MIT Researchers Find a More Precise Way to Edit the Genome
Massachusetts Institute of Technology
MIT researchers have dramatically lowered the error rate of prime editing, a technique that holds potential for treating many genetic disorders
Genome
New CRISPR Toolkit to Allow Remote-Controlled Genome Editing
University of Southern California
USC Viterbi biomedical engineers harness focused ultrasound to revolutionize CRISPR’s capabilities to treat countless diseases
New HIV Panel Aims to Advance Virology Research
Integrated DNA Technologies
The new test panel provides a single-tube, 2.5-hour workflow designed to enable detection down to 1,000 viral genome copies
New Mayo Clinic Technology Helps Solve the Unsolvable in Rare Disease Diagnoses
Mayo Clinic
While manual reanalysis takes weeks, the new technology took from 10 seconds to 1.5 hours to reanalyze each unresolved case
Labcorp Accelerates Molecular Residual Disease Research
LabCorp
The Plasma Detect™ is the first clinically validated, whole-genome sequencing MRD solution for early-stage colon cancer
An AI-Based, User-Friendly Software Accurately Predicts Diseases
Rutgers University
Novel software analyzes the human genome to identify disease-causing biomarkers
PangenomiX Array Supports Population-Scale Disease Studies
Thermo Fisher Scientific
Most comprehensive and ethnically diverse genomic coverage for multi-disease and pharmacogenomic research
2024 Cancer Research & Diagnostics Digital Forum
Today's Clinical Lab
Join Today's Clinical Lab and our experts for our Cancer Research & Diagnostics Digital Forum on June 18, 2024
December 6, 2023: Cancer & Genomics Digital Forum
Today's Clinical Lab, Watchmaker Genomics, The Joint Commission
Join Today's Clinical Lab and our speakers for our Cancer & Genomics Digital Forum on December 6, 2023
WHO’s Technical Advisory Group on Genomics Meets for the First Time
World Health Organization
The TAG-G will convene twice–thrice a year, at least once in person, to collaborate and drive the mission