Feline Parvovirus/Feline Coronavirus (FPV/FCoV) Dection kit

(Real time PCR Method)

Intended use:

This kit is suitable for the specific detection of feline parvovirus (FPV) and feline coronavirus (FCoV) in cat feces samples.

Principle:

Under the action of high-efficiency reverse transcriptase, cDNA strands complementary to RNA template were synthesized with PRIMER as starting point and RNA template as template. Choose feline parvovirus and coronavirus conservative design specific gene probe, the probe can with primer amplification area in the middle of a specific binding DNA template, in the process of PCR extension, the circumscribed Taq polymerase enzymes from the 5 'end of fluorescent groups on the probe will be cut down, make it free in the reaction system, thereby quenching groups out of the 3' end, The nucleic acid of feline parvovirus and feline coronavirus can be detected by fluorescence PCR instrument in the totally closed reaction system.

Main components:

Sample requirements:

1. Sample type

Cat faeces samples

2. Sample collection and transportation

Sample collection and transportation shall be carried out in accordance with NY/T 541. Samples shall be transported to the laboratory as soon as possible under refrigerated conditions to avoid repeated freeze-thaw.

3. Sample preservation

It can be stored for 24 hours at 2℃~8℃, and can be stored for a long time at -70℃.

Using Micgene 242/244/244IVD and ABI QuantStudio5:

PCR amplification and fluorescence Detection (PCR detection area)

Put each reaction tube into the PCR instrument and perform PCR amplification according to the following procedures:

FAM and VIC/HEX are selected for detection channels.

The results of interpretation

Note: "+" means positive, "-" means negative

Positive judgment value or reference interval

Note: The result is judged to be grey area, which needs to be rechecked. If the recheck result is Ct value < 45 is considered as positive, and no Ct value or Ct value ≥45 is considered as negative.

Operation details please check from IFU!