New CRISPR-based diagnostic test detects pathogens in blood without amplification

New CRISPR-based diagnostic test detects pathogens in blood without amplification

Bioengineering professor and The Grainger College of Engineering's Dean, Rashid Bashir, led a team of researchers in a project that's resulted in new technology that offers rapid, highly sensitive detection of multi-drug-resistant bacteria and other pathogens at low concentrations.

New gene test detects pathogens in blood without amplification –...

Last Updated on March 16, 2025 by Team THIP New Delhi, March 16 (IANS) A team of researchers has developed a new gene-based technology that offers rapid, highly sensitive detection of multi-drug-resistant bacteria and other pathogens at low concentrations. This research was featured in an article in the Proceedings of the National Academy of Sciences […] The post New gene test detects pathogens in blood without amplification appeared first on TH…

New CRISPR-based diagnostic test detects pathogens in blood without amplification – RamaOnHealthcare

Bioengineering professor and The Grainger College of Engineering's Dean, Rashid Bashir, led a team of researchers in a project that's resulted in new

New CRISPR-Based Diagnostic Test Detects Pathogens in Blood Without Amplification

Bioengineering professor and The Grainger College of Engineering’s Dean, Rashid Bashir, led a team of researchers in a project that’s resulted in new technology that offers rapid, highly sensitive detection of multi-drug-resistant bacteria and other pathogens at low concentrations. This research was featured in an article in the Proceedings of the National Academy of Sciences of the United States of America (PNAS). Researchers designed a CRISPR-b

Breakthrough CRISPR Diagnostic Test Identifies Blood Pathogens Without

Bioengineering has reached a remarkable milestone with the groundbreaking research led by Rashid Bashir, a prominent professor and the Dean of The Grainger College of Engineering. This innovative research is centered around a novel CRISPR-based diagnostic technology designed to rapidly and sensitively detect multi-drug-resistant bacteria and various other pathogens, even at low concentrations. As the global threat posed by antibiotic-resistant i…