The Jane Coffin Childs Memorial Fund for
Private foundation · New Haven, CT · EIN 06-6034840 · reported 2025
58grants reported
$74Kmedian award
$58Klower quartile
$4,200smallest grant
$4.1Mtotal paid
14states reached
Who they funded
| Recipient and stated purpose | Where | Amount |
|---|---|---|
| Harvard University Medical School In Vivo tracking of G protein-coupled receptors sensing for gut metabolites | Boston, MA | $114,000 |
| Stanford University Examining the neural mechanisms for generalization | Stanford, CA | $113,000 |
| University of Washington Mechanisms of Immune Memory Generation in a Native RNA Targeting CRISPR System | Seattle, WA | $113,000 |
| University of Washington Evaluating neuromodulatory networks across brain states | Seattle, WA | $112,667 |
| University of California Berkeley An unprecedented atomistic picture of contranslational protein folding | Berkeley, CA | $112,000 |
| California Institute of Technology Synthetic protein circuits a conditional triggers of anti-tumor immunity | Pasadena, CA | $107,417 |
| Princeton University Main-Group Chemoproteomic Platforms for Deciphering and Drugging Methionine | Princeton, NJ | $106,667 |
| Columbia University Neuronal and immunological dissection of antidepresant responsiveness | New York, NY | $106,000 |
| University of California San Francisco Ovulation of the fittest | San Francisco, CA | $106,000 |
| University of California San Francisco Evolution of human-specific neuronal activity-dependent gene regulation | San Francisco, CA | $106,000 |
| Broad Institute of Mit and Harvard A DNA-encoded library strategy for molecular glue discovery | Cambridge, MA | $78,000 |
| University of California San Francisco Uncovering the functional architecture of the human speech cortex | San Francisco, CA | $78,000 |
| Columbia University Learning the modular grammar of phase separation in signaling networks | New York, NY | $76,000 |
| Stowers Institute for Medical Research Determine how ribosome heterogeneity regulates early embyrogenesis | Kansas City, MO | $76,000 |
| The Rockefeller University Unraveling lipid transport across the mycobacterial cell envelope | New York, NY | $76,000 |
| University of California Berkeley Exploring mechanisms for flexible learning in higher-order neural circuits | Berkeley, CA | $75,000 |
| University of California Berkeley Structural basis of Doa10-mediated protein quality control at the ER | Berkeley, CA | $75,000 |
| Max Planck Institute of Immunobiology & Epigenetic Direct Visualization of DNA Methyltransferase Oligomerization and Its Influence on Neuronal Gene Reg | Mnchen | $74,800 |
| Boston Medical Center Corporation Manipulating vascular endocytosis to direct blood and immune cell migration | Boston, MA | $74,000 |
| Broad Institute of Mit and Harvard Deciphering the Molecular Mechanisms of Alternative Splicing Regulation via Intronic Transposable El | Cambridge, MA | $74,000 |
| Duke University Dissecting the Dynamics of Tissue Patterning During Regeneration | Durham, NC | $74,000 |
| Duke University Determining how basement membranes stretch and recover to support tissues | Durham, NC | $74,000 |
| Harvard University How to build (and rebuild) an animal | Cambridge, MA | $74,000 |
| Harvard University Molecular basis of sensory integration in octopus | Cambridge, MA | $74,000 |
| Johns Hopkins University School of Medicine Using single cell transcriptomics to understand homeostatic sleep pressure | Baltimore, MD | $74,000 |
| Massachusetts General Hospital In situ cryoET analysis of cristae biogenesis and morphology | Boston, MA | $74,000 |
| Massachusetts Institute of Technology Central control of the autonomic nervous system in chronic pain and anxiety | Cambridge, MA | $74,000 |
| Niaid Sexual recombination and virulence in the success of African trypanosomes | Bethesda, MD | $74,000 |
| University of Minnesota Effects of regulatory network divergence on drug resistance in Candida | Mineapolis, MN | $74,000 |
| University of Utah Classification of exotic ATPase functions using large language models | Salt Lake City, UT | $74,000 |
| California Institute of Technology Defining the role of protein homeostasis in spermatogenesis | Pasadena, CA | $73,800 |
| Gladstone Institutes The molecular biology of Obelisk RNAs | San Francisco, CA | $73,800 |
| Harvard University Secretory cell innovation in a symbiotic interaction | Cambridge, MA | $73,800 |
| Harvard University Learning structure in genotype to phenotype maps | Cambridge, MA | $73,800 |
| Massachusetts Institute of Technology LIGHTing up tumor-associated tertiary lymphoid structures through cytokine pharmacokinetic engineeri | Cambridge, MA | $73,800 |
| Massachusetts Institute of Technology Understanding tissue damage in the pre-neoplasia to neoplasia shift of colorectal cancer | Cambridge, MA | $73,800 |
| Memorial Sloan Kettering Cancer Center Mechanisms and consequences of APOBEC3 targeting of extrachromosomal DNA | New York, NY | $73,800 |
| Oregon Health and Science University Mechanisms of Type I PARP1 Inhibitors in Regulating Cell Fate Decisions in Cancer | Portland, OR | $73,800 |
| Princeton University Hormone-mediated changes in neural computations that drive flexible social behaviors | Princeton, NJ | $73,800 |
| Stanford University Decoding Aging Neurogenic Niches: Unraveling Somatic Mutations, Clonal Dynamics, and Functional Decl | Stanford, CA | $73,800 |
| The Scripps Research Institute Illuminating cryptic functional pockets in the human proteome with electrophilic stereoprobes | LA Jolla, CA | $73,800 |
| The University of Texas at Austin Structure-based vaccine design targeting mpox antigen A27 | Austin, TX | $73,800 |
| University of Utah Ron Tyrosine Kinase deficiency uncovers a critical regulator of anti-tumor T Cell responses | Salt Lake City, UT | $73,800 |
| Yale University Novel Chemical Tools for Targeted Eradication of DNA Repair Proteins and Application to Chemosensiti | New Haven, CT | $73,800 |
| University of Michigan Interplay of spatial structure and collective drug resistance across scale | Ann Arbor, MI | $57,500 |
| The Scripps Research Institute Timing biomolecular interactions in massively high throughput via a polymerase stopwatch | LA Jolla, CA | $49,333 |
| The Rockefeller University Understanding how the whole becomes more than the sum of its parts: Linking subcellular processes to | New York, NY | $44,633 |
| The Scripps Research Institute Towards a novel tauopathy therapeutic: harnessing biomolecular condensates for targeted protein degr | LA Jolla, CA | $41,800 |
| Brandeis University Timing molecular interactions in high throughput via a polymerase stopwatch | Waltham, MA | $39,000 |
| Harvard University Neural mechanisms of taste and visceral signal integration in the brainstem | Cambridge, MA | $37,500 |
| Boston Children's Hospital Dissecting the impact of non-coding somatic mutations in the human brain | Boston, MA | $37,000 |
| Harvard University Reconstruct cell trajectories and communications in brain development | Cambridge, MA | $37,000 |
| Johns Hopkins University Defining regulatory principles of translation during nutrient shifts | Baltimore, MD | $30,883 |
| National Institue of Healthnichd Linking Parts to Process: Probing the Cell-Biological Basis for Tissue Patterning in Developing Mese | Bethesda, MD | $29,167 |
| University of California Berkeley Discovery and Synthesis of novel anticancer drugs via enzyme engineering | Berkeley, CA | $12,334 |
| Dana Farber Cancer Institute Mechanisms and consequences of LINE-1-mediated genome instability | Boston, MA | $12,333 |
| Harvard University The evolution of complex chemosensation | Cambridge, MA | $12,333 |
| University of California Berkeley Main-group platforms for deciphering and drugging metionine | Berkeley, CA | $4,200 |
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