Sattely_lab sattelylab.bsky.social (@sattely_lab) 's Twitter Profile
Sattely_lab sattelylab.bsky.social

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linkhttps://web.stanford.edu/group/sattelygroup/cgi-bin/wordpress/ calendar_today06-12-2021 18:43:11

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Ryan Nett (@rnett42) 's Twitter Profile Photo

Thank you to Professor Ushimaru and Professor Abe for the excellent write up on our recent manuscript on Lycopodium alkaloid biosynthesis! rdcu.be/dtiPg

Nature Plants (@natureplants) 's Twitter Profile Photo

Now with a News & Views: "Assembling neuroactive alkaloids" rdcu.be/dtpCE The Lycopodium alkaloids represent a valuable source of neuroactive compounds. The biosynthesis of these specialized metabolites is now shown to involve three α-carbonic anhydrase-like enzymes...

Now with a News & Views: "Assembling neuroactive alkaloids" rdcu.be/dtpCE

The Lycopodium alkaloids represent a valuable source of neuroactive compounds. The biosynthesis of these specialized metabolites is now shown to involve three α-carbonic anhydrase-like enzymes...
Jack Chun-Ting Liu (@ctliu629) 's Twitter Profile Photo

Another Taxol biosynthesis paper Science Magazine science.org/doi/10.1126/sc… My wholehearted congrats to all authors! The discovery of the oxetenase is truly amazing and would greatly facilitate our work. (1/3)

Jack Chun-Ting Liu (@ctliu629) 's Twitter Profile Photo

Purifying heterogeneously expressed compound from Nicotiana extract 🌿 all the chlorophylls/pigments always make this a satisfying process 🌈 Sattely_lab sattelylab.bsky.social

Sattely_lab sattelylab.bsky.social (@sattely_lab) 's Twitter Profile Photo

Zinc deficiency is the most abundant microdeficiency of plants globally. It affects up to 50% of all arable lands. We show that Brassicaceae plants (broccoli, radish) actively secrete peptides to increase root mass under zinc starvation. biorxiv.org/content/10.110…

Jenny Seohyun Jo (@jenny_sjo) 's Twitter Profile Photo

Dr. Beth Sattely Sattely_lab sattelylab.bsky.social elegantly presents the difficulties and bottlenecks in plant specialized metabolism pathway discovery and approaches we can use to mine and find fascinating non-canonical enzyme classes 🪴🧬🔍✨️

Dr. Beth Sattely <a href="/Sattely_lab/">Sattely_lab sattelylab.bsky.social</a> elegantly presents the difficulties and bottlenecks in plant specialized metabolism pathway discovery and approaches we can use to mine and find fascinating non-canonical enzyme classes 🪴🧬🔍✨️
Keystone Symposia (@keystonesymp) 's Twitter Profile Photo

Future science innovators, submit your abstract for the Future of Agriculture for Sustainability conference by December 30th (11:59pm MST) to join Keynote Speaker Elizabeth Sattely and other leaders. Apply now at hubs.la/Q030fXfc0. #KSFutureAg25 #plantsynbio Sattely_lab sattelylab.bsky.social

Future science innovators, submit your abstract for the Future of Agriculture for Sustainability conference by December 30th (11:59pm MST) to join Keynote Speaker Elizabeth Sattely and other leaders. Apply now at hubs.la/Q030fXfc0. #KSFutureAg25 #plantsynbio <a href="/Sattely_lab/">Sattely_lab sattelylab.bsky.social</a>
Stanford Synthetic Biology (@stanfordsynbio) 's Twitter Profile Photo

Thank you Sattely_lab sattelylab.bsky.social for sharing your insights on engineering of plant chemistry for plant and human health at the SB.Talk seminar 🌲🙌🏼🌟 #stanford #syntheticbiology #stanfordsb

Thank you <a href="/Sattely_lab/">Sattely_lab sattelylab.bsky.social</a> for sharing your insights on engineering of plant chemistry for plant and human health at the SB.Talk seminar 🌲🙌🏼🌟 #stanford #syntheticbiology #stanfordsb