💡 When P-ARose met CB7, it really AROSE to the occasion ✨
From “lights out” 💡❌ to 6.4× brighter 🎆 - we harness supramolecular chemistry to flip the fluorescence switch ON for STED nanoscopy.
Now in @J_A_C_S
https://t.co/9kT4V59WYu
#STED#Fluorescence#Supramolecular
Published in PNAS: T. Moosmayer, K.A. Kiszka et al. (2024) "#MINFLUX fluorescence nanoscopy in biological tissue".
Open access at
https://t.co/Eiuqqp5wCl
including PSD95, presynaptic VGlut1 clustering and AMPAR clustering at the post-synapse
@mpi_nat@mpi_mr_hd
As we gain more knowledge about circadian rhythms (our biological clocks), the impact of their proper functioning on our health is becoming increasingly important. Here is a guiding summary of how to control these biological timekeepers using light: https://t.co/ud6R8jI4Bm
🚨🚨🚨 We are hiring! We are looking for 2⃣ PhD students who want to join us @StratinghInst for awesome research in the field of continuous #enzyme#evolution! Informal questions per DM. Click the link below to apply! #MolecularEvolution
Please RT!
https://t.co/264T5VVSq1
A new DAE photoswitch just out! Red-to-NIR absorption, millisecond thermal back-isomerization, excellent fatigue resistance and great water solubility...And it also has a Christmas hat! 🎅Check out @Kolarski88 work @angew_chem by following the link! 💥💥https://t.co/kTAsEXzTzy
@stefano_crespi Congrats to Cristina and you! It`s great to see your independent research already published. The future appears bright ;) . Keep nailing it!
@MiljanicGroup @univgroningen I'm glad it finally arrived (this one was the second or third attempt ;) ).
As mentioned in the thesis - my stay in your group kicked me off the total synthesis path and opened the chemistry world as broad as it is. Thanks you for all the years of support!