Lipid droplet biology, focus on evolution of LD using isolation/proteomics, conserved protein study, plus informatics analysis, from bacteria to humans
📢 Congratulations to Weibo Cai on their study "Nanobody PET tracer enables GPA33 expression profiling for precision diagnosis of colorectal cancer" published in Biophysics Reports (Online First).
🔗 https://t.co/x5YJH1sfnq
#GPA33#Colorectalcancer#Nuclearmedicine#Nanobody #Molecularimaging
📢 Congratulations to Yalan Zhu on their review "Molecular mechanisms of CBASS-mediated bacteriophage defense" published in Biophysics Reports (Online First).
🔗 https://t.co/hFROKecuoD
#CBASS#Programmedcelldeath#AntiCBASS#CDNTase#Immuneevasion9
📢 Congratulations to Lei Kang on their study "[64Cu]Cu-NOTA-Ivonescimab: a novel PET tracer for imaging VEGF expression in colorectal carcinoma" published in Biophysics Reports (Online First).
🔗 https://t.co/nJird02GdU
#ImmunoPET#Cu64#VEGF#Radioactivetracer #Positronemissiontomography #Colorectalcancer
📢 Congratulations to Zufar Gabbasov on their study "Increased impact of GPIb receptors on platelet adhesion under flow in severe COVID-19" published in Biophysics Reports (Online First).
🔗 https://t.co/fUQg8YLtbC
#COVID19#Thrombosis#Platelet#GPIb
📢 Congratulations to Kai Huang on their review "Cyclic stretch and oxidative stress induced miRNAs in vascular remodeling" published in Biophysics Reports (Online First).
🔗 https://t.co/lK8nJlK4Bl
#smiRNAs#Cyclicstretch#Mechanotransduction#Oxidativestress#ROS
📢Congrats to Haiyan Xu on their study "Construction of genetically encoded biosensors for monitoring cytosolic and mitochondrial H2O2 in response to nanozymes in THP-1 cells" published in Biophysics Reports (Online First).
🔗https://t.co/SJaGfS0a98
#Nanozymes#Oxidoreductase
Fat Cells in Full Bloom!
Check out our cover on @CellReports@CellPress@ClaudioVillanu@uclaibp
1/5 In a vibrant homage to Van Gogh's iconic Sunflowers, we introduce the Rosiflowers - a wonder born from the fertile depths of the adipose stromal vascular fraction.
We isolated and omics analyzed lipid droplets from human carotid artery plaques. Enrichment (16.5%) of arachidonic acid in cholesteryl ester indicates that the plaque is an inflammatory core. https://t.co/7twe7t2Rtk
📢Congrats to Jiangtao Guo on their study "Structural basis for the ion selectivity of potassium-chloride cotransporter KCC4 revealed by cryo-EM titration" published in Biophysics Reports (Online First).
🔗https://t.co/qSSp5co2KE
#KCC4#CryoEMTitration#MDsimulation
📢Congratulations to Shuguang Tan on their study "Rapid identification of antigen-specific TCRs for cancer immunotherapy" published in Biophysics Reports (Online First).
🔗https://t.co/paqj23XIr8
#Immunopeptide#SingleCellSequencing#TCR
📢Congratulations to Fan Yu on their review "The dual function of mitophagy in ferroptosis" published in Biophysics Reports (Online First).
🔗https://t.co/DXQLmGhZiT
#Mitophagy#Ferroptosis#ROS#Iron
📢Congratulations to Yusong R. Guo on their review "Interactions between membrane proteins and lipid membrane revealed by cryoEM" published in Biophysics Reports (Online First).
🔗https://t.co/le6mSdYptW
#MembraneProtein#ProteinLipidInteraction#CryoEM
We identified a novel mitochondrial protein MNP33 from the dark proteome. MNP33 shifts cellular lipid metabolism, favoring cholesteryl ester storage over triacylglycerol via stabilization of ACAT1, and is associated with closer ER-mitochondria contacts. https://t.co/bJNOjVNBfi
We isolated skeletal muscle lipid droplets from athletes and T2DM. Comparative proteomics resolves Athlete’s Paradox by three determinative factors for Athlete’s Good LDs and T2DM's Bad LDs: LD-associated ATGL, LD-anchored mitochondria LDAM, cytoskeleton. https://t.co/48A7ejPu5i
The work was done together with Prof. Xueliang Zhu and Prof. Miao Gui. Like always, we prepared a Cover proposal, however @NatureComms does not have a cover 😅
Big thanks to Prof. Peter Tontonoz and Lauren F. Uchiyama @UCLA for their insightful highlight on a recent Nature paper: DIESL fuels a DGAT-independent triglyceride synthesis pathway. @life_metabolism@JohnSpeakman4 Learn more: https://t.co/99yjRtgUxH