same way as IM, in pregnant women it can have a very different outcome for the mother’s unborn child. Also, diagnosis of IM can prevent the over-prescribing of antibiotics that are usually offered as a result of streptococcal pharyngitis.
- Simple to use, only two steps involved
- Rapid – result offered. Available after 5 minutes or within 5 - 10 minutes
- Works on multiple sample types
- In-built procedural control
- Includes both positive and negative control materials
- Can be used for primary screening or confirmatory purposes
Specifica
ISO13485 ISO9001 | |
M120c Positive Control 0.5 mL, M120d Negative Control 0.5 mL | |
Non-waived | |
4 x bottles and test slide | |
>97.6% | |
In Vitro Detection of Heterophile Antibodies Associated with Infectious Mononucleosis in Human Serum or Plasma Samples. | |
25 Tests | |
Animal | |
10 mL | |
Guinea Pig Kidney antigen, Ox Cell antigen and Horse Cell Reagent | |
Eukaryota |
2°C to 8°C, freeze (at -20°C for longer storage) | |
Yes | |
Bovine Erythrocytes | |
Human serum or plasma samples | |
Test Kit | |
White Glass Test Slide (Provided) | |
1/Test | |
Carton with Insert vial box | |
Horse Cell Reagent | |
0.978 | |
1 Minute |