·
Browning S. R. et al. 2005. Case-control single marker and haplotypic
association analysis of pedigree data.
Genetic Epidemiology, 28:110-122 (link
to abstract/article).
Association analysis that takes into account the
correlations between related individuals. Uses an EM-style algorithm. (Link to CCREL
program.)
·
Browning, S. 2003. Pedigree
data analysis with crossover interference. Genetics,
164:1561-1566. (link to abstract)
Gives a
·
Browning, S. and B. L. Browning 2002. On reducing the statespace of hidden Markov models for the identity by
descent process. Theoretical Population Biology, 62:1-8. (link
to abstract)
Presents an algorithm for finding symmetries in the pedigree
linking two individuals, which can be used to reduce
the computational burden in exact computation of probabilities/likelihoods on
genotypic data.
·
Browning, S. 2000a. The relationship between count-location and stationary
renewal models for the chiasma process. Genetics
185:1955-1960. (link to abstract)
A comparison of two classes of models for
interference in the crossover process.
·
Browning, S. 2000b. A
Extends Browning 1998a to allow for crossover
interference. Investigates
the amount of information in a pair of individuals to distinguish between
differing crossover models.
·
Browning, S. 1998a. Relationship information contained in
gamete identity by descent data. Journal of
Computational Biology 5:323-334. (link
to abstract)
Used a
·
Browning,
S. G. 1998b. Tandem queues with blocking: A comparison between dependent and
independent service. Operations Research 46:424-429. (link
to abstract)