Cytology Assay Reagent TCT Detection Kit With All Optional Consumables

ICC TCT DETECTION KIT

Product Introduction

TCT examination is the abbreviation of liquid-based thin-layer cell detection. Using a liquid-based thin-layer cell detection system to detect cervical cells and carry out cytological classification diagnosis. Compared with the film examination, the satisfaction of the specimen and the detection rate of abnormal cervical cells were significantly improved. At the same time, some precancerous lesions and microbial infections such as molds, trichomoniasis, viruses, and chlamydia can also be found.

Components

• Cell Preservation Solution
• PAP Staining Reagent
• Glass Slide​
• Cervical Brush
• Disposable rubber tip dropper
• Pipette Tip
• Filter

Product Information

Shenzhen Kisshealh Biotechnology Co., Ltd., located in the Pingshan District, Shenzhen, P.R. China. is a diagnostics company focused on the development and manufacture of IVD tests at the Point-of-Care with highly innovative proprietary technology.

We focused on the emerging markets of in vitro pathological diagnosis and immunodiagnosis. We developed, manufactured and successfully launched the in vitro immunodiagnosis platform for cancer and the POCT for infectious, genetic and chronic diseases.

<span style="color: rgb(33, 33, 33); text-transform: none; text-indent: 0px; letter-spacing: normal;" initial;"="" initial;="" 0px;="" normal;="" 255);="" 255,="" rgb(255,="" 2;="" !important;="" inline="" none;="" 600;="" 14px;="" sans-serif;="" arial,="" roboto,="" w3",="" gb="" sans="" "hiragino="" gb",="" hei",="" micro="" "wenquanyi="" sans",="" "droid="" arimo,="" freesans,="" yahei",="" "microsoft="" helvetica,="" grande",="" "lucida="" ui",="" segoe="">At Kissh we work every day to shape the future of in-vitro diagnostic testing. And our people are our best asset, the reason for our track record and our strength while we are moving forward. We live by our fundamental values and incorporate them in everything that we do. Our best asset is ‘Step Forward Every Second’