Layla Hosseini-gerami

Co-Founder And Chief Data Science Officer

Cambridge, England, United Kingdom
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Summary

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Top School
Layla Hosseini-Gerami is a Co-Founder and Chief Data Science Officer at Ignota Labs who applies an interdisciplinary blend of chemistry, bioinformatics and AI to rescue failing drugs and prevent adverse reactions. With a PhD from the University of Cambridge and an award-winning thesis on integrative cheminformatics and bioinformatics, she has translated academic methods into industry collaborations, including work with Eli Lilly. Over eight years she has built predictive frameworks to uncover molecular mechanisms of toxicity and guide mitigation strategies, earning recognition such as Innovate UK Women in Innovation and Forbes 30 Under 30. Notably, her early work produced a pKa model now used in commercial software, reflecting a practical focus on turning computational insight into deployed tools. Based in Cambridge, she balances deep domain expertise with entrepreneurial drive to improve patient outcomes by making AI both explanatory and preventative.
code7 years of coding experience
bookDoctor of Philosophy - PhD, Chemistry - Bioinformatics, Doctor of Philosophy - PhD, Chemistry - Bioinformatics at University of Cambridge
bookMaster’s Degree, MChem/BSc Chemistry, Master’s Degree, MChem/BSc Chemistry at University of Leeds
bookHigh School, Sciences + Maths, High School, Sciences + Maths at Aylesbury High School
languagesEnglish, Persian, Spanish
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Github Skills (40)

gene-expression10
shiny-apps10
pidgin10
causal9
bioinformatics9
moa9
integer-linear-programming9
mechanism9
compound9
prediction9
drug-discovery8
integer8
biology8
r-package7
predict7

Programming languages (4)

RJavaScriptJupyter NotebookPython

Github contributions (5)

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BenderGroup/PIDGINv4

Jul 2020 - Mar 2022

PIDGINv4
Contributions:2 releases, 40 commits, 2 PRs in 1 year 8 months
laylagerami/MAVEN

Nov 2020 - Feb 2023

Elucidate and visualise a compound's mechanism of action by combining structure-based target prediction with gene expression-based causal reasoning, plus pathway enrichment to put results into biological context. GUI-based (minimal coding experience required).
Contributions:2 releases, 240 commits, 6 PRs in 2 years 3 months
pidgingui-basedelucidatecausaldorothea
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