Stone Woo (@stwooone) 's Twitter Profile
Stone Woo

@stwooone

Chemist @Merck | PhD from @Shenvi_Lab @scrippsresearch | šŸ‡¦šŸ‡ŗ

ID: 880815257999917056

calendar_today30-06-2017 15:48:17

75 Tweet

271 Followers

612 Following

Engle Lab (@englelab) 's Twitter Profile Photo

The 2023 Scripps Research Graduate Program Organometallics Course is live. All course materials available on the web: englelab.com/organometallic… All lectures on YouTube: m.youtube.com/watch?v=65XmR_…

The 2023 <a href="/ScrippsGradPrgm/">Scripps Research Graduate Program</a> Organometallics Course is live.

All course materials available on the web: englelab.com/organometallic…

All lectures on <a href="/YouTube/">YouTube</a>: m.youtube.com/watch?v=65XmR_…
Andrew Riley (@therileylab) 's Twitter Profile Photo

Would you like to join this talented group of scientists working on the medicinal chemistry of natural products involved in pain and addiction? Good news, you can!!! We are hiring a postdoc: uic.csod.com/ux/ats/careers… Please re-tweet and help spread the word!

Would you like to join this talented group of scientists working on the medicinal chemistry of natural products involved in pain and addiction? Good news, you can!!!
We are hiring a postdoc: uic.csod.com/ux/ats/careers…

Please re-tweet and help spread the word!
C&EN (Chemical & Engineering News) (@cenmag) 's Twitter Profile Photo

Thirty-five graduate students and postdoctoral researchers make up the CAS Future Leaders class of 2023. Participants in this program gain leadership skills and learn about the chemical information industry. fal.cn/3Apkc

Cintya Dharmayanti (@cintya_d_) 's Twitter Profile Photo

Loved being able to finally meet fellow #CASFutureLeaders tonight in Columbus, Ohio! Looking forward to the two weeks ahead šŸ™ŒšŸ½

CAS (@caschemistry) 's Twitter Profile Photo

Today, CAS kicks off the 2023 #CASFutureLeaders program, welcoming a new class of early-career scientists from around the world. Participants will learn leadership, present their research at #ACSFall2023, & connect to a global network of fellow scientists. ow.ly/1crP50PtX4J

Today, CAS kicks off the 2023 #CASFutureLeaders program, welcoming a new class of early-career scientists from around the world. Participants will learn leadership, present their research at #ACSFall2023, &amp; connect to a global network of fellow scientists. ow.ly/1crP50PtX4J
Liz New (@lizjnew) 's Twitter Profile Photo

Very excited to announce a new 3 year post doc position in my lab The New Group, working on the synthesis and application of responsive probes for biological systems, funded by CIPPS. Visa sponsorship available. usyd.wd3.myworkdayjobs.com/en-US/USYD_EXT… Sydney Chemistry Please RT.

Andryj Borys (@andryjborys) 's Twitter Profile Photo

Showcasing the power of working together, our collaborative paper in J. Am. Chem. Soc. with ITEMM Group details how #bimetallic #cooperativity between #lithium and #nickel enables the cross-coupling of aryl ethers! Prof Hevia šŸ‡ŗšŸ‡¦ DCBPunibern pubs.acs.org/doi/10.1021/ja…

Aleks Holownia (@aleksholownia) 's Twitter Profile Photo

Hi all, I am running for the member-at-large position in this years Division of Organic Chemistry Elections! If you’re a member of the DOC, check out the ballot to find short biographies and personal statements for each exceptional candidate. I encourage you to vote!

Hi all,

I am running for the member-at-large position in this years Division of Organic Chemistry Elections! 

If you’re a member of the DOC, check out the ballot to find short biographies and personal statements for each exceptional candidate. I encourage you to vote!
Shenvi Lab (@shenvi_lab) 's Twitter Profile Photo

#2: Had a blast collaborating with Baran Lab. Felt like old times. tinyurl.com/7heyrvka We report a single catalyst that quaternizes 3° radicals derived from RAEs or olefins. Very simple conditions: iron, reductant, base.

CAS (@caschemistry) 's Twitter Profile Photo

Join a group of exceptional Ph.D. students and postdoctoral scholars from around the world to take the next steps in your leadership journey. Apply for the 2024 #CASFutureLeaders program by Sunday, January 28, 2024! ow.ly/hUJ550QcwFi

Join a group of exceptional Ph.D. students and postdoctoral scholars from around the world to take the next steps in your leadership journey. Apply for the 2024 #CASFutureLeaders program by Sunday, January 28, 2024! ow.ly/hUJ550QcwFi
Scripps Research (@scrippsresearch) 's Twitter Profile Photo

Scripps Research chemists Ryan Shenvi and Guanghu Tong in the Shenvi Lab have modified the traditional poison picrotoxinin, significantly improving its stability and safety for potential neurological drugs, pesticides and anti-parasite treatments. ow.ly/wg3n50QkPa8

Scripps Research chemists Ryan Shenvi and Guanghu Tong in the <a href="/Shenvi_Lab/">Shenvi Lab</a> have modified the traditional poison picrotoxinin, significantly improving its stability and safety for potential neurological drugs, pesticides and anti-parasite treatments. ow.ly/wg3n50QkPa8
Tanner Jankins (@w0tangclan) 's Twitter Profile Photo

Shuttle HAT: A simple solution for all your MHAT needs. No more wasting silanes and/or oxidants to generate your Co–H – Now all you need is a C–H bond. chemrxiv.org/engage/chemrxi…

Shuttle HAT: A simple solution for all your MHAT needs. No more wasting silanes and/or oxidants to generate your Co–H – Now all you need is a C–H bond.
chemrxiv.org/engage/chemrxi…
Nathan Dao (@nathandao1109) 's Twitter Profile Photo

So happy to see this work out today in Science Magazine! We showed that an iron catalyst and a silane can generate both 3° & 1° carbon radicals from olefins/RAEs and then couple them to make quaternary carbons! science.org/doi/epdf/10.11…

Scripps Research (@scrippsresearch) 's Twitter Profile Photo

In a new Science Magazine study, the Shenvi Lab, with Baran Lab, converted feedstock chemicals into quaternary carbons with a single, inexpensive iron catalyst that could lead to cheaper and easier production of drug molecules. More: ow.ly/faks50R9E94

In a new <a href="/ScienceMagazine/">Science Magazine</a> study, the <a href="/Shenvi_Lab/">Shenvi Lab</a>, with <a href="/BaranLabReads/">Baran Lab</a>, converted feedstock chemicals into quaternary carbons with a single, inexpensive iron catalyst that could lead to cheaper and easier production of drug molecules. More: ow.ly/faks50R9E94
Shenvi Lab (@shenvi_lab) 's Twitter Profile Photo

In this paper, 3rd year graduate student ęŽę˜„é›Ø (Chunyu Li) synthesized 25 natural products (!!) using a method of in silico library selection. Chunyu is a new type of student in our lab, having seamlessly blended calculation and synthesis. Take a look: tinyurl.com/mryjxh2w

In this paper, 3rd year graduate student ęŽę˜„é›Ø (Chunyu Li) synthesized 25 natural products (!!) using a method of in silico library selection. Chunyu is a new type of student in our lab, having seamlessly blended calculation and synthesis.

Take a look: tinyurl.com/mryjxh2w
Synthesis Workshop (@matthewhorwitz1) 's Twitter Profile Photo

NEW EPISODE ALERT!! "How Can We Make This???" Episode #2 is OUT NOW!! Join Aidan Looby, Eleanor Landwehr, and Prof. Jeff Johnson as we try to answer this question for Phlegmadine B! Link: youtu.be/W_aum9sNqig?si… Aidan Looby Eleanor M Landwehr Johnson Lab UNC

NEW EPISODE ALERT!! "How Can We Make This???" Episode #2 is OUT NOW!!

Join Aidan Looby, Eleanor Landwehr, and Prof. Jeff Johnson as we try to answer this question for Phlegmadine B!

Link: youtu.be/W_aum9sNqig?si…

<a href="/aplooby28/">Aidan Looby</a> <a href="/EleanorMLandwe1/">Eleanor M Landwehr</a> <a href="/JohnsonGroup/">Johnson Lab UNC</a>