Center for the Study of Systems Biology

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    • Jeffrey Skolnick
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Brice Edelman

Temporary Lab/Research Support
Incoming Ph.D. Student in Quantitative Biosciences (QBioS)

B.S., Georgia Institute of Technology, 2020

Center for the Study of Systems Biology
Engineered BioSystems Building
950 Atlantic Drive
Atlanta GA, 30332, Mail Code: 2000

bedelman3@gatech.edu

Research Interests

  • Virtual cell simulation
  • Biological applications of deep learning
  • Bioinformatics
  • Drug design
  • Modeling of signaling systems & pathways

Publications

Edelman, B, Skolnick J. In Press. Valsci: An Open-Source, Self-Hostable Literature Review Utility for Automated Large-Batch Scientific Claim Verification Using Large Language Models. BMC Bioinformatics.

Zhou, H, Edelman B, Skolnick J. 2025. A mode-of-action protein based approach that characterizes the relationships among most major diseases. Scientific Reports: 15, 9668. https://doi.org/10.1038/s41598-025-93377-8. PDF

  • Skolnick Research Group
    • Jeffrey Skolnick
    • Maximilian Brogi
    • Brendon Cara
    • Chad Choudhry
    • Brice Edelman
    • Jonathan Feldman
    • Jessica Gilmore Forness
    • Bartosz Ilkowski
    • Preetam Jukalkar
    • Giselle McPhilliamy
    • Asha Mira Rao
    • Hargobind Singh
    • Kyle Xu
    • Hongyi Zhou
    • Former Group Members
  • Software and Services
    • Services
      • DESTINI
      • DR. PRODIS
      • ENTPRISE
      • ENTPRISE-X
      • FINDSITEcomb
      • FINDSITEcomb2.0
      • FRAGSITE
      • FRAGSITE2
      • FRAGSITEcombM
      • Know-GENE
      • LeMeDISCO
      • MEDICASCY
      • MOATAI-VIR
      • PHEVIR
      • PICMOA
    • Downloads
      • AF2Complex
      • AF3Complex
      • APoc
      • Cavitator
      • DBD-Hunter
      • DBD-Threader
      • EFICAz2.5
      • Fr-TM-align
      • GOAP
      • iAlign
      • IS-score
      • LIGSIFT
      • MENDELSEEK
      • PULCHRA
      • SAdLSA
      • Valsci
    • Databases
      • Apo and Holo Pairs
      • New Human GPCR Modeling and Virtual Screening
      • PDB-like Structures
    • Simulations
      • E. coli Intracellular Dynamics

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