Insights On Trial Design

  1. Minimal Residual Disease Detection: Key Considerations For Clinical Development In Oncology

    Current MRD detection landscape, key considerations for each approach, and current advancements that will contribute to further improvements in MRD detection.

  2. The Power Of The Central Laboratory For Immuno-Oncology Drug Development

    Sponsors who partner with a global central laboratory should expect optimized outcomes resulting from a depth of immuno-oncology and technological expertise and harmonized processes.

  3. Advances In Seasonal Influenza Vaccine Development

    Learn 6 critical ways to keep track of the flu to optimize your seasonal flu vaccine development clinical trials.

  4. Harnessing Innovative Technologies For Clinical Trials Involving Emerging And Re-Emerging Infectious Diseases

    This white paper highlights the challenges of emerging and re-emerging infectious diseases such as TB, MSSA/MRSA, and Ebola.

  5. Genomic Assays For Clinical Development: Identifying The Right Approach

    Learn more about different genomic assays that can be used during clinical development and which ones are right for your study.

  6. The End To End Importance Of Selecting The Right Biomarker In Cancer Studies

    A critical component in the fight against cancer and optimizing treatment outcomes for patients.

  7. Shifting From One Drug For All Patients To Personalized Genomics-Based Therapeutic Options

    Discover how a comprehensive personalized genomics strategy can help you identify the patients who would most likely benefit from a treatment and suffer the least side effects, ensuring the right drug is used in the right patient at the right time.

  8. Zika Vaccine Research

    Discover the role of the central laboratory in Zika vaccine development and how you can proactively avoid challenges along the development continuum.

  9. New Approaches For Malaria Vaccine Development

    How advances in genetic engineering have brought new hope to conquering malaria.

  10. Translating Data Into Insights With Bioinformatics

    Learn what bioinformatics offers to precision medicine and immuno-oncology.