Two Potential Drug Targets Identified in Cervical Cancer Trial
NRG Oncology
ARID1A and PIK3CA could serve as potential targets for drug development
Bioinformatics
Can Clinical Flow Cytometry Gating Analysis Be Automated?
Zahraa Chorghay, PhD
Unsupervised and supervised algorithms can improve the efficiency and reproducibility of flow cytometric analysis
“Verkko” Assembles Complete Genome Sequences On-Demand
National Institutes of Health
New software tool finishes gapless sequence assembly in just a couple of days
Rapid NGS System to Improve AML Precision Treatment
The Journal of Molecular Diagnostics
Integrated genomics-based system detects some 92 percent genetic variants in validated assays
Targeting Disease-Linked Mutations by Using Focused Actionable Exome Sequencing
Today's Clinical Lab
Join Today's Clinical Lab and Peter Hahn, PhD, to learn about advantages of and approaches to exome sequencing for rare disease identification
How Can You Streamline Your Whole Exome Sequencing Workflow?
Today's Clinical Lab
Download this white paper to learn how to make your WES workflow more robust and cost-efficient
Convenient Diagnostics Reporting of NGS Data for Rare Cancers
Today's Clinical Lab
Download this application note to learn how to easily generate diagnostics reports for rare cancers using a comprehensive database
Comprehensive Oncologist-Ready Patient Reports at Your Fingertips
Today's Clinical Lab
Download this eBook to learn about clinical decision making for precision oncology using a curated, comprehensive database
qPCR Analysis Software Improves Molecular Diagnostics Turnaround Time
Today's Clinical Lab
Join Today's Clinical Lab and Pallavi Upadhyay, PhD, to learn about analysis software solutions for automating lab workflows to fulfill high testing demands while mitigating staffing issues
Identify Rare Cancer Mutations with Decision-Making Software
Today's Clinical Lab
Download this application note to learn how an comprehensive expert-curated database can support clinical decision-making