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@Sattely_lab
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Follow us @sattelylab.bsky.social
Stanford, Shriram Center
Joined December 2021
It's a new year, it's a new account! Follow us @sattelylab.bsky.social on BlueSky. See you soon friendsπ
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Thank you @Sattely_lab for sharing your insights on engineering of plant chemistry for plant and human health at the https://t.co/zEuXFIUAgR seminar π²ππΌπ #stanford #syntheticbiology #stanfordsb
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@Chibuike_Uwakwe @zhenanbao @longlabstanford @HongNeuroTech .@caseyvchan, Chemistry/Biology Interface (CBI) fellow at Sarafan ChEM-H, on learning that plants produce different compounds at each developmental stage. @Sattely_lab
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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 https://t.co/NXTmkViETm.
#KSFutureAg25 #plantsynbio @Sattely_lab
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Great job by Conor, Jack, Chloe and Ricardo from the @Sattely_lab in collaboration with the Lange lab and @fordycelab! #plant #stanford #bioengineering
Excited to share our new preprint on the Taxol pathway! We developed a strategy to systematically activate and identify gene sets in non-model organisms and used it to find 8 new genes in the Taxol pathway, allowing us to biosynthesize Taxol precursors de novo. Surprisingly, this
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Congrats Hannah! Great collaboration
Delighted that our latest limonoid biosynthetic pathway work is now online @J_A_C_S ! We characterise a yield boosting β¬οΈ enzyme involved in an acetyl protection/deprotection step, providing new insights into furan biosynthesis ππΏ https://t.co/5iBG8ttA7l
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My PhD work studying the biosynthesis of medicinal natural products in plants is now published. Check it out!
Now online! A developmental gradient reveals biosynthetic pathways to eukaryotic toxins in monocot geophytes
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Dr. Beth Sattely @Sattely_lab 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 πͺ΄π§¬πβ¨οΈ
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Just relaxing on our group retreat 2024. Marshmallows ready everyone? πͺπ«
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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
Zinc (Zn) deficiency is recognized as a global crisis as it is observed in half of all agricultural soils. However, the molecular mechanisms that drive plant physiological responses to soil Zn...
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There is something truly mesmerizing about a drop of water hanging from a plant π Happy Friday everyone!
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Tara is working on the molecular recognition between plants and microbes and elucidating mechanisms of horizontal gene transfer. πΏβοΈπ¦ Ryan will harness oral tolerance mechanisms to engineer proteins for immune therapies. π§ͺπ
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Get ready for the 2nd-year grad students Tara Lowensohn and Ryan Kong: Both just received the prestigious NSF Graduate Research Fellowship! π₯³ https://t.co/nrKXST0jOT
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Congrats to Jack and everyone involved! πΏπ
Excited to share my paper @NatureComms on the Taxol biosynthesis @Sattely_lab with some help from the @Keasling_Lab π₯³ π Really happy to have contributed to the studies of this amazing molecule π https://t.co/mpw3frSwVJ (1/2)
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Purifying heterogeneously expressed compound from Nicotiana extract πΏ all the chlorophylls/pigments always make this a satisfying process π @Sattely_lab
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Another Taxol biosynthesis paper @ScienceMagazine
https://t.co/UP0se7n3rt My wholehearted congrats to all authors! The discovery of the oxetenase is truly amazing and would greatly facilitate our work. (1/3)
science.org
The biosynthetic pathway of the paclitaxel diterpenoid core baccatin III was artificially reconstructed in tobacco.
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Now with a News & Views: "Assembling neuroactive alkaloids" https://t.co/5vxtc6bd1a The Lycopodium alkaloids represent a valuable source of neuroactive compounds. The biosynthesis of these specialized metabolites is now shown to involve three Ξ±-carbonic anhydrase-like enzymes...
Nature research paper: Plant carbonic anhydrase-like enzymes in neuroactive alkaloid biosynthesis
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Thank you to Professor Ushimaru and Professor Abe for the excellent write up on our recent manuscript on Lycopodium alkaloid biosynthesis! https://t.co/nRbLHp4Y56
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