Natalie K.
@nataliekokroko.bsky.social
PhD student
Computer Science
@Rice University🦉
Computer Science
@Rice University🦉
Reposted by Natalie K.
Some of my work from the first year of my PhD is out as a preprint, please check it out!
Virus evolution is rapid and prolific both across and within individuals. However, a significant amount of variation remains hidden due to computational bottlenecks in read-alignment and variant calling
1/n
Virus evolution is rapid and prolific both across and within individuals. However, a significant amount of variation remains hidden due to computational bottlenecks in read-alignment and variant calling
1/n
December 8, 2025 at 3:03 PM
Some of my work from the first year of my PhD is out as a preprint, please check it out!
Virus evolution is rapid and prolific both across and within individuals. However, a significant amount of variation remains hidden due to computational bottlenecks in read-alignment and variant calling
1/n
Virus evolution is rapid and prolific both across and within individuals. However, a significant amount of variation remains hidden due to computational bottlenecks in read-alignment and variant calling
1/n
Reposted by Natalie K.
Give it a try and let us know what you think. As with any project, any feedback/thoughts from the community are well appreciated! Written in Rust :)
github.com/treangenlab/...
6/n
github.com/treangenlab/...
6/n
GitHub - treangenlab/bronko: Ultra-rapid detection of viral variants directly from sequencing data
Ultra-rapid detection of viral variants directly from sequencing data - treangenlab/bronko
github.com
December 8, 2025 at 3:03 PM
Give it a try and let us know what you think. As with any project, any feedback/thoughts from the community are well appreciated! Written in Rust :)
github.com/treangenlab/...
6/n
github.com/treangenlab/...
6/n