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We develop computational biology and AI approaches to understand fertility, pregnancy, lactation, and long-term women’s health.
We develop computational and AI approaches to bring greater precision to women’s health. By studying fertility, pregnancy, lactation, and long-term health as connected biological transitions, we uncover dynamic patterns that can inform prediction, mechanism, and prevention. From Code to Care.
Fertility emerges from dynamic interactions among the reproductive tract, microbiome, immune system, metabolism and more. We use longitudinal and multi-omic data to study these systems around conception and assisted reproduction, with the goal of identifying biological states associated with implantation and early pregnancy.
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Pregnancy reshapes vascular, immune, metabolic, and molecular systems. We develop computational and AI approaches to detect early deviations from healthy pregnancy trajectories, combining multi-omics, clinical data, and retinal imaging to understand the biology underlying adverse pregnancy outcomes.
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Lactation is the functional expression of a mammary gland programmed throughout pregnancy. We study human milk as a non-invasive window into mammary gland biology and as a dynamic interface connecting maternal nutrition and physiology with infant growth, development, and the early-life microbiome.klkl;sl;
Learn MoreFertility emerges from dynamic interactions among the reproductive tract, microbiome, immune system, metabolism and more. We use longitudinal and multi-omic data to study these systems around conception and assisted reproduction, with the goal of identifying biological states associated with implantation and early pregnancy.
Learn MorePregnancy reshapes vascular, immune, metabolic, and molecular systems. We develop computational and AI approaches to detect early deviations from healthy pregnancy trajectories, combining multi-omics, clinical data, and retinal imaging to understand the biology underlying adverse pregnancy outcomes.
Learn MoreLactation is the functional expression of a mammary gland programmed throughout pregnancy. We study human milk as a non-invasive window into mammary gland biology and as a dynamic interface connecting maternal nutrition and physiology with infant growth, development, and the early-life microbiome.klkl;sl;
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Pregnancy and lactation can reveal important information about a woman’s future cardiovascular and metabolic health. We study how vascular, metabolic, molecular, and microbial signatures across these transitions relate to longer-term disease trajectories and opportunities for earlier prevention.
Fertility, pregnancy, lactation, and later health are connected biological transitions rather than isolated events. We study how vascular, immune, metabolic, microbial, and molecular systems are reprogrammed across these stages - and how one stage shapes the next.
Pregnancy and lactation can reveal important information about a woman’s future cardiovascular and metabolic health. We study how vascular, metabolic, molecular, and microbial signatures across these transitions relate to longer-term disease trajectories and opportunities for earlier prevention.
Fertility, pregnancy, lactation, and later health are connected biological transitions rather than isolated events. We study how vascular, immune, metabolic, microbial, and molecular systems are reprogrammed across these stages - and how one stage shapes the next.
From molecular trajectories to
mechanism
A window into the lactating
mammary gland
