Koutian Wu

Koutian Wu

AI4Sci PhD @ UT-Austin. ex-Undergrad @ USTC.

Eric C. Greene Milestone Table v2

Eric C. Greene Milestone Table v2

DateMilestoneLocationNarrative RoleSource
Doctoral eraPh.D. in Biochemistry, Texas A&M University (Dorothy Shippen lab)College Station, TexasTechnical formation / research depthColumbia University profile
Postdoc eraPostdoctoral research at National Institutes of Health (Kiyoshi Mizuuchi lab)Bethesda, MarylandPre-faculty research chapterColumbia University profile
Faculty appointmentProfessor, Department of Biochemistry and Molecular Biophysics, Columbia UniversityNew York, New YorkFaculty origin / Greene Lab establishmentColumbia University profiles
2000s-2010sDNA curtains technique developmentNew York, New YorkTechnical innovation / single-molecule imagingWikipedia DNA curtain entry, JoVE publication
2012Single-stranded DNA curtains publicationNew York, New YorkMethodological advancementScientific publications
2014CRISPR-Cas9 DNA interrogation publicationNew York, New YorkHigh-impact research (1100+ citations)https://pubmed.ncbi.nlm.nih.gov/24476820/
2015Base triplet stepping by Rad51/RecA familyNew York, New YorkDNA recombination mechanismsScience publication
2010s-presentRAD51 paralogs and homologous recombination researchNew York, New YorkSustained research programResearch.com profile, multiple publications
PresentHerbert Irving Comprehensive Cancer Center memberNew York, New YorkCancer biology research connectionshttp://www.cancer.columbia.edu/profile/eric-c-greene-phd
PresentGreene Lab ongoing research programNew York, New YorkCurrent research directionhttp://www.thegreenelab.com

Notes

  • Several publication dates need exact confirmation from PubMed/publication records.
  • Faculty appointment year needs verification from Columbia records.
  • This table is now good enough to drive a first real timeline implementation for the research chronicle.
  • Additional publications and conference presentations can be added as they are discovered.

Key Research Areas (from Research.com)

  • DNA repair and homologous recombination
  • Single-molecule biophysics
  • CRISPR-Cas9 mechanisms
  • RAD51 recombinase family
  • Genome integrity and stability