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Small Molecule Drug Development

$84,610P30FY2025CANIH

Case Western Reserve University, Cleveland OH

Investigators

Linked publications, trials & patents

Trial NCT05340673Trial NCT05198830Trial NCT02590107Trial NCT02535325Trial NCT02451124Trial NCT02419846Trial NCT02417948Trial NCT02392377Trial NCT02388932Trial NCT02383433Trial NCT02375477Trial NCT02354326Trial NCT02345460Trial NCT02342730Trial NCT02337465Trial NCT02327390Trial NCT02319889Trial NCT02307474Trial NCT02287636Trial NCT02252393Trial NCT02181478Trial NCT02179762Trial NCT02163317Trial NCT02158767Trial NCT02153450Trial NCT02135562Trial NCT02131207Trial NCT02129582Trial NCT02129569Trial NCT02129517Trial NCT02129218Trial NCT02128373Trial NCT02108587Trial NCT02100423Trial NCT02084147Trial NCT02082405Trial NCT02081794Trial NCT02079155Trial NCT02073097Trial NCT02073045Trial NCT02071901Trial NCT02070458Trial NCT02070419Trial NCT02055586Trial NCT02037048Trial NCT01973062Trial NCT01959490Trial NCT01959477Trial NCT01954784Trial NCT01954732Trial NCT01951885Trial NCT01939028Trial NCT01928485Trial NCT01894061Trial NCT01408043Trial NCT00991991Trial NCT00970684Trial NCT00961220Trial NCT00956475Trial NCT00952939Trial NCT00949247Trial NCT00945061Trial NCT00941720Trial NCT00941070Trial NCT00939510Trial NCT00918892Trial NCT00918788Trial NCT00918658Trial NCT00918216Trial NCT00910039Trial NCT00909662Trial NCT00908739Trial NCT00908141Trial NCT00907699Trial NCT00905086Trial NCT00900133Trial NCT00899158Trial NCT00899132Trial NCT00898573Trial NCT00898274Trial NCT00897143Trial NCT00892385Trial NCT00873600Trial NCT00873002Trial NCT00866320Trial NCT00856115Trial NCT00853021Trial NCT00842452Trial NCT00809185Trial NCT00796978Trial NCT00795678Trial NCT00769951Trial NCT00769249Trial NCT00752323Trial NCT00740961Trial NCT00736216Trial NCT00735514Trial NCT00733252Trial NCT00732745Trial NCT00732173

Abstract

SMALL MOLECULE DRUG DEVELOPMENT (SMDD) SHARED RESOURCE PROJECT SUMMARY/ABSTRACT The Small Molecule Drug Development (SMDD) SR's mission is to assist researchers in creating high-quality chemical probes to test therapeutic concepts. Utilizing High-Throughput Screening (HTS) and High Content Analyses (HCA), it identifies active small molecules, aiding in the refinement of these “hits” into defined probes. The SMDD SR offers resources for drug repurposing and new small molecule discovery. From 2018-2023, the SR collaborated with 71 investigators, 58% being Case CCC members, completing 74 high-throughput screen projects and numerous custom assays. It has aided over 100 grant applications, securing over $11 million in funding. The SR has supported 100+ users from Case Western Reserve University (CWRU), University Hospitals, Cleveland Clinic, and other institutions, receiving highly positive feedback. The Specific Aims of the Small Molecule Drug Development Shared Resource are to: 1. Provide assay development and high-throughput screening services, using innovative approaches to screen bioactive compounds and diverse screening libraries. 2. Share expertise to design and optimize robust high-throughput assays tailored to specific projects. 3. Train new users, including PIs, research scientists, and trainees, in the proper and safe operation of the SR's automation equipment and manage their participation during assay development and execution. 4. Offer advice and guidance to advance hits to leads using cheminformatics and medicinal chemistry. 5. Guide users toward SRs and potential collaborating investigators in Case CCC research programs with complementary capabilities relevant to drug development. The SMDD SR's development has led to its integration with the CWRU School of Medicine (SOM) Chemical Biology Program. The SR has enhanced its microscopy capabilities with the Agilent Cytation5 HTS imager and broadened its small-molecule libraries with NCI Natural Products and AC-Discovery's MEGx library. The SMDD is broadening its user base and services, aiming to add 5-10 new users yearly for assay development and maintain a robust assay pipeline for future large-scale screens, expecting 3-5 funded high-throughput screens annually. In 2024, the SMDD moved to a larger facility adjacent to the CWRU SOM Chemical Biology Program and incorporated the Echo650 for advanced compound dispensing. The discovery library suits smaller- scale assays, while the plan is to expand the Bioactives collection from 3,000 to 9,000-12,000 molecules to meet higher throughput needs.

View original record on NIH RePORTER →