I am looking forward to this year's ACS SD national meeting after populating my itinerary with many incredible talks! If you are around, then please consider attending some talks from the Picazo Lab! #ACSSpring2025#ACS#ACSSD
We are thrilled to share our latest discovery https://t.co/0j26phE26u ! Give this iron-catalyzed reaction a go if you need a benzylic or tertiary carbon–heteroatom bond! I can't wait to further apply it ourselves! Congrats to the team on filling some nice gaps in metal catalysis!
Donor-acceptor Stenhouse adduct (DASA) photoswitches are synthetically modular, leading to tunable photophysical and switching properties! To facilitate designer DASA construction, we describe compartmentalized DASA structure-property relationships! Read the Open Access @J_A_C_S Perspective here, https://t.co/wLCUyv1tIM
We’ve been enjoying great success at USC in the past couple of years and would love for you to pursue your PhD in chemistry with us!! Our application is now available! Please share with interested students and learn more here, https://t.co/Ur6A5eY4E6
The NSF Research Experience for Undergraduates (REU) Program at USC Chemistry. Summer 2024.
We wish you all the best in your future endeavors!
Thank you to our faculty, mentors, and staff who make all of this a success!
#dornsifelife#fighton ✌🏼
Congratulations to @GabrielLovinger and Marcus Sak @msh_yi on their paper in @Nature! A HBD catalyst accelerates an SN2 pathway despite H-bonding to the nucleophile by preorganizing the ion pair into a reactive conformation, just like an enzyme would!
https://t.co/hE12GPNyPw
Thrilled!
Read Picazo group unlocks the final component on DASAs with sulfonamide protection of pyrroles!
Really excited to work further on this project!
Congratulations again! 🎉
@PicazoLab
!! Our most recent publication is now at Nature Communications! We developed a pyrrole rearrangement and used it to create and study a new subclass of light-responsive small molecules named amino DASAs! Congratulations to the team!! Learn more here, https://t.co/FZtue67nTW
‼️ I am thrilled to share our newest preprint describing the use of iron for a metal catalyzed C(sp3)–halide coupling with soft thiol nucleophiles! We are inspired by advances in iron catalysis happening across the world! Read our preprint here: https://t.co/YBLNcziHbY
🥳 Our group was recently honored with the President’s Sustainability Initiative Award!! We are excited to further our understanding of iron catalyzed reactions! Congratulations to the group!!
I like this pic better! It shows how nitrogen's additional bonding orbital enabled a rearrangement that had been limited to furans since 1850! It also highlights how amino DASAs unlock the final static compartment in DASA photoswitches! Read more here: https://t.co/1Xi2p9f7NM
The Piancatelli and related rearrangements have been limited to furans since 1850. We developed the first pyrrole equivalent and used it to make new light-responsive matter!! Read about the first amino DASAs in our @ChemRxiv preprint here https://t.co/OYcIpIJ2XO
!! Our group's first publication is now available in the J. Am. Chem. Soc.! We developed a scalable, iron-catalyzed cross-electrophile coupling and used it in a number of applications! We sincerely thank reviewers for strengthening our report. Please join me in congratulating Julius (@Ju_Seme) and Yuanjie! Learn more here, https://t.co/Hx3DI9Kx7p