Kanisa Davidson(@KDavidsonNeuro) 's Twitter Profile Photo

Hey ! Checking in for . My name is Kanisa. I am 5th year Behavioral Neuroscience doctoral candidate at UAB. I study the proteasome’s role in learning and memory using electrophysiology. Can’t wait to connect with you all!

Hey #BIN23 ! Checking in for #BlackInNeuroRollCall. My name is Kanisa. I am 5th year Behavioral Neuroscience doctoral candidate at UAB. I study the proteasome’s role in learning and memory using electrophysiology. Can’t wait to connect with you all!
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Sandy Anderson(@ara_anderson) 's Twitter Profile Photo

Fantastic Moffitt Cancer Center double act from Conor Lynch & @dbasanta presenting, The Role of the Bone Microenvironment in Multiple Myeloma Relapse and the Emergence of Resistance to Proteasome Inhibitors IMO

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Hojong Yoon(@hojong_yoon) 's Twitter Profile Photo

Don't miss the TPD seminar on 4/27 at 12 pm EDT featuring Dr. Erin Dueber Genentech, who will present on 'Targeted Degradation via Direct 26S Proteasome Recruitment.'

Please be aware that this seminar won't be recorded, so join us live!

Don't miss the TPD seminar on 4/27 at 12 pm EDT featuring Dr. Erin Dueber @genentech, who will present on 'Targeted Degradation via Direct 26S Proteasome Recruitment.' 

Please be aware that this seminar won't be recorded, so join us live!
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Mateusz C. Ambrożkiewicz(@MAmbrozkiewicz) 's Twitter Profile Photo

🔥super excited to share that I have just been awarded with a grant from DFG public | @[email protected] to study the genetics of autism spectrum and protein degradation machineries in the developing cortex! 🤩 ubiquitin and proteasome to the front! 🥽🥼🔬🧫

🔥super excited to share that I have just been awarded with a grant from @dfg_public to study the genetics of autism spectrum and protein degradation machineries in the developing cortex! 🤩 ubiquitin and proteasome to the front! 🥽🥼🔬🧫
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eGastroenterology(@eGastro_BMJ) 's Twitter Profile Photo

🔬 Unlocking the genetic mysteries of Dubin-Johnson syndrome! The paper reveals how the ABCC2 p.R393W variant plays a crucial role, targeting MRP2 to proteasome degradation.

Discover more via 🖇️ egastroenterology.bmj.com/content/2/1/e1…

🔬 Unlocking the genetic mysteries of Dubin-Johnson syndrome! The paper reveals how the ABCC2 p.R393W variant plays a crucial role, targeting MRP2 to proteasome degradation. 

Discover more via 🖇️ egastroenterology.bmj.com/content/2/1/e1…
 #DubinJohnsonSyndrome #Genetics #Research #Science
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Martin Mayta(@MartinMayta2) 's Twitter Profile Photo

We show that leaf cell expansion is affected by chloroplast-generated redox signals through the modulation of proteasome activity and endoreduplication.

We show that leaf cell expansion is affected by chloroplast-generated redox signals through the modulation of proteasome activity and endoreduplication.
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Martin Mayta(@MartinMayta2) 's Twitter Profile Photo

Through a combination of cell biology, biochemistry and time-resolved during leaf development, we were able to uncover the involvement of proteasome activity and endoreduplication in this phenotype.

Through a combination of cell biology, biochemistry and time-resolved #proteomics during leaf development, we were able to uncover the involvement of proteasome activity and endoreduplication in this phenotype.
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Frank Adolf(@frank_adolf) 's Twitter Profile Photo

🚨Excited to share that our manuscript is now published in NatureStructMolBiol. Using 🔬we obtained multiple snapshots 📷 of the -mediated multistep assembly pathway of the human 20S .

Max Planck Institute of Biochemistry (MPIB) Harvard Med Cell Bio Aligning Science Across Parkinson’s

nature.com/articles/s4159…

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Clinton Lau(@CKYLau) 's Twitter Profile Photo

I love electron microscopy. Look at them all lined up, ready to be imaged [20S proteasome 2D crystal. source: ncbi.nlm.nih.gov/pmc/articles/P…].

I love electron microscopy. Look at them all lined up, ready to be imaged [20S proteasome 2D crystal. source: ncbi.nlm.nih.gov/pmc/articles/P…].
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Mikołaj Słabicki 🇺🇦(@biomiko) 's Twitter Profile Photo

Join us next week for on July 6th, 12pm EST:
Bernat Crosas Bernat Crosas IBMB: Development of proteolytic chimeras based on direct 26S proteasome targeting
Muhar Matthias Matthias Muhar ETH Zürich: A chemical degron marks C-terminally modified proteins for degradation

Join us next week for #DegradoZoom on July 6th, 12pm EST:
Bernat Crosas @CrosasLab IBMB: Development of proteolytic chimeras based on direct 26S proteasome targeting
Muhar Matthias @matthias_muhar ETH Zürich: A chemical degron marks C-terminally modified proteins for degradation
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Al-Ola A Abdallah MD (USMIRC)(@Abdallah81MD) 's Twitter Profile Photo

Proteasome inhibitors increase risk of HF, Gr 3 ischemic heart disease,arrhythmias & AF
MOA: impairment of activation of NF-κB which affects angiogenesis & survival of cardiac myocytes, w protein accumulation & mitochondrial dysfunction affecting contractility

Proteasome inhibitors increase risk of HF, Gr 3 ischemic heart disease,arrhythmias & AF
MOA: impairment of activation of NF-κB which affects angiogenesis & survival of cardiac myocytes, w protein accumulation & mitochondrial dysfunction affecting contractility #mmsm #USMIRC
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Mikołaj Słabicki 🇺🇦(@biomiko) 's Twitter Profile Photo

Join us for our last DegradoZoom of 2023, featuring University of Bonn's Radek Nowak Radek Nowak on 'Structure-based Design of Covalent Cereblon Binders' and Christian Steinebach Christian Steinebach on 'Targeting the Ubiquitin-Proteasome-System with PROTACs.' Thursday, Dec 14th, 11am EST

Join us for our last DegradoZoom of 2023, featuring University of Bonn's Radek Nowak @RPNowak on 'Structure-based Design of Covalent Cereblon Binders' and Christian Steinebach @c_steinebach on 'Targeting the Ubiquitin-Proteasome-System with PROTACs.' Thursday, Dec 14th, 11am EST
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Ryan Potts(@pottslab) 's Twitter Profile Photo

The bacterial effector SAP05 bypasses the Ub-dependent pathway for protein degradation. Its bimodular design uniquely interacts with the proteasome, leading to direct targeted degradation in eukaryotic cells. Potential for new TPD technologies unveiled! pnas.org/doi/epdf/10.10…

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Robert Z. Orlowski(@Myeloma_Doc) 's Twitter Profile Photo

Paper of the Day: Study of outcomes in patients receiving salvage after BCMA-specific CAR-T on LEGEND-2 finds median PFS was 16.3 months w/ better outcomes if had proteasome inhibitor-based combination but worse with extramedullary disease: pubmed.ncbi.nlm.nih.gov/38369805/.

#Myeloma Paper of the Day: Study of outcomes in patients receiving salvage after BCMA-specific CAR-T on LEGEND-2 finds median PFS was 16.3 months w/ better outcomes if had proteasome inhibitor-based combination but worse with extramedullary disease: pubmed.ncbi.nlm.nih.gov/38369805/.
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Dr. Doug Corrigan(@ScienceWDrDoug) 's Twitter Profile Photo

Cellular Trash Compactors

Our cells have nano-sized machines that are responsible for disposing of proteins in our cells that are targeted for destruction. This protein trash compactor is called a proteasome (image below).

As proteins in our cell age, they become damaged due…

Cellular Trash Compactors 

Our cells have nano-sized machines that are responsible for disposing of proteins in our cells that are targeted for destruction. This protein trash compactor is called a proteasome (image below).

As proteins in our cell age, they become damaged due…
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