The request "SAMUK.txt" likely refers to research or tools associated with , a notable biologist specializing in evolutionary genetics. Based on his most prominent work, the most likely "paper" you are looking for is the one describing the widely used bioinformatics tool pixy . Primary Reference: pixy
: This paper introduces pixy , a command-line tool designed to minimize bias in calculations of population genetics statistics (like dXYd sub cap X cap Y end-sub
) when dealing with datasets that have missing data, which is common in next-generation sequencing. Other Notable Works by Kieran Samuk
: pixy: Unbiased estimation of nucleotide diversity and divergence in the presence of missing data Authors : Katharine O. Korunes and Kieran Samuk Journal : Molecular Ecology Resources [21.1] Year : 2021
: Recombination rate variation and the efficiency of linked selection in small populations (bioRxiv/Molecular Biology and Evolution). This work explores how the landscape of recombination affects how natural selection shapes the genome. Related "SAMUK" Contexts
Samuk.txt Link
The request "SAMUK.txt" likely refers to research or tools associated with , a notable biologist specializing in evolutionary genetics. Based on his most prominent work, the most likely "paper" you are looking for is the one describing the widely used bioinformatics tool pixy . Primary Reference: pixy
: This paper introduces pixy , a command-line tool designed to minimize bias in calculations of population genetics statistics (like dXYd sub cap X cap Y end-sub SAMUK.txt
) when dealing with datasets that have missing data, which is common in next-generation sequencing. Other Notable Works by Kieran Samuk The request "SAMUK
: pixy: Unbiased estimation of nucleotide diversity and divergence in the presence of missing data Authors : Katharine O. Korunes and Kieran Samuk Journal : Molecular Ecology Resources [21.1] Year : 2021 Other Notable Works by Kieran Samuk : pixy:
: Recombination rate variation and the efficiency of linked selection in small populations (bioRxiv/Molecular Biology and Evolution). This work explores how the landscape of recombination affects how natural selection shapes the genome. Related "SAMUK" Contexts