Channelomics(@Channelomics) 's Twitter Profile Photo

A triple cysteine motif as major determinant of the modulation of neuronal KV7 by the paracetamol metabolite N‐acetyl‐p‐benzo quinone imine - Ray - British Journal of Pharmacology British Journal of Pharmacology (BJP)
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A triple cysteine motif as major determinant of the modulation of neuronal KV7 #Ionchannels by the paracetamol metabolite N‐acetyl‐p‐benzo quinone imine - Ray - British Journal of Pharmacology @BrJPharmacol
 buff.ly/3y5QMMg
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Metrion Biosciences(@Metrion_Biosci) 's Twitter Profile Photo

Steve Jenkinson is looking forward to hearing about the latest work of the HESI Cardiac Safety Committee at this workshop next week.

Steve is attending the meeting virtually but you can contact Steve here: hubs.la/Q02vJj270

Steve Jenkinson is looking forward to hearing about the latest work of the HESI Cardiac Safety Committee at this workshop next week.

Steve is attending the meeting virtually but you can contact Steve here: hubs.la/Q02vJj270

#drugdiscovery #ionchannels #cardiacsafety
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Javier Moral-Sanz(@JMoral_Sanz) 's Twitter Profile Photo

Toxins!! Such an interesting reading
From foes to ion channel targeting and drug discovery 🧪
With cutting-edge tech we are a step closer to new therapeutic opportunities.

link.springer.com/chapter/10.100…

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NIH Common Fund(@NIH_CommonFund) 's Twitter Profile Photo

Are you a researcher interested in the ? Learn more about a series of articles highlighting resources developed by our Illuminating the DruggableGenome program to facilitate research on & : go.nih.gov/IDG-PaperPacka…

Are you a researcher interested in the #proteome? Learn more about a series of articles highlighting resources developed by our Illuminating the @DruggableGenome program to facilitate research on #gpcrs #kinases & #ionchannels: go.nih.gov/IDG-PaperPacka…
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Channelomics(@Channelomics) 's Twitter Profile Photo

GWAS: Upregulated GIRK2 Counteracts Ethanol-Induced Changes in Excitability and Respiration in Human Neurons | Journal of Neuroscience buff.ly/4b5L778
£€$¥

GWAS: Upregulated GIRK2 #IonChannels Counteracts Ethanol-Induced Changes in Excitability and Respiration in Human Neurons | Journal of Neuroscience buff.ly/4b5L778
£€$¥
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JGenPhysiol(@JGenPhysiol) 's Twitter Profile Photo

Mutation in pore-helix modulates interplay between filter gate and Ba²⁺ block in a Kcv channel pore. A new study from Noel Tewes, Oliver Rauh and colleagues TU Darmstadt: hubs.la/Q02tNwm50

Mutation in pore-helix modulates interplay between filter gate and Ba²⁺ block in a Kcv channel pore. A new study from Noel Tewes, Oliver Rauh and colleagues @TUDarmstadt: hubs.la/Q02tNwm50

#Biophysics #MembraneTransport #MolecularPhysiology #ProteinStructure #IonChannels
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Channelomics(@Channelomics) 's Twitter Profile Photo

Calcium‐sensing receptor regulates Kv7 via Gi/o protein signalling and modulates excitability of human induced pluripotent stem cell‐derived nociceptive‐like neurons - Chuinsiri - British Journal of Pharmacology buff.ly/4aJ7VtO
British Journal of Pharmacology (BJP)

Calcium‐sensing receptor regulates Kv7 #IonChannels via Gi/o protein signalling and modulates excitability of human induced pluripotent stem cell‐derived nociceptive‐like neurons - Chuinsiri - British Journal of Pharmacology #OpenAccess buff.ly/4aJ7VtO
@BrJPharmacol
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NCATS(@ncats_nih_gov) 's Twitter Profile Photo

Are you a researcher interested in the ? Learn more about a series of articles highlighting resources developed by our Illuminating the DruggableGenome program to facilitate research on & : go.nih.gov/E8cbSGH

Are you a researcher interested in the #proteome? Learn more about a series of articles highlighting resources developed by our Illuminating the @DruggableGenome program to facilitate research on #gpcrs #kinases & #ionchannels: go.nih.gov/E8cbSGH
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Rockefeller U. Press(@RockUPress) 's Twitter Profile Photo

In JGenPhysiol, Tewes, Rauh et al. TU Darmstadt use a simple K⁺ channel pore to examine filter gating. Voltage-dependent closings in pore-helix mutants can be explained by an elevated sensitivity to block by trace contaminations of Ba²⁺. hubs.la/Q02tPMqS0

In @JGenPhysiol, Tewes, Rauh et al. @TUDarmstadt use a simple K⁺ channel pore to examine filter gating. Voltage-dependent closings in pore-helix mutants can be explained by an elevated sensitivity to block by trace contaminations of Ba²⁺. hubs.la/Q02tPMqS0

#IonChannels
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JGenPhysiol(@JGenPhysiol) 's Twitter Profile Photo

📣 Call for Papers 📣 JGP welcomes submissions that focus on increasing our understanding of the role of voltage-gated sodium channels in the broad physiological and pathophysiological context. ➡️ hubs.ly/Q02dxrCm0

📣 Call for Papers 📣 JGP welcomes submissions that focus on increasing our understanding of the role of voltage-gated sodium channels in the broad physiological and pathophysiological context. ➡️  hubs.ly/Q02dxrCm0
#IonChannels
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Metrion Biosciences(@Metrion_Biosci) 's Twitter Profile Photo

Are you striving for increased diversity and efficiencies in screening and target identification?

Combine your libraries with the power of our specialist and high-throughput and hit-finding expertise:

hubs.ly/Q02tKVHY0

Are you striving for increased diversity and efficiencies in screening and target identification?

Combine your libraries with the power of our specialist #ionchannels and high-throughput #screening and hit-finding expertise:

hubs.ly/Q02tKVHY0

#cro #drugdiscovery
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Al George(@nupharm1) 's Twitter Profile Photo

Expanded clinical phenotype spectrum correlates with variant function in SCN2A-related disorders. doi.org/10.1093/brain/… This paper was the result of an extensive collaboration between investigators at Northwestern Feinberg School of Medicine and FamilieSCN2A.

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Metrion Biosciences(@Metrion_Biosci) 's Twitter Profile Photo

🎙️Derek Leishman, Eli Lilly, will focus on the opportunities a sponsor now has available to increase the efficiency and effectiveness of QTc assessment by leveraging the ICH S7B core assays.

🔗 hubs.la/Q02tT-f20

🎙️Derek Leishman, Eli Lilly, will focus on the opportunities a sponsor now has available to increase the efficiency and effectiveness of QTc assessment by leveraging the ICH S7B core assays. 

🔗 hubs.la/Q02tT-f20

#drugdiscovery #ionchannels #cardiacsafety #cardiacrisk
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