Dr. Heino Heyman
@hmheyman.bsky.social
Let’s connect!
Metabolon is proud to join @exposomemoonshot.bsky.social to explore how environmental exposure shapes health. By decoding the exposome, #exposomics can link exposure to environmental illness, drive innovation, and enable chronic disease prevention while shaping public health policies.
May 11, 2025 at 2:16 PM
Let’s connect!
Reposted by Dr. Heino Heyman
Metabolon is proud to join @exposomemoonshot.bsky.social to explore how environmental exposure shapes health. By decoding the exposome, #exposomics can link exposure to environmental illness, drive innovation, and enable chronic disease prevention while shaping public health policies.
May 9, 2025 at 7:30 PM
Metabolon is proud to join @exposomemoonshot.bsky.social to explore how environmental exposure shapes health. By decoding the exposome, #exposomics can link exposure to environmental illness, drive innovation, and enable chronic disease prevention while shaping public health policies.
Reposted by Dr. Heino Heyman
🕒✨ Can a mother's internal clock shape her baby’s future health? New research shows that circadian rhythm disruptions during pregnancy can rewire metabolism in lasting, powerful ways.
mtbln.co/zrv5pl
#Metabolomics #CircadianRhythms
mtbln.co/zrv5pl
#Metabolomics #CircadianRhythms
Maternal circadian rhythms during pregnancy dictate metabolic plasticity in offspring
Yao et al. demonstrate that maternal circadian rhythms during pregnancy impact placental
signature and fetal rhythm. Diet-induced obesity in offspring is exacerbated by in
utero chronodisruption. The ...
mtbln.co
March 31, 2025 at 4:52 PM
🕒✨ Can a mother's internal clock shape her baby’s future health? New research shows that circadian rhythm disruptions during pregnancy can rewire metabolism in lasting, powerful ways.
mtbln.co/zrv5pl
#Metabolomics #CircadianRhythms
mtbln.co/zrv5pl
#Metabolomics #CircadianRhythms
Reposted by Dr. Heino Heyman
🧠 🧬A new paper from @harvardmed.bsky.social using Metabolon's data links gut-derived metabolites, especially from the tryptophan pathway, to Multiple Sclerosis inflammation via AHR receptor signaling—unlocking potential new therapeutic targets.
mtbln.co/cg3ozu
#Metabolomics
mtbln.co/cg3ozu
#Metabolomics
Gut microbiota and metabolites are linked to disease progression in multiple sclerosis
Understanding pathobiology at the shift from relapsing to progressive multiple sclerosis
(MS) is critically important. In this study, Schwerdtfeger et al. use a 2-year follow-up
cohort to show that su...
mtbln.co
April 4, 2025 at 5:06 PM
🧠 🧬A new paper from @harvardmed.bsky.social using Metabolon's data links gut-derived metabolites, especially from the tryptophan pathway, to Multiple Sclerosis inflammation via AHR receptor signaling—unlocking potential new therapeutic targets.
mtbln.co/cg3ozu
#Metabolomics
mtbln.co/cg3ozu
#Metabolomics
November 29, 2024 at 1:15 AM