Publication - by Dr. Peter Chi and Hsin-Yung Yen @ACSPublications#Helicase-like #transcription factor (HLTF) involves in #DNA replication fork reversal. This study reveals the ATP-induced dimerization of HLTF and its role in DNA unwinding activity. https://t.co/z6qP2OI0Qj
🔬Publication - by Dr. Chiaolong Hsiao @SciReports
A conserved radial distribution of #RNA A-#helices that characterizes the spatial structure of large #ribosomal subunits, providing a general ribosomal structure across evolutionary diversity. https://t.co/0XaG6C2kR6
#ribosome
🔬Publication - by Dr. Yuan-Chih Chang @npjAMR
Cationic #peptide TP2-5, a ow-dose #antibiotic#adjuvant, showed envelope perturbation characterized by inner-membrane hyperpolarization, thereby enhancing antibiotic susceptibility of MDR E. coli. https://t.co/wE2e15swr7
#biochem
🔬Publication - by Dr. Steven Lin @NatureComms
The newly established #genome-wide #CRISPR screening platform identified key regulators of #NK#cell functions, suggesting potential engineering targets for more potent NK #cancer#immunotherapy. https://t.co/Rl9yVCWiIm
#biochem
🔬Publication - by Dr. Wei Yuan Yang and Guang-Chao Chen @CellPressNews
This study suggests that #lysosomes can sense the magnitude of #autophagy loads and quantitatively translate this signal into TFEB activation. https://t.co/EV7tRYWck2
#biochemistry#biochem
🔬Publication - by Dr. Meng-Ru Ho
By using #chimeric#Fab fragment cZ22-Fab, this study demonstrated the mechanism of #antibody-mediated Z-#DNA formation and stabilization, highlighting its potential for #autoimmune#disease treatment. https://t.co/ptMCqu6tDM
#biochemistry
2026 IBC summer #intern program applications are now open!
👉Application deadline: 2026/4/30
For more information, please visit: https://t.co/nf5mTMzinS
🔬Publication - by Dr. MENG-CHIAO HO @ScienceMagazine#Vaccinia#virus uses a multicomponent entry #fusion complex. Researchers found that A16, one component of the fusion core may regulate #lipid engagement, and F9 reinforces the prefusion architecture. https://t.co/nR4yUCr0aW
https://t.co/oq6lSOG0mV
We are happy to share our work published in JACS that we found ProteinMPNN-designed protein (ubiquitin-fold proteins in this study) tends to recruit more water to for a persistent mesostructured hydration shell with enhanced stability. @IBCSinica@acsJACS
🔬Publication - by Dr. Ching-Ching Yu @WileyGlobal
TERS platform resolves subtle structural differences in glycosidic linkages, allows semi-quantitative estimation of chain length, and tracks enzymatic #glycosylation reactions in real time. https://t.co/C9X77HfTMM
#biochemistry