Grant Resources for Scientific Research

In partnership with The Kavli Foundation and The Wellcome Trust, this CZI program supports software maintenance, growth, development, and community engagement for critical open source scientific tools.

This grant program aims to drive development of complete, general-purpose, intracellular imaging probes for cryo-correlative light and electron microscopy (cryo-CLEM).

This grant program aims to drive development of innovative imaging technologies that will advance the field of deep tissue imaging, allowing researchers to observe cells and subcellular processes at high resolution in complex tissue and through skin and bone.

This RFA supports pairs of investigators and their teams to explore innovative, interdisciplinary approaches to address critical challenges in the fields of neurodegenerative diseases and fundamental neuroscience.

This RFA aims to accelerate innovative discoveries in the field of metabolism and metabolic physiology in health and disease.

This RFA aims to provide mentored support for early career investigators to conduct bold, innovative, and rigorous research in the basic science underlying neurodegenerative disease and fundamental neuroscience.

This RFA supports new and existing collaborative projects to reduce imaging ecosystem fragmentation and accelerate the spread and adoption of technologies, methods, or training resources.

This RFA aims to advance technology directed at real-time visualization of biological processes at the level of cells and molecules.

This grant program will support software plugin development projects for the napari image analysis platform, a community-built, open source, and interactive tool for Python designed for browsing, annotating, and analyzing large multi-dimensional images.

This RFA aims to support the application of single-cell biology methods to rare inflammatory pediatric diseases that will clarify cellular mechanisms of disease, understand disease heterogeneity, and improve biomarker identification or diagnostics.

This RFA aims to advance the understanding of the pathophysiology and mechanistic underpinnings of rare neurodegenerative and neurological disorders.

In partnership with the National Academies of Sciences, Engineering, and Medicine, this program supports projects led by excellent biomedical researchers who—through their outreach, mentoring, teaching, and leadership—have a record of promoting diversity... In partnership with the National Academies of Sciences, Engineering, and Medicine, this program supports projects led by excellent biomedical researchers who—through their outreach, mentoring, teaching, and leadership—have a record of promoting diversity, equity and inclusion in their scientific fields.

This funding opportunity supports scaling the Chan Zuckerberg Biohub model to pursue the toughest and most important scientific challenges by bringing together leading U.S.-based scientific and technology institutions within close geographical proximity to each... This funding opportunity supports scaling the Chan Zuckerberg Biohub model to pursue the toughest and most important scientific challenges by bringing together leading U.S.-based scientific and technology institutions within close geographical proximity to each other.

This grant program supports imaging science capacity building, fellowships, and community development for imaging core facilities and nonprofit organizations in Africa, Latin America and the Caribbean, and former Soviet countries.

This RFA supports patient-led nonprofit organizations as they launch collaborative research networks in partnership with clinicians and researchers to accelerate progress against rare diseases.

This RFA supports researchers to contribute healthy, single-cell reference data from ancestrally diverse tissue samples to the Human Cell Atlas, with the aim of creating a more globally representative resource to understand disease.

This grant program supports researchers to contribute pediatric tissue samples to the global Human Cell Atlas as a foundation for understanding how cells and organs progress and relate to disease onset in children.

This RFA supports challenge grants in visual proteomics, with the goal of advancing technology that will enable researchers to view protein molecules and their interactions inside cells at near-atomic resolution.

This RFA supports CZI Imaging Scientists at imaging centers worldwide who will leverage biology, microscopy hardware, and imaging software to accelerate biomedicine and improve the imaging tools scientists use.

This RFA supports interdisciplinary scientists as they apply new tools and work together in accelerating inflammation research. With these research grants, we aim to further our understanding of inflammation’s role in maintaining health and triggering disease.

This RFA supports the continued development of the Human Cell Atlas, a global effort to map all cells in the human body.

As part of the CZI Neurodegeneration Challenge Network, an interdisciplinary collaborative network that addresses fundamental issues in neurodegenerative disease biology, these are grant opportunities for small group interdisciplinary research collaborations tha... As part of the CZI Neurodegeneration Challenge Network, an interdisciplinary collaborative network that addresses fundamental issues in neurodegenerative disease biology, these are grant opportunities for small group interdisciplinary research collaborations that include a physician with active clinical engagement.

This program awards grants to spur the creation of new computational tools, algorithms, visualizations, and benchmark datasets to analyze, interpret, and disseminate a large variety of molecular and imaging data generated for the global Human Cell Atlas.

This program awards scientific grants to support the Human Cell Atlas community’s convergence around standards, protocols, and best practices for the creation of a freely and openly available reference database of healthy human cells and tissues.