Sponsor or institution

Clinical trials and research at European Molecular Biology Laboratory

• 8NIH research projects

NIH-funded research (8)

Early-stage science funded by the US National Institutes of Health. Most of these projects don't enroll patients, but they show what is being worked on.

• Strengthening GWAS and Polygenic Score Databases to Accelerate Human Health

  A project to improve a disease genetics resource so researchers and clinicians can better understand how genetic factors relate to cancers, heart disease, and diabetes.

  NIH research European Molecular Biology Laboratory · Heidelberg, Germany · NIH-11584502

• Mouse Phenotyping Data Resource to Link Genes with Disease,”

  A large international project uses mouse biology to connect genes to diseases and provide ready-to-use mouse strains for researchers and clinicians.

  NIH research European Molecular Biology Laboratory · Heidelberg, Germany · NIH-11580389

• Strengthening genetic association data and polygenic score resources for health

  A big NIH project to improve and expand public catalogs of genetic associations and polygenic scores so researchers and clinicians can better understand complex diseases like cancer, heart disease, and diabetes.

  NIH research European Molecular Biology Laboratory · Heidelberg, Germany · NIH-11421439

• Mouse Phenotyping Informatics Infrastructure for linking genes to diseases

  A big data project to map mouse gene changes to disease traits by collecting and analyzing thousands of mouse phenotypes to help understand human cardiac diseases.

  NIH research European Molecular Biology Laboratory · Heidelberg, Germany · NIH-11401882

• Mouse genetics platform linking mouse traits to human heart disease

  This project builds a shared mouse-data platform to find mouse strains and gene links that could help people with heart conditions.

  NIH research European Molecular Biology Laboratory · Heidelberg, Germany · NIH-11135328

• Investigating cancer disparities in Black patients through genetic and environmental analysis

  This study is looking into why Black patients, especially those from West Africa, have higher rates of aggressive prostate, breast, and pancreatic cancers, and it aims to find out how genetics, environment, and social factors play a role, so we can better understand and address these health disparities.

  NIH research European Molecular Biology Laboratory · Heidelberg, Germany · NIH-11046851

• A tool to find and access patient-derived cancer models for research.

  This study is creating a helpful tool that makes it easier for cancer researchers to find and use different cancer models, like cell lines and organoids, so they can do their work more efficiently and ultimately help improve cancer treatments.

  NIH research European Molecular Biology Laboratory · Heidelberg, Germany · NIH-10903927

• Improving access to genetic data for better understanding of diseases

  This study is working to make it easier for researchers to access and understand genetic information about diseases, which could help patients get better insights into their health and more personalized treatments in the future.

  NIH research European Molecular Biology Laboratory · Heidelberg, Germany · NIH-10885982

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