RT @ACSBioMed: Smalley et al. report new class I HDAC PROTAC degrader molecules in J. Med. Chem. The first submicromolar degraders of HDAC1…
RT @ACSBioMed: Smalley et al. report new class I HDAC PROTAC degrader molecules in J. Med. Chem. The first submicromolar degraders of HDAC1…
RT @ACSBioMed: Smalley et al. report new class I HDAC PROTAC degrader molecules in J. Med. Chem. The first submicromolar degraders of HDAC1…
RT @ACSBioMed: Smalley et al. report new class I HDAC PROTAC degrader molecules in J. Med. Chem. The first submicromolar degraders of HDAC1…
RT @ACSBioMed: Smalley et al. report new class I HDAC PROTAC degrader molecules in J. Med. Chem. The first submicromolar degraders of HDAC1…
Smalley et al. report new class I HDAC PROTAC degrader molecules in J. Med. Chem. The first submicromolar degraders of HDAC1 and new HDAC3 degraders: https://t.co/IpbxahNrKS https://t.co/cR6pVMvNH1
Optimization of Class I Histone Deacetylase PROTACs Reveals that HDAC1/2 Degradation is Critical to Induce Apoptosis and Cell Arrest in Cancer Cells https://t.co/ILWXcwGcBI #nor論文
RT @HodgUoL: Check out our latest work on new Class I #HDAC degraders, just published in @ACSBioMed. A huge collaborative effort between th…
“Optimization of Class I Histone Deacetylase PROTACs Reveals that HDAC1/2 Degradation is Critical to Induce Apoptosis and Cell Arrest in Cancer Cells” https://t.co/ivN3hVM9y7
RT @HodgUoL: Check out our latest work on new Class I #HDAC degraders, just published in @ACSBioMed. A huge collaborative effort between th…
RT @HodgUoL: Check out our latest work on new Class I #HDAC degraders, just published in @ACSBioMed. A huge collaborative effort between th…
Optimization of Class I Histone Deacetylase PROTACs Reveals that HDAC1/2 Degradation is Critical to Induce Apoptosis and Cell Arrest in Cancer Cells https://t.co/owviV4MbSl https://t.co/ce3fPetS4z
RT @HodgUoL: Check out our latest work on new Class I #HDAC degraders, just published in @ACSBioMed. A huge collaborative effort between th…
RT @adammgilbert911: HDAC1/2 degradation as a way to effectively induce apoptosis and cell arrest in HCT116 cells #proteindegradation #PFEC…
RT @HodgUoL: Check out our latest work on new Class I #HDAC degraders, just published in @ACSBioMed. A huge collaborative effort between th…
RT @adammgilbert911: HDAC1/2 degradation as a way to effectively induce apoptosis and cell arrest in HCT116 cells #proteindegradation #PFEC…
RT @HodgUoL: Check out our latest work on new Class I #HDAC degraders, just published in @ACSBioMed. A huge collaborative effort between th…
RT @HodgUoL: Check out our latest work on new Class I #HDAC degraders, just published in @ACSBioMed. A huge collaborative effort between th…
Optimization of Class I Histone Deacetylase PROTACs Reveals that HDAC1/2 Degradation is Criti... https://t.co/xXVQXjkzu8
Absolutely delighted to have my work published in J. Med. Chem. The culmination of 3 years of work! Thanks to everyone who helped put this together. Really proud of the end result. 🥳🙌 #ChemTwitter #PhD #PhdChat #HDAC #PROTAC
RT @HodgUoL: Check out our latest work on new Class I #HDAC degraders, just published in @ACSBioMed. A huge collaborative effort between th…
Check out our latest work on new Class I #HDAC degraders, just published in @ACSBioMed. A huge collaborative effort between the Hodgkinson, Cowley (@RamLeicester) and Schwabe research groups, led by @joshsmalley15. @Leicesterchem @LeicStructBio #PROTAC h
Optimization of Class I Histone Deacetylase #PROTACs Reveals that #HDAC1/2 Degradation is Critical to Induce Apoptosis and Cell Arrest in Cancer Cells https://t.co/tPBHhM6CxA
HDAC1/2 degradation as a way to effectively induce apoptosis and cell arrest in HCT116 cells #proteindegradation #PFEColleague https://t.co/TBlGddhWn8