Our latest paper @NatureMicrobiol: converting waste into delicious food using fungi. We studied a traditional Indonesian food and discovered a mold domesticated for waste-to-food conversion. Amazing international collab involving scientists, chefs. tinyurl.com/36rzkr57
Excited to share I will be joining @Stanford@bioe_stanford this fall as an asst. prof! My group will harness fungi for food and sustainability applications. We’ll soon be recruiting on all fronts - stay tuned !! Grateful to @BalskusLab@Keasling_Lab@UCB_MillerInst for support!
Our latest paper: human gut microbes eat neurotransmitters and food! A new group of enzymes degrades prominent molecules in the gut and is widely distributed among environmental microbes and other mammals. Fascinating chemistry and vast diversity bit.ly/3bLBvkc
Ph.D. in Biochemistry from @Harvard 🇨🇺🇮🇳🇳🇴🇸🇪My thesis explored how gut microbes break down medicine and food. Proud of the scientific and personal work captured in these past years. This is for those who let me dream-my partner, family, mentors, #Gilliamfellowship from @HHMINEWS
The Hill-Maini lab website is live @bioe_stanford@Stanford. We are hiring for multiple postdocs who are excited about synbio/food/sustainability in filamentous fungi and building an inclusive and lab culture that fosters creativity! Spread the word!!!
hillmainilab.com/
Fungi are key for feeding a growing population. Most current food strains were domesticated by our ancestors over 1000+ yrs. What does the next wave of domestication look like?
We develop a synbio toolkit to program sensory appeal/nutrition of fungal meat!
nature.com/articles/s41467-0…
Moved east-->west to start my position as a @UCB_MillerInst fellow at @UCBerkeley where I will spend the next 3 years understanding + engineering microbial chemistry in food production. Working primarily w/ @Keasling_Lab. Excited to combine my passions of cooking + science!!!
A true honor to be part of this group of amazing scientists selected from 130 institutions worldwide for their contributions in molecular life science. Grateful to @BalskusLab, @HHMINEWS, and my mentors and friends who made this possible. And the microbes! bit.ly/3jLv2cO
The culmination of many years of work by us in the @BalskusLab and wonderful collaborators in the @PTurnbaugh lab. We find the organisms in our gut eat the Parkinson's drug L-dopa and the neurotransmitter dopamine! Have a read!
science.sciencemag.org/conte…
First postdoc article out!
From lab to table-a collaboration between 2 Michelin star restaurant Alchemist and the @Keasling_Lab at Berkeley that speaks to the power of bridging science with gastronomy to drive food innovation. Thanks @UCB_MillerInst also!
shorturl.at/vxCKX
We characterize a gut bacterial enzyme that dehydroxylate neurotransmitters available in the human gut. We also discover similar enzymes that metabolize diet/host molecules. Have a look for challenging chemistry, new enzymes, and cool biological implications!
Cooking raw and cooked meals with the exact same ingredients for humans was extremely challenging! Read the latest feature in @nytimes on our cooking+microbiota work. Thx @PTurnbaugh and Rachel Carmody for the opportunity.
nytimes.com/2019/10/23/healt…
nature.com/articles/s41564-0…
Excited for our new paper to be published! We find that consuming cooked food instead of raw food impacts the trillions of microbes living inside our guts (microbiota). Implications for human health and evolution!
Here is a longer summary (a thread):
1/3 A new enzyme enables the human gut microbe E. lenta to break down the neurotransmitter dopamine, which helps it grow better. Similar enzymes allow E. lenta and related organisms break down molecules from food (incl. coffee and chocolate).
Fungi have been used for millennia in human food production. What does the future look like?
Tune in to this podcast where I share some thoughts!! Thanks to Dave Zilber, Elisa Caffrey, @LabSonnenburg for hosting
open.spotify.com/episode/6gT…
2/3 This new group of enzymes harbors many uncharacterized members. Similar enzymes are present in the microbiome of other mammals and in microbes living in the environment, where the enzymes produce potent anti cancer molecules and break down environmental chemicals.
3/3. Our study solves a long-standing mystery in gut microbial metabolism. Implications for nervous system-microbe interactions, nutrition, microbial metabolism, and enzymology. and: cool chemistry: regiospecific aromatic dehydroxylation of catechols - very challenging reaction!!
Thank you to my professor @BalskusLab and to the collaborators @ElizabethNBess and @PTurnbaugh. Shout-out to Michael, Chip, Sina, Paola, Jordan for their great work.
Excited to finally see this published. We find that amino acid availability and gut microbiota composition influences susceptibility to the gut pathogen C. difficile in humans, laying the foundation for new diagnostics / therapeutics.
goo.gl/Vva2Lt
Very important video that captures the multiracial/multiethnic experience. As a Cuban-Indian-Norwegian born in Sweden, this sums up my life. Never enough of anything to really fit in even though you feel connections to many cultures. bbc.com/news/av/world-us-can…
Was just featured on the official podcast of America's Test Kitchen
Talking about some of my research on gut microbes and food! Check it out
americastestkitchen.com/proo…
In one week: super excited to join my favorite radio station @wgbh of Boston to talk about the science of food with Edgar Herwick, @Rachel_Herz . Free and open to the public - wgbh.org/events/bostontalks-…
a wonderful science and cooking experiment you can try at home - this was a great collaboration between EdX at Harvard University and Young Chefs Program: From Cooking to Science
check it out
piped.video/RgvoAomnv-o
Incredible experience. Always inspiring to meet the students and advisors who also receive training in mentorship. Sad to have attended my last one but this family will be with me forever.
Externally grateful for my past five week at basque culinary center. Living in a beautiful place and enjoying its gastronomy, working in an interdisciplinary team, sharing my research… instagram.com/p/B4ckledoeGPO…
Check out this recent feature on the Harvard Graduate School of Arts and Sciences Veritalk Podcast where I talk about science, cooking, and gut microbes along with another PhD student.
simplecast.com/s/5231d06c
Beyond studying how the microbiome influences our digestion of food, scientist, chef, and educator @NOFOKitchen wants to experiment with microbes in the kitchen, asking, "How can we actually harness microorganism for producing food?" Learn more▶️ to.wgbh.org/3fIxZf2
"rarefaction based machine learning and artificial intelligence algorithms" in the CRapPy software for microbial population analysis by @NOFOKitchen, @differding_ , and @tkkanno
This happens to me all the time. I’m mixed too. The level of my answer depends on whether I think it’s worth explaining. So many times people answer me telling me what I am - why ask if you won’t even listen ?
Thank you for the kind words !! I have enjoyed every time I got to see you at the meetings. Now I’ll on the same coast as you - moving to Berkeley !!! Hope to meet soon
So excited to participate in this on Thursday at 2pm PT - a dream team of people in food and science reflecting on their careers and the future of the field. Free and open to the public.
Had a fantastic time chatting about the science of food on @wgbh yesterday! Great questions from the over 600 people in attendance! @ Berkeley, California instagram.com/p/CM4qI_zJfTiO…
Catherine, thank you for all the support along the way! You made me feel welcome early on. Doesn’t feel that long ago we chatted about microbiota and social behavior at recruitment !! Thank you.