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

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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


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SLIDE 1

Plan to Finish

Nathan Ricke Van Voorhis Group

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SLIDE 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

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SLIDE 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

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SLIDE 4

Timeline

O c t

  • b

e r N

  • v

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

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Plan to Finish

Friday, October 18, 2018 Anthony Quartararo Pentelute Lab

1

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SLIDE 6

Plan to finish: Milestones

1) Screen against multiple targets Library of 106 precision synthetic polymers Condition (target) 2) Sequence ID (mass spec) Relative intensity (from MS)

1.0

Sequence

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 108, approaching diversities of molecular biology-based screening

approaches

  • 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
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SLIDE 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