RT @CramerLab: Movie by @KokicGoran shows how a protein complex (Pol II TCR complex) gets targeted by ubiquitination. https://t.co/yxFuhhUX…
RT @CramerLab: Movie by @KokicGoran shows how a protein complex (Pol II TCR complex) gets targeted by ubiquitination. https://t.co/yxFuhhUX…
RT @CramerLab: Movie by @KokicGoran shows how a protein complex (Pol II TCR complex) gets targeted by ubiquitination. https://t.co/yxFuhhUX…
RT @CramerLab: Movie by @KokicGoran shows how a protein complex (Pol II TCR complex) gets targeted by ubiquitination. https://t.co/yxFuhhUX…
RT @CramerLab: Movie by @KokicGoran shows how a protein complex (Pol II TCR complex) gets targeted by ubiquitination. https://t.co/yxFuhhUX…
RT @CramerLab: Movie by @KokicGoran shows how a protein complex (Pol II TCR complex) gets targeted by ubiquitination. https://t.co/yxFuhhUX…
RT @CramerLab: Movie by @KokicGoran shows how a protein complex (Pol II TCR complex) gets targeted by ubiquitination. https://t.co/yxFuhhUX…
RT @CramerLab: Movie by @KokicGoran shows how a protein complex (Pol II TCR complex) gets targeted by ubiquitination. https://t.co/yxFuhhUX…
Movie by @KokicGoran shows how a protein complex (Pol II TCR complex) gets targeted by ubiquitination. https://t.co/yxFuhhUXpF https://t.co/sBSVLYIzM5
RT @CramerLab: The paper by @KokicGoran et al. on DNA transcription-repair coupling is now available open access: https://t.co/G2UgJx8GiL W…
RT @NatureKorea: 네이처 하이라이트:인간 전사-DNA 복구 커플링의 구조적 기초 https://t.co/NZOqFcorcC
RT @CramerLab: The paper by @KokicGoran et al. on DNA transcription-repair coupling is now available open access: https://t.co/G2UgJx8GiL W…
RT @CramerLab: The paper by @KokicGoran et al. on DNA transcription-repair coupling is now available open access: https://t.co/G2UgJx8GiL W…
RT @CramerLab: The paper by @KokicGoran et al. on DNA transcription-repair coupling is now available open access: https://t.co/G2UgJx8GiL W…
紫外線照射に伴う、転写関連のDNA修復機構の構造解析。Nature誌。 https://t.co/8BgzyBYk5j
RT @CramerLab: The paper by @KokicGoran et al. on DNA transcription-repair coupling is now available open access: https://t.co/G2UgJx8GiL W…
RT @CramerLab: The paper by @KokicGoran et al. on DNA transcription-repair coupling is now available open access: https://t.co/G2UgJx8GiL W…
RT @CramerLab: The paper by @KokicGoran et al. on DNA transcription-repair coupling is now available open access: https://t.co/G2UgJx8GiL W…
RT @CramerLab: The paper by @KokicGoran et al. on DNA transcription-repair coupling is now available open access: https://t.co/G2UgJx8GiL W…
RT @CramerLab: The paper by @KokicGoran et al. on DNA transcription-repair coupling is now available open access: https://t.co/G2UgJx8GiL W…
RT @CramerLab: The paper by @KokicGoran et al. on DNA transcription-repair coupling is now available open access: https://t.co/G2UgJx8GiL W…
The paper by @KokicGoran et al. on DNA transcription-repair coupling is now available open access: https://t.co/G2UgJx8GiL Watch the conversion of the Pol II elongation complex EC* to a repair-competent EC-TCR containing CSB, CSA, DDB1 and UVSSA: https://t
네이처 하이라이트:인간 전사-DNA 복구 커플링의 구조적 기초 https://t.co/NZOqFcorcC
RT @NanoimagingS: Great paper - Structural basis of human transcription–DNA repair coupling https://t.co/SXq9jf3urp #structuralbiology…
RT @NanoimagingS: Great paper - Structural basis of human transcription–DNA repair coupling https://t.co/SXq9jf3urp #structuralbiology…
Great paper - Structural basis of human transcription–DNA repair coupling https://t.co/SXq9jf3urp #structuralbiology #cryoem https://t.co/FVOdHIN2El
RT @CramerLab: Transcription-coupled DNA repair: After a long journey, we can now see how CSA, CSB, UVSSA and CRL4 remodel the transcribing…
RT @CramerLab: Transcription-coupled DNA repair: After a long journey, we can now see how CSA, CSB, UVSSA and CRL4 remodel the transcribing…
RT @RoyalVoxPost: #StructuralBiology #Genomics: researchers have determined the structure of macromolecular complexes involved in transcrip…
RT @Nature: A study in Nature resolves the structure of five complexes containing RNA polymerase II and the CSA and CSB proteins, offering…
RT @KokicGoran: Our work describing human transcription-DNA repair coupling in five ❄️EM structures is out @Nature. 🧬🥳 The centrepiece of…
RT @GlattSebastian: Amazing work... we finally enter times when the gels of purified complexes look similar to cell lysates
Amazing work... we finally enter times when the gels of purified complexes look similar to cell lysates
RT @KentsisResearch: Structural basis of human transcription–DNA repair coupling, including exciting detail on CSB, which is also expressed…
@nolonolo2003
Wow!
RT @Nature: A study in Nature resolves the structure of five complexes containing RNA polymerase II and the CSA and CSB proteins, offering…
RT @Nature: A study in Nature resolves the structure of five complexes containing RNA polymerase II and the CSA and CSB proteins, offering…
RT @Nature: A study in Nature resolves the structure of five complexes containing RNA polymerase II and the CSA and CSB proteins, offering…
RT @Labome: Structural basis of human transcription–DNA repair coupling. https://t.co/1BPtoVzbZQ https://t.co/dJOceeDQzd
RT @KokicGoran: Our work describing human transcription-DNA repair coupling in five ❄️EM structures is out @Nature. 🧬🥳 The centrepiece of…
RT @Nature: A study in Nature resolves the structure of five complexes containing RNA polymerase II and the CSA and CSB proteins, offering…
RT @KokicGoran: Our work describing human transcription-DNA repair coupling in five ❄️EM structures is out @Nature. 🧬🥳 The centrepiece of…
RT @Nature: A study in Nature resolves the structure of five complexes containing RNA polymerase II and the CSA and CSB proteins, offering…
It was an absolute pleasure watching this beautiful masterpiece of biochemical creativity, skill and personal perseverance shape up over many years. Enjoy your resounding and incredibly well-deserved success Goran 😍 So many congratulations 🥳 🥲
RT @KokicGoran: Our work describing human transcription-DNA repair coupling in five ❄️EM structures is out @Nature. 🧬🥳 The centrepiece of…
RT @Nature: A study in Nature resolves the structure of five complexes containing RNA polymerase II and the CSA and CSB proteins, offering…
RT @Nature: A study in Nature resolves the structure of five complexes containing RNA polymerase II and the CSA and CSB proteins, offering…
RT @Nature: A study in Nature resolves the structure of five complexes containing RNA polymerase II and the CSA and CSB proteins, offering…
RT @CramerLab: Transcription-coupled DNA repair: After a long journey, we can now see how CSA, CSB, UVSSA and CRL4 remodel the transcribing…
RT @Nature: A study in Nature resolves the structure of five complexes containing RNA polymerase II and the CSA and CSB proteins, offering…
Remarkable the vouchsafing of viability, at cellular level!
RT @Nature: A study in Nature resolves the structure of five complexes containing RNA polymerase II and the CSA and CSB proteins, offering…
RT @Nature: A study in Nature resolves the structure of five complexes containing RNA polymerase II and the CSA and CSB proteins, offering…
RT @Nature: A study in Nature resolves the structure of five complexes containing RNA polymerase II and the CSA and CSB proteins, offering…
RT @Nature: A study in Nature resolves the structure of five complexes containing RNA polymerase II and the CSA and CSB proteins, offering…
RT @Nature: A study in Nature resolves the structure of five complexes containing RNA polymerase II and the CSA and CSB proteins, offering…
RT @Nature: A study in Nature resolves the structure of five complexes containing RNA polymerase II and the CSA and CSB proteins, offering…
A study in Nature resolves the structure of five complexes containing RNA polymerase II and the CSA and CSB proteins, offering insight into how the repair of DNA lesions is coupled to transcription. https://t.co/cLxWFmmIP1 https://t.co/5PuVL8StfO
RT @GenScript: #scientists resolved five high-resolution different RNA polymerase II (Pol II) elongation complex structures, providing the…
RT @GenScript: #scientists resolved five high-resolution different RNA polymerase II (Pol II) elongation complex structures, providing the…
#scientists resolved five high-resolution different RNA polymerase II (Pol II) elongation complex structures, providing the structural basis for coupling transcription to DNA repair in human cells👍👏👏 #molecularbiology #Biochemistry #bioanalysis #structural
RT @CramerLab: Transcription-coupled DNA repair: After a long journey, we can now see how CSA, CSB, UVSSA and CRL4 remodel the transcribing…
RT @KokicGoran: Our work describing human transcription-DNA repair coupling in five ❄️EM structures is out @Nature. 🧬🥳 The centrepiece of…
RT @KokicGoran: Our work describing human transcription-DNA repair coupling in five ❄️EM structures is out @Nature. 🧬🥳 The centrepiece of…
RT @KokicGoran: Our work describing human transcription-DNA repair coupling in five ❄️EM structures is out @Nature. 🧬🥳 The centrepiece of…
RT @bloodSparasites: Structural basis of human transcription–DNA repair coupling https://t.co/Ioi5ZDp37x @nature
RT @KentsisResearch: Structural basis of human transcription–DNA repair coupling, including exciting detail on CSB, which is also expressed…
RT @CramerLab: Transcription-coupled DNA repair: After a long journey, we can now see how CSA, CSB, UVSSA and CRL4 remodel the transcribing…
RT @saskia_gre: Wow @KokicGoran - finally 🥳😍 congrats to the entire team!
Structural basis of human transcription–DNA repair coupling, including exciting detail on CSB, which is also expressed as a fusion with PGBD3, a domesticated DNA transposase. @CedricFeschotte https://t.co/Av9KpNVYtz
RT @CramerLab: Transcription-coupled DNA repair: After a long journey, we can now see how CSA, CSB, UVSSA and CRL4 remodel the transcribing…
RT @CramerLab: Transcription-coupled DNA repair: After a long journey, we can now see how CSA, CSB, UVSSA and CRL4 remodel the transcribing…
Fantastic work by @KokicGoran @CramerLab and Urlaub Labs 👏👏 @mpi_bpc
RT @KokicGoran: Our work describing human transcription-DNA repair coupling in five ❄️EM structures is out @Nature. 🧬🥳 The centrepiece of…
RT @KokicGoran: Our work describing human transcription-DNA repair coupling in five ❄️EM structures is out @Nature. 🧬🥳 The centrepiece of…
RT @CramerLab: Transcription-coupled DNA repair: After a long journey, we can now see how CSA, CSB, UVSSA and CRL4 remodel the transcribing…
RT @CramerLab: Transcription-coupled DNA repair: After a long journey, we can now see how CSA, CSB, UVSSA and CRL4 remodel the transcribing…
Wow @KokicGoran - finally 🥳😍 congrats to the entire team!
RT @maxplanckphdnet: Another absolutely amazing paper out of the @maxplanckpress! For the biochemists among you, enjoy the gorgeous cryo-…
RT @maxplanckphdnet: Another absolutely amazing paper out of the @maxplanckpress! For the biochemists among you, enjoy the gorgeous cryo-…
We now have the most detailed atomic model of the CSA protein to date & how it functions w/ respect to removing damaged RNA polymerase (which fails to occur if the gene is mutated), published yesterday. Mutations in CSA (or CSB) cause Cockayne Syndro
Another absolutely amazing paper out of the @maxplanckpress! For the biochemists among you, enjoy the gorgeous cryo-EM structures of the RNA polymerase II 🧬 🤓 #OpenScience 👏🏻
RT @KokicGoran: Our work describing human transcription-DNA repair coupling in five ❄️EM structures is out @Nature. 🧬🥳 The centrepiece of…
RT @CramerLab: Transcription-coupled DNA repair: After a long journey, we can now see how CSA, CSB, UVSSA and CRL4 remodel the transcribing…
RT @KokicGoran: Our work describing human transcription-DNA repair coupling in five ❄️EM structures is out @Nature. 🧬🥳 The centrepiece of…
RT @KokicGoran: Our work describing human transcription-DNA repair coupling in five ❄️EM structures is out @Nature. 🧬🥳 The centrepiece of…
RT @KokicGoran: Our work describing human transcription-DNA repair coupling in five ❄️EM structures is out @Nature. 🧬🥳 The centrepiece of…
Cool! CRL4-mediated Pol II ubiquitylation
New structural isight into the biology of DNA repair #Science https://t.co/AjSsfMkTLo
RT @CramerLab: Transcription-coupled DNA repair: After a long journey, we can now see how CSA, CSB, UVSSA and CRL4 remodel the transcribing…
RT @KokicGoran: Our work describing human transcription-DNA repair coupling in five ❄️EM structures is out @Nature. 🧬🥳 The centrepiece of…
RT @CramerLab: Transcription-coupled DNA repair: After a long journey, we can now see how CSA, CSB, UVSSA and CRL4 remodel the transcribing…
RT @KokicGoran: Our work describing human transcription-DNA repair coupling in five ❄️EM structures is out @Nature. 🧬🥳 The centrepiece of…
RT @KokicGoran: Our work describing human transcription-DNA repair coupling in five ❄️EM structures is out @Nature. 🧬🥳 The centrepiece of…
RT @KokicGoran: Our work describing human transcription-DNA repair coupling in five ❄️EM structures is out @Nature. 🧬🥳 The centrepiece of…
RT @CramerLab: Transcription-coupled DNA repair: After a long journey, we can now see how CSA, CSB, UVSSA and CRL4 remodel the transcribing…
RT @CramerLab: Transcription-coupled DNA repair: After a long journey, we can now see how CSA, CSB, UVSSA and CRL4 remodel the transcribing…
RT @KokicGoran: Our work describing human transcription-DNA repair coupling in five ❄️EM structures is out @Nature. 🧬🥳 The centrepiece of…
RT @CramerLab: Transcription-coupled DNA repair: After a long journey, we can now see how CSA, CSB, UVSSA and CRL4 remodel the transcribing…