ESCMID 2024

Apr 27 - Apr 30, 2024 | Barcelona, Spain / Virtual (Hybrid)

Share this page

Close Tooltip
Copy Link Tooltip

Copy page URL

Assessing high throughput PCR for the detection of CMV infections in pregnancy & neonates

Authors Ngee Keong Tan

Published date19 June, 2024

Dr. Ngee Keong Tan has been exploring using the high throughput cobas CMV viral load test in identifying congenital CMV infections. The sample types best for this testing, such as urine, saliva and vaginal secretions, are more atypical than standard plasma, and he will briefly present the goals, challenges and outcome of recently published data that highlights the technical procedures and medical implications.

Welcome to Medically

The Roche Science Hub

This website is a non-promotional global resource intended to facilitate transparent scientific exchange regarding developments in medical research, diagnostics, and disease management.

Not a healthcare professional? Browse:

This website is a non-promotional global resource intended to facilitate transparent scientific exchange regarding developments in medical research, diagnostics, and disease management. This global website is intended for healthcare professionals outside the UK, US, Canada, and Australia. The content on this website may include scientific information about experimental or investigational compounds, indications, and services that are not approved or valid in your country. Registration status and prescribing information of medicinal products may differ between countries. Please refer to local product information for any medicinal products mentioned on this website. Information available on this website does not constitute professional medical advice, and Roche and Genentech accept no responsibility for access to or use of the same.

You are Leaving Medically

By following this link, you are leaving Roche Website and entering a site that is not owned or controlled by Roche. Roche does not take any responsibility for acces to or use of this website, nor for any content therein.

You are Leaving the Global Medically Site

By following this link, you are being redirected to another Roche page.