RT @Pengyu19: #CRL4#AMBRA1 is a master regulator of D-type #cyclins | Nature https://t.co/NdCqcxbg5b
#CRL4#AMBRA1 is a master regulator of D-type #cyclins | Nature https://t.co/NdCqcxbg5b
In agreement with this study, we recently found that CDK2 activation in resistant tumors can be caused not only by increased levels of cyclin E, but also by increased levels of cyclin D (due to its mutations or inactivation of its ubiquitin ligase AMBRA1).
RT @DanSimoneschi: Our work on AMBRA1 (https://t.co/KlLc7vXaz4) was highlighted in @theNCI Cancer Currents blog: https://t.co/hQ6Db4s6Lo @p…
RT @DanSimoneschi: Our work on AMBRA1 (https://t.co/KlLc7vXaz4) was highlighted in @theNCI Cancer Currents blog: https://t.co/hQ6Db4s6Lo @p…
RT @DanSimoneschi: Our work on AMBRA1 (https://t.co/KlLc7vXaz4) was highlighted in @theNCI Cancer Currents blog: https://t.co/hQ6Db4s6Lo @p…
"CRL4 AMBRA1 is a master regulator of D-type cyclins | Nature" https://t.co/PU1UrRTgtV
RT @DanSimoneschi: Our work on AMBRA1 (https://t.co/KlLc7vXaz4) was highlighted in @theNCI Cancer Currents blog: https://t.co/hQ6Db4s6Lo @p…
Our work on AMBRA1 (https://t.co/KlLc7vXaz4) was highlighted in @theNCI Cancer Currents blog: https://t.co/hQ6Db4s6Lo @paganolab
CRL4AMBRA1 is a master regulator of D-type cyclins https://t.co/BgiDfG6A0i #science #genomics
RT @DanSimoneschi: Excited to share the results of my Ph.D. studies, now published @nature. Thank you to the amazing people that collaborat…
RRIDs were included in the Nature paper "CRL4 AMBRA1 is a master regulator of D-type cyclin…" (https://t.co/QDalGTTn64). RRIDs like this improve reproducibility in scientific research. #methodsmatter #RRID
RT @NatRevClinOncol: Three papers define the role of the CRL4 E3 ligase complex substrate receptor AMBRA1 in mediating proteasomal degradat…
RT @NatRevClinOncol: Three papers define the role of the CRL4 E3 ligase complex substrate receptor AMBRA1 in mediating proteasomal degradat…
RT @NatRevClinOncol: Three papers define the role of the CRL4 E3 ligase complex substrate receptor AMBRA1 in mediating proteasomal degradat…
RT @NatRevClinOncol: Three papers define the role of the CRL4 E3 ligase complex substrate receptor AMBRA1 in mediating proteasomal degradat…
Three papers define the role of the CRL4 E3 ligase complex substrate receptor AMBRA1 in mediating proteasomal degradation of cyclin D, the cell cycle and cancer development and sensitivity to therapies: https://t.co/goSvfLdXaw, https://t.co/Pb7Nsy8gZz &
CRL4 AMBRA1 is a master regulator of D-type cyclins | Nature https://t.co/NdCqcxbg5b
Very important work to elucidate cancer mechanisms
RT @BarbMarte: Three papers in Nature identify CRL4-AMBRA1 as a key regulator of D-type cyclin stability, regulating cell cycle progression…
RT @Alexis_Barr: Back to back (to back?!) papers showing AMBRA1 required for CyclinD degradation. Reading them all now! Exciting stuff #cel…
CRL4AMBRA1 is a master regulator of D-type cyclins. https://t.co/at4i00r1xT
Newest findings on CDK4/6 with focus on AMBRA1. CRL4 AMBRA1 (tumour suppressor) as a critical regulator of the RB pathway. @shomgoel https://t.co/mTuamUlyDV The AMBRA1 E3 ligase adaptor regulates the stability of cyclin D @SageJulien https://t.co/rwikN1s
RT @DanSimoneschi: Excited to share the results of my Ph.D. studies, now published @nature. Thank you to the amazing people that collaborat…
RT @DanSimoneschi: Excited to share the results of my Ph.D. studies, now published @nature. Thank you to the amazing people that collaborat…
RT @BarbMarte: Three papers in Nature identify CRL4-AMBRA1 as a key regulator of D-type cyclin stability, regulating cell cycle progression…
RT @BarbMarte: Three papers in Nature identify CRL4-AMBRA1 as a key regulator of D-type cyclin stability, regulating cell cycle progression…
RT @DanSimoneschi: Excited to share the results of my Ph.D. studies, now published @nature. Thank you to the amazing people that collaborat…
RT @DrFranVazquez: Very nice work, congrats to all the authors! Excited to see that @CancerDepMap data was used in two of the papers. Top…
Don't forget to check out the other two papers by the groups of @SageJulien, and the groups of Jiri Bartek and @fcecconi64 https://t.co/P367SNFRXH https://t.co/xgGkBDMxWO https://t.co/KXtbpXZblF
RT @BarbMarte: Three papers in Nature identify CRL4-AMBRA1 as a key regulator of D-type cyclin stability, regulating cell cycle progression…
RT @DanSimoneschi: Excited to share the results of my Ph.D. studies, now published @nature. Thank you to the amazing people that collaborat…
RT @paganolab: How D-type cyclins are degraded. https://t.co/4dXAukpUcC
RT @paganolab: How D-type cyclins are degraded. https://t.co/4dXAukpUcC
RT @DanSimoneschi: Excited to share the results of my Ph.D. studies, now published @nature. Thank you to the amazing people that collaborat…
AMBRA1 y CICLINAD Si un hallazgo se merece la publicación de 3 articulos en el mismo numero de NATURE quizás nuestro periodistas deberian darle más peso que a 4 patos rabiando en un corral(ito)! https://t.co/mpHB6RIPbU https://t.co/7x7fX6ryod https://t.c
Congrats to Dr @DanSimoneschi for this amazing work!
RT @BarbMarte: Three papers in Nature identify CRL4-AMBRA1 as a key regulator of D-type cyclin stability, regulating cell cycle progression…
RT @BarbMarte: Three papers in Nature identify CRL4-AMBRA1 as a key regulator of D-type cyclin stability, regulating cell cycle progression…
RT @DanSimoneschi: Excited to share the results of my Ph.D. studies, now published @nature. Thank you to the amazing people that collaborat…
RT @paganolab: How D-type cyclins are degraded. https://t.co/4dXAukpUcC
RT @paganolab: How D-type cyclins are degraded. https://t.co/4dXAukpUcC
RT @BarbMarte: Three papers in Nature identify CRL4-AMBRA1 as a key regulator of D-type cyclin stability, regulating cell cycle progression…
RT @paganolab: How D-type cyclins are degraded. https://t.co/4dXAukpUcC
RT @DanSimoneschi: Excited to share the results of my Ph.D. studies, now published @nature. Thank you to the amazing people that collaborat…
RT @paganolab: How D-type cyclins are degraded. https://t.co/4dXAukpUcC
RT @BarbMarte: Three papers in Nature identify CRL4-AMBRA1 as a key regulator of D-type cyclin stability, regulating cell cycle progression…
Congratulations @DanSimoneschi and the Pagano lab on a very elegant work!
RT @DanSimoneschi: Excited to share the results of my Ph.D. studies, now published @nature. Thank you to the amazing people that collaborat…
RT @BarbMarte: Three papers in Nature identify CRL4-AMBRA1 as a key regulator of D-type cyclin stability, regulating cell cycle progression…
RT @BarbMarte: Three papers in Nature identify CRL4-AMBRA1 as a key regulator of D-type cyclin stability, regulating cell cycle progression…
CRL!
RT @paganolab: How D-type cyclins are degraded. https://t.co/4dXAukpUcC
RT @BarbMarte: Three papers in Nature identify CRL4-AMBRA1 as a key regulator of D-type cyclin stability, regulating cell cycle progression…
RT @BarbMarte: Three papers in Nature identify CRL4-AMBRA1 as a key regulator of D-type cyclin stability, regulating cell cycle progression…
RT @DanSimoneschi: Excited to share the results of my Ph.D. studies, now published @nature. Thank you to the amazing people that collaborat…
RT @DanSimoneschi: Excited to share the results of my Ph.D. studies, now published @nature. Thank you to the amazing people that collaborat…
Man. Only at the Pagano lab can you CONCLUDE, not start, a study with a genome-wide CRISPR screen...Congrats to all involved!
RT @DanSimoneschi: Excited to share the results of my Ph.D. studies, now published @nature. Thank you to the amazing people that collaborat…
RT @paganolab: How D-type cyclins are degraded. https://t.co/4dXAukpUcC
RT @DrFranVazquez: Very nice work, congrats to all the authors! Excited to see that @CancerDepMap data was used in two of the papers. Top…
RT @BarbMarte: Three papers in Nature identify CRL4-AMBRA1 as a key regulator of D-type cyclin stability, regulating cell cycle progression…
RT @DrFranVazquez: Very nice work, congrats to all the authors! Excited to see that @CancerDepMap data was used in two of the papers. Top…
RT @Alexis_Barr: Back to back (to back?!) papers showing AMBRA1 required for CyclinD degradation. Reading them all now! Exciting stuff #cel…
Very nice work, congrats to all the authors! Excited to see that @CancerDepMap data was used in two of the papers. Top correlated dependency with RB1 is AMBRA1 https://t.co/3JGYPOScqv https://t.co/FSeexHvXvx
RT @BarbMarte: Three papers in Nature identify CRL4-AMBRA1 as a key regulator of D-type cyclin stability, regulating cell cycle progression…
RT @BarbMarte: Three papers in Nature identify CRL4-AMBRA1 as a key regulator of D-type cyclin stability, regulating cell cycle progression…
RT @BarbMarte: Three papers in Nature identify CRL4-AMBRA1 as a key regulator of D-type cyclin stability, regulating cell cycle progression…
RT @BarbMarte: Three papers in Nature identify CRL4-AMBRA1 as a key regulator of D-type cyclin stability, regulating cell cycle progression…
RT @BarbMarte: Three papers in Nature identify CRL4-AMBRA1 as a key regulator of D-type cyclin stability, regulating cell cycle progression…
Three papers in Nature identify CRL4-AMBRA1 as a key regulator of D-type cyclin stability, regulating cell cycle progression in cancer and development https://t.co/JnR2NEsbzF https://t.co/cAw6LwhlH1 https://t.co/Vbc9AgmIRI
Back to back (to back?!) papers showing AMBRA1 required for CyclinD degradation. Reading them all now! Exciting stuff #cellcyclerocks https://t.co/4H4ZJ2xUKf https://t.co/T4a5V6DbZd https://t.co/WE3OqO1ltz
RT @DanSimoneschi: Excited to share the results of my Ph.D. studies, now published @nature. Thank you to the amazing people that collaborat…
CRL4AMBRA1 is a master regulator of D-type cyclins https://t.co/1GRwBaQSkw https://t.co/PhOZHPHyTO | #research #manuscripts @nature
RT @DanSimoneschi: Excited to share the results of my Ph.D. studies, now published @nature. Thank you to the amazing people that collaborat…
RT @DanSimoneschi: Excited to share the results of my Ph.D. studies, now published @nature. Thank you to the amazing people that collaborat…
1/3 Three spectacular studies have found AMBRA1 as the master regulator of D type cyclins, playing critical role in cell cycle progression and regulation of CDK4/6 inhibitor response Pagano Lab: https://t.co/oJ4NQm7HDF
RT @DanSimoneschi: Excited to share the results of my Ph.D. studies, now published @nature. Thank you to the amazing people that collaborat…
RT @DanSimoneschi: Excited to share the results of my Ph.D. studies, now published @nature. Thank you to the amazing people that collaborat…
RT @DanSimoneschi: Excited to share the results of my Ph.D. studies, now published @nature. Thank you to the amazing people that collaborat…
RT @DanSimoneschi: Excited to share the results of my Ph.D. studies, now published @nature. Thank you to the amazing people that collaborat…
RT @DanSimoneschi: Excited to share the results of my Ph.D. studies, now published @nature. Thank you to the amazing people that collaborat…
RT @DanSimoneschi: Excited to share the results of my Ph.D. studies, now published @nature. Thank you to the amazing people that collaborat…
RT @DanSimoneschi: Excited to share the results of my Ph.D. studies, now published @nature. Thank you to the amazing people that collaborat…
CRL4AMBRA1 is a master regulator of D-type cyclins https://t.co/faRLfp9Z6S
Super proud of my colleagues and lab mate!! Bravo @DanSimoneschi, very well deserved accomplishment. 🍾🥂 #PaganoLab
RT @DanSimoneschi: Excited to share the results of my Ph.D. studies, now published @nature. Thank you to the amazing people that collaborat…
RT @DanSimoneschi: Excited to share the results of my Ph.D. studies, now published @nature. Thank you to the amazing people that collaborat…
RT @DanSimoneschi: Excited to share the results of my Ph.D. studies, now published @nature. Thank you to the amazing people that collaborat…
RT @DanSimoneschi: Excited to share the results of my Ph.D. studies, now published @nature. Thank you to the amazing people that collaborat…
RT @DanSimoneschi: Excited to share the results of my Ph.D. studies, now published @nature. Thank you to the amazing people that collaborat…
RT @DanSimoneschi: Excited to share the results of my Ph.D. studies, now published @nature. Thank you to the amazing people that collaborat…
I’m so proud ! 🥰🥰🥰
RT @DanSimoneschi: Excited to share the results of my Ph.D. studies, now published @nature. Thank you to the amazing people that collaborat…
RT @DanSimoneschi: Excited to share the results of my Ph.D. studies, now published @nature. Thank you to the amazing people that collaborat…
CRL4 AMBRA1 is a master regulator of D-type cyclins https://t.co/MT7wcDavGa
RT @DanSimoneschi: Excited to share the results of my Ph.D. studies, now published @nature. Thank you to the amazing people that collaborat…
Congrats, @DanSimoneschi! What a privilege to get the behind-the-scenes on such a great discovery. Amazing work 👏
RT @DanSimoneschi: Excited to share the results of my Ph.D. studies, now published @nature. Thank you to the amazing people that collaborat…
CRL4 AMBRA1 is a master regulator of D-type cyclins | Nature https://t.co/VKqJK9O2Gl