Biomedical Computation at Stanford (BCATS)
Scientific Talks Session I (TCSEQ 200)
| 9:00–9:15am |
Padmavathi Sundaram |
Colon polyp detection using smoothed shape operators |
| 9:15–9:30am |
Gal Chechik |
Timed transcriptional control of metabolic transitions |
| 9:30–9:45am |
Hyun Jin Kim |
Inflow boundary condition using a heart model for three-dimensional simulations of blood flow |
| 9:45–10:00am |
Dana Paquin |
Multiscale deformable registration of medical images |
|
Rachel Weinstein |
Impulse based PD control for joints and muscles |
|
Xing Chen |
Flux control in metabolic networks: optimality and robustness |
|
Yueyi Liu |
Building a nosology based on disease etiology |
Scientific Talks Session II (TCSEQ 200)
| 1:15–1:30pm |
Anthony Sherbondy |
In vivo measurement of anisotropic tissue microstructure arrangement using most likely connections through diffusion imaging data |
| 1:30–1:45pm |
Julia Chen |
Relationship between periosteal residual stresses and strains and specific growth rates during development of the chick embryo Tibiotarsus |
| 1:45–2:00pm |
Ryan Tibshirani |
Automatic gating tools for the analysis of flow cytometry data |
| 2:00–2:15pm |
Rashmi Raj |
Multi-relational data mining of time-oriented biomedical databases |
|
David Carlson |
Effects of linear energy transfer (LET) on intrinsic radiation sensivity–tests of the putative mechanisms underlying the cell killing effects of ionizing radiation |
|
Gilwoo Choi |
Quantification of radial compression and deflection of superficial femoral artery due to musculoskeletal motion |
|
Gregory Goldgof |
CONTRAfold: RNA secondary structure prediction for single and multiple sequences without physics-based models |
Scientific Talks Session III (TCSEQ 200)
| 3:15–3:30pm |
Peter Kasson |
Understanding membrane fusion through ensemble molecular dynamics simulation |
| 3:30–3:45pm |
Evan Smith |
Efficient auditory coding |
| 3:45–4:00pm |
Su-In Lee |
Identifying regulatory mechanisms associated with genetic variation |
| 4:00–4:15pm |
Jeffrey Reinbolt |
Investigating stiff-knee gait with subject-specific simulations |