Skip to main content

Government Chemists Acquire New Machines to Enhance DNA Analysis

N

Nyakundi Report

Newsroom 2 min read

This archive report was first published on 29 August 2019.

The Government Chemists have acquired new hi-tech machines to enhance DNA analysis, reducing the time it takes to get DNA results. The 3500 Series Genetic Analysers installed in Nairobi, Kisumu, and Mombasa offices will help clear a backlog of cases pending due to lack of capacity.

Government Chemist Ali Gakweli revealed that they intend to work longer hours to clear the cases pending before courts, given that the new machines have larger capacity and can analyze many stains within a short time. The new machine can handle 24 stains within 45 minutes, compared to the earlier machine that could handle 16 stains in similar time.

According to Gakweli, the new machines will also enable them to open a new office in Isiolo to address cases in the northern region. However, they will need a steady flow of reagents to address the issues at hand.

The machines, valued at Sh40 million, are the first genetic analysers designed with a specific feature set and workflow for the Human Identification application. This means they can now conduct DNA analysis within a short period of time.

Interior Cabinet Secretary Fred Matiang'i unveiled the equipment and promised to enhance service delivery in government. The Government Chemist is now working with the Directorate of Criminal Investigation's forensic department to solve many unsolved cases, including murder, robbery with violence, rape, and housebreaking.

Be the first to react

Follow the next update

Build Nyakundi Report with us

Join the official channels for story alerts, video drops, and updates readers can forward. Call 0710 280 973.

Support

Support this reporting

M-Pesa support recorded against this story.

Send support →

Stay close

Get the briefing

Major updates by email. No spam.

Get email brief →

Share

Save share card

Download a clean portrait card for sharing.

Save image →