Details

Description

Hepatitis B virus (HBV) infection remains a global public health problem with changing epidemiology due to several factors including vaccination policies and migration. An estimated 257 million people are living with hepatitis B virus infection (defined as hepatitis B surface antigen positive). But there is still limited access to diagnosis and treatment of hepatitis Bin many resource-constrained settings. In 2015, of the 257 million people living with HBV infection, 9% (22 million) knew their diagnosis. Of those diagnosed, the global treatment coverage was only 8% ( 1.7 million). Many people are diagnosed only when they already have advanced liver disease. In May 2016, The World Health Assembly adopted the first “Global Health Sector Strategy on Viral Hepatitis, 2016-2020”. The strategy has a vision of eliminating

viral hepatitis as a public health problem antithesis encapsulated in the global targets of reducing new viral hepatitis infectionsby90%and reducing deaths due to viral hepatitisby65%by2030.

Sansure has developed Hepatitis B Viral DNA Quantitative Fluorescence Diagnostic Kit (fastHBV) with the foresight which agrees with WHO to provide patients living with HBV infection with an affordable, accessible and sustainable alternative to diagnose HBV, monitor disease progression, and assess the stage of  liver disease and eligibility for treatment

Product Performance

  • Methodology: One-tube technology
  • Sample Type: Serum, plasma
  • Sample Input Volume: 5 µI
  • Genotype detection: HBV genotypes A-H
  • Linear Range: 500 IU/ml-Sx l0
  • Sensitivity:  100 IU/ml

Features & Advantages

  • Easy-to-use
  • Rapid Turn-around Time
  • Sustainable Alternative to Monitor Vival Load
  • Rapid Turn-around Time
  • Full Automation Enabled

Application

  • It can be used for fast screening of HBV infection with shorter turnaround time and lower cost as to raise awareness, prevent transmission, and enable treatment at earlier disease stage.
  • It can be used for fast and reliable diagnosis of HBV infection.
  • It provides the patients with chronic HBV infections with an affordable, accessible and sustainable alternative to monitor virological response during therapy as to guide clinical medication
  • It can be used to assist drug development and academic research

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