card-3216_Biochemistry expert scientific with eyeglasses
Digital innovation

Driving operational improvements and quality of our services

Learn more
card-3210_Laboratory technicians conduct a series of tests on a chemical analyzer
Science Innovation

Uniquely positioned to shape, validate, and deliver biomarker assessments that strive to improve patient outcomes across diverse Therapeutic Areas

Learn more
card-3242_Scientist using tablet while colleagues working behind
Download our Corporate brochure

We are IQVIA Laboratories, a leading clinical trial laboratory services organization with end-to-end laboratory services and secure, enterprise-wide biospecimen and consent management solutions.

Download
card-3233_Laboratory scientist working at lab with micropipette, and 96 well plate
Corporate Video

Our commitment to customer success is embedded in every facet of our operations.

Learn more
card-3210_Laboratory technicians conduct a series of tests on a chemical analyzer
Science Innovation

Uniquely positioned to shape, validate, and deliver biomarker assessments that strive to improve patient outcomes across diverse Therapeutic Areas

Learn more
card-3216_Biochemistry expert scientific with eyeglasses
Digital Innovation

Driving operational improvements and quality of our services

Learn more
English You are about to exit for another IQVIA country or region specific website Please be aware that the website you have requested is intended for the residents of a particular country or region, as noted on that site. Ok Open in new tab Search

Insight

Genomic Based Solutions for Your Immuno-oncology Drug Development Needs

Genomics-based biomarker approach
Home / Insights / Genomic Based Solutions for Your Immuno-oncology Drug Development Needs

Authors:
Wendell Jones, Ph.D., Principal Bioinformaticist and Scientific Advisor, IQVIA Laboratories
Patrick Hurban, Ph.D., Senior Director and Global Head, Translational Genomics, IQVIA Laboratories

 

Comprehensive genomic strategies are needed to support immuno-oncology clinical development programs. Genomics is a key tool that such programs can embrace to help understand and elucidate the individual response signatures to immuno-oncology therapies. Given the advent of a myriad of combination studies with additional biological complexity, genomics can play a key role in understanding T-cell functions and tumor factors that contribute to efficacy, safety and resistance outcomes. Such applications can include baseline assessments prior to therapy to drive patient selection but also longitudinal sampling to monitor treatment response by examining the genetic signatures over time.

Complete the form below to access this insight brief