I am involved in the statistical aspects of a variety of research
projects in biomedical sciences. My specialty is in statistical
genetics, with an emphasis in developing statistical methods for
genetic mapping in model organisms.
Sen S, Johannes F, and Broman KW (2008) "Selective genotyping and phenotyping
strategies in a complex trait context," Genetics, in press.
PDF | Supplementary Information
Sen S, Satagopan JM, Broman, KW, and Churchill GA (2007) "R/qtlDesign:
Inbred line cross experimental design,"
Mammalian Genome, 18:87-93.
Sen S, Satagopan JM, and Churchill GA (2005) "Quantitative trait locus
study design from an information
perspective," Genetics, 170:447-464.
| Supplementary Information
Ormoneit D and Sen S (2002), "Kernel-based reinforcement
learning," Machine Learning;
Sen S and Churchill GA (2001), "A statistical framework for
quantitative trait mapping";
Pseudomarker software |
Dighe A and Sen S (1999), "Information content in B->VV decays and the
angular moments method," Physical Review D;
Sen S (1998), "Confidence intervals for gene location: The effect of
model misspecification and smoothing," PhD Thesis,
University of Chicago under Dr. Augustine