IS THIS REAL? OR AM I DREAMING??
I had a fantastic experience presenting my research works at Sharpless group!
I noticed that 'click' chemistry, which can be done without much knowledge of organic chemistry, is actually based on the deepest understanding of organic reactions💕💕
Need “molecular” designs for fluorogenic probes?
Let’s think out of the box,
@AggregateOA
-level designs!
Our 3 yr efforts disclosed that emission-quenchers amplify their efficiency in aggregates, resulting in ultrahigh fluorogenicity!
Please repost😆
Thank you so much
@BaranLabReads
for taking time just to chat with me, o-chem enthusiast. As a huge fan of total syntheses, I will never stop following your works that create SIMPLICITY in this most complicated science.
As an iEDDA-click chemist, I cannot be happier than this moment!!!
Thank you so much
@CarolynBertozzi
for super motivating talk!! The BCN accessories are the coolest😆
#ACSSpring2023
Let's say bye to organic synthesis! I loved you!
What is the easiest way to connect molecules?
Click chem? ..let me challenge this my favorite concept.
Here, we report our simplest, “just mix” methodology: co-aggregation!!
Let's change the rule in chemistry:p
Please repost😊
Co-aggregation as A Simple Strategy for Preparing Fluorogenic Tetrazine Probes with On-Demand Fluorogen Selection (Ben Zhong Tang and co-workers)
@HKUST
,
@BenZhongTANG1
,
@MaitotoxicPhD
Today is my happiest day! Finally I met a professor who makes my favorite monomers→polymers.
Thank you very much
@YanXiaLab
for letting me present my work in your group. All students/postdocs in the lab were so nice, active, and smart, demonstrating how healthy the group is!!!
Tang研。共役していないはずの1,1,2,2-tetraphenylethaneが示す可視光発光の理由づけ。十分に近いベンゼン間のThrough space conjugationが行われているとのこと。証明は計算メイン。僕が計算嫌いなのもあるけど大分無理矢理に感じる。発光してるのは事実だからいいのかな。
I sincerely appreciate
@ACS_DivBioChem
for providing me with ACS travel award!!
This financially helps me a lot (everything in America is so expensive for me haha), and now I cannot wait to present my works in ACS! Wish people will enjoy my talk as well😆
Thank you so much!!
See this from Huang et al! Published in
#Macromolecules
😎
Synthesis and Reactivity of Diazirine-Containing Polymers via Controlled Radical Polymerization ➡️
Great work, folks!
I’m proud to be a chemical biologist😝
Finished my 3 oral and 1 poster presentations at
#ACSSpring2024
!! (Tbh, I’m exhausted lol)
I am so happy I could meet many new/old friends there as well as professors I admire. Wish I can keep in touch to y’all. Thank you so much ACS!!
The best thing in ACS was wandering into
@acs_carb
, glycobiology section. I was blown away - reminded me of the day I first knew chem bio, my favorite science. Thank you so much
@HuangMia
for welcoming me at Scripps & showing me your awesome work! Hope to join your field someday.
Microwave-Assisted, Metal-Free Synthesis of Highly Substituted 1,2,4-Triazines: One-pot, three-step [4+2] annulation strategy for the preparation of highly substituted derivatives
We're thrilled to welcome Prof. Motonari Uesugi to the ACS Central Science Editorial Board as Senior Editor!
In his work, Prof. Uesugi and his co-workers aim to gain a fundamental understanding of biological events through the study of small or mid-sized molecules.
Site-selective labeling of the immunophilin FKBP12 using fluorogenic azo-functionalized BODIPYs allows rapid and wash-free detection of immunosuppressants
@marber_chem
@dynafluors
@RLavillaGroup
NEW
#ASAP
Read it here:
現在汎用されてる可逆的不活性化ラジカル重合系(”リビング”ラジカル重合系)であるNMPとATRPを其々2番目に発見した超ビッグネームの講演会です(一報目はProf. Michael GeorgesとProf.Mitsuo Sawamotoのはず)。
夜中やけど高分子精密合成に興味あるなら行くしかない。