plan to finish
play

Plan to Finish Nathan Ricke Van Voorhis Group HFB-DMET Research - PowerPoint PPT Presentation

Plan to Finish Nathan Ricke Van Voorhis Group HFB-DMET Research Goals: Write Fock-space FCI Code Implement Hartree-Fock Bogoliubov Theory with Bootstrap Embedding Project Goals: Summarize performance of HFB- BET in a journal


  1. Plan to Finish Nathan Ricke Van Voorhis Group

  2. HFB-DMET Research Goals: • Write Fock-space FCI Code • Implement Hartree-Fock Bogoliubov Theory with Bootstrap Embedding Project Goals: • Summarize performance of HFB- BET in a journal article

  3. Catalysis Research Goals: • Refine model for predicting intermediate energies • Create classifier for identifying active sites • Incorporate transition state information into screening process Project Goals: • Summarize automated catalysis discovery in 1-2 papers • Summarize transition state predictions in 1 paper

  4. Timeline N D F o e O J e v c a c e e b M n t m m r o u u a A M b b b a a r p c a e e e r r r h y y i y r r r l Disorder, Genetic Algorithms Catalysis Paper 2 Refine Catalysis Catalysis Paper 1 HFB-BET Paper HFB-BET Fock-FCI Code Thesis Defense TS Paper Prepare Interview Seminar Transition States

  5. Plan to Finish Friday, October 18, 2018 Anthony Quartararo Pentelute Lab 1

  6. Plan to finish: Milestones Milestone 1: Validate putative binders identified from solution screens Perform Bio-Layer Interferometry and fluorescence polarization to determine affinities of • each interaction Milestone 2: Investigate the practical limit of library sizes Expand library sizes to 10 8 , approaching diversities of molecular biology-based screening • approaches o Demonstrate successful isolation and sequencing of positive controls Milestone 3: Extend screening platform to whole cells/whole cell lysates Identify binders to whole RBCs as proof-of-concept • • Identify binders to proteins isolated from native environments Milestone 4: Multiplex screening to pan against multiple targets in parallel Demonstrate parallel screening against of up to 10 protein targets at once • Condition (target) 1) Screen against 0 Relative multiple targets Sequence intensity Library of 10 6 (from MS) 2) Sequence ID 1.0 precision synthetic (mass spec) polymers

  7. Plan to finish: timeline Jan Feb Mar Apr May Jun Jul Aug Sep Oct Nov Dec Jan Feb Mar Apr May Year: 2018 2019 Binding validation studies Expand library diversity Whole cell/lysate screening Multiplex screening Write up paper on de novo solution screening Write up paper on whole cell/lysate screening Thesis writing Thesis defense

Download Presentation
Download Policy: The content available on the website is offered to you 'AS IS' for your personal information and use only. It cannot be commercialized, licensed, or distributed on other websites without prior consent from the author. To download a presentation, simply click this link. If you encounter any difficulties during the download process, it's possible that the publisher has removed the file from their server.

Recommend


More recommend