BioChemCellBio's profile picture. Published since 1929, this @cdnsciencepub journal reports general biochemistry, incl. experimental research into cellular and molecular biology.

Biochemistry and Cell Biology

@BioChemCellBio

Published since 1929, this @cdnsciencepub journal reports general biochemistry, incl. experimental research into cellular and molecular biology.

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Looking for the right home for your research? BCB publishes high-quality work in biochemistry and covers experimental research in eukaryotes. Explore the scope and see if it’s the right fit for your next manuscript. Publish with us ▶️ ow.ly/f1Lg50VXR74

BioChemCellBio's tweet image. Looking for the right home for your research?

BCB publishes high-quality work in biochemistry and covers experimental research in eukaryotes. Explore the scope and see if it’s the right fit for your next manuscript.

Publish with us ▶️ ow.ly/f1Lg50VXR74

🧬 Zyxin isn’t just at focal adhesions—it also binds nuclear #DNA! In #ProstateCancer cells, zyxin regulates mitochondrial pseudogenes, impacting mitochondrial function, ROS levels, and #apoptosis. #CellBiology #CancerResearch 🔬 🔗 ow.ly/Oap950Xh9vo

BioChemCellBio's tweet image. 🧬 Zyxin isn’t just at focal adhesions—it also binds nuclear #DNA! In #ProstateCancer cells, zyxin regulates mitochondrial pseudogenes, impacting mitochondrial function, ROS levels, and #apoptosis. #CellBiology #CancerResearch 🔬
🔗 ow.ly/Oap950Xh9vo

🧬 Filamins act as cellular mechanosensors! Using #AlphaFold2, researchers mapped #proteins that bind only to the open, stress-exposed conformation of #Drosophila filamin Cheerio—revealing context-specific mechanosignaling interactions. 🔍 🔗 ow.ly/c0Em50Xh9gm

BioChemCellBio's tweet image. 🧬 Filamins act as cellular mechanosensors! Using #AlphaFold2, researchers mapped #proteins that bind only to the open, stress-exposed conformation of #Drosophila filamin Cheerio—revealing context-specific mechanosignaling interactions. 🔍
🔗 ow.ly/c0Em50Xh9gm

⚠️ Prolonged #aluminium exposure may cause red #blood cell damage through oxidative stress. New #research shows how aluminium disrupts #antioxidants, alters #cell shape, and accelerates red cell #aging—underscoring its potential health risks. 🔗 ow.ly/QiCi50Xh5IK

BioChemCellBio's tweet image. ⚠️ Prolonged #aluminium exposure may cause red #blood cell damage through oxidative stress.
New #research shows how aluminium disrupts #antioxidants, alters #cell shape, and accelerates red cell #aging—underscoring its potential health risks.
🔗 ow.ly/QiCi50Xh5IK

Could this work at your #department? 🌟 Memorial University @MunBiochemistry #Biochemistry team shows simple changes to hiring can transform equity. Peer pressure & sharing best practices = powerful. ow.ly/MlUM50Xk4y8 #DiversityInSTEM #HiringEquity

BioChemCellBio's tweet image. Could this work at your #department? 🌟 Memorial University @MunBiochemistry #Biochemistry team shows simple changes to hiring can transform equity. Peer pressure & sharing best practices = powerful. ow.ly/MlUM50Xk4y8 
#DiversityInSTEM #HiringEquity

Women earn half of PhDs but face faculty underrepresentation. @MemorialU took action. Four years later, women offered positions rose from 20% to 80%. Read more on our #CSPBlog 👩‍🔬▶️ ow.ly/Mceq50Xmxb7 #EquityInAction #DiversityInSTEM

BioChemCellBio's tweet image. Women earn half of PhDs but face faculty underrepresentation. @MemorialU took action. Four years later, women offered positions rose from 20% to 80%. Read more on our #CSPBlog 👩‍🔬▶️ ow.ly/Mceq50Xmxb7

#EquityInAction #DiversityInSTEM

💔 #Immune checkpoint inhibitors can trigger #myocarditis that mimics #HeartAttack symptoms Study identifies MYOM3 and galectin-1 as #biomarkers that distinguish myocarditis from acute myocardial infarction — key step toward better diagnosis and care. 🔗 ow.ly/8zgj50Xh5yt

BioChemCellBio's tweet image. 💔 #Immune checkpoint inhibitors can trigger #myocarditis that mimics #HeartAttack symptoms
Study identifies MYOM3 and galectin-1 as #biomarkers that distinguish myocarditis from acute myocardial infarction — key step toward better diagnosis and care.
🔗 ow.ly/8zgj50Xh5yt

🧬🚀 What happens to your #immune system in #space? #Astronauts often experience reactivation of latent viruses — a sign that #microgravity might suppress immunity New transcriptomic data reveal how immune genes shift during spaceflight and recovery ow.ly/XZK450Xh56W

BioChemCellBio's tweet image. 🧬🚀 What happens to your #immune system in #space?
#Astronauts often experience reactivation of latent viruses — a sign that #microgravity might suppress immunity
New transcriptomic data reveal how immune genes shift during spaceflight and recovery
ow.ly/XZK450Xh56W

💡 New insights into #Parkinsons disease: Computational studies reveal three phytochemicals that may enhance PINK1 activity, restoring #autophagy and #mitochondrial balance. 🌱 Toward natural neuroprotective therapies. 🔗 ow.ly/C2EM50Xh4WK #Neuroscience #Phytotherapy

BioChemCellBio's tweet image. 💡 New insights into #Parkinsons disease:
Computational studies reveal three phytochemicals that may enhance PINK1 activity, restoring #autophagy and #mitochondrial balance.
🌱 Toward natural neuroprotective therapies.
🔗 ow.ly/C2EM50Xh4WK 
#Neuroscience #Phytotherapy

Celebrate #OAWeek by exploring our #OpenAccess Glossary! Learn key terms in scholarly publishing and OA. The glossary is regularly updated with new definitions to keep you informed 🔓▶️ ow.ly/g8S350X5QmL

BioChemCellBio's tweet image. Celebrate #OAWeek by exploring our #OpenAccess Glossary! Learn key terms in scholarly publishing and OA. The glossary is regularly updated with new definitions to keep you informed 🔓▶️ ow.ly/g8S350X5QmL

This #OpenAccess Week, check out all the #CSPBlogs on open access! We share a whole range of perspectives on community-driven publishing and making trusted science accessible to everyone. 🔓▶️ ow.ly/bgpW50X5Sop

BioChemCellBio's tweet image. This #OpenAccess Week, check out all the #CSPBlogs on open access! We share a whole range of perspectives on community-driven publishing and making trusted science accessible to everyone. 🔓▶️ ow.ly/bgpW50X5Sop

Our publisher @cdnsciencepub has spent 15+ years expanding open access options to make research more accessible to everyone. In our latest blog post, we explain why there’s no one-size-fits-all approach to OA. Read more ▶️ ow.ly/aa3P50XhBww #CSPBlog #YourResearchHome

BioChemCellBio's tweet image. Our publisher @cdnsciencepub has spent 15+ years expanding open access options to make research more accessible to everyone.

In our latest blog post, we explain why there’s no one-size-fits-all approach to OA.

Read more ▶️ ow.ly/aa3P50XhBww

#CSPBlog #YourResearchHome

Happy #OAWeek! Discover our #OpenAccess partnerships and see if your institution has an agreement with us for options with reduced fees. We're committed to advancing open access for all researchers ▶️ ow.ly/e8lm50X5OXO

BioChemCellBio's tweet image. Happy #OAWeek! Discover our #OpenAccess partnerships and see if your institution has an agreement with us for options with reduced fees. We're committed to advancing open access for all researchers ▶️ ow.ly/e8lm50X5OXO

Publish your next breakthrough in BCB with no open access fees. Corresponding authors with @CRKN_RCDR can submit unlimited OA manuscripts and benefit from unlimited read access. Discover how 🍁▶️ ow.ly/khOO50VGqbZ #AcademicPublishing #OpenAccess #SciComms #AcademicTwitter

BioChemCellBio's tweet image. Publish your next breakthrough in BCB with no open access fees. Corresponding authors with @CRKN_RCDR can submit unlimited OA manuscripts and benefit from unlimited read access. Discover how 🍁▶️ ow.ly/khOO50VGqbZ 

#AcademicPublishing #OpenAccess #SciComms #AcademicTwitter

💸 When did #publishing science become more expensive than doing #science? @BiochemCellBio, we’re not-for-profit. ✅ Publish FREE ✅ Keep your $$ for research Because research makes SENSE ow.ly/iLOk50WZMFk #OpenAccess #AcademicTwitter

BioChemCellBio's tweet image. 💸 When did #publishing science become more expensive than doing #science?
@BiochemCellBio, we’re not-for-profit.
✅ Publish FREE
✅ Keep your $$ for research
Because research makes SENSE
ow.ly/iLOk50WZMFk
#OpenAccess #AcademicTwitter

Publish with us! @UNAM_MX researchers can publish #OpenAccess in our journal without paying Article Processing Charges. This partnership also provides full read access to @cdnsciencepub's journal portfolio. Learn more ▶️ ow.ly/KPkS50WsQH0 #AcademicPublishing

BioChemCellBio's tweet image. Publish with us! @UNAM_MX researchers can publish #OpenAccess in our journal without paying Article Processing Charges. This partnership also provides full read access to @cdnsciencepub's journal portfolio.

Learn more ▶️ ow.ly/KPkS50WsQH0 

#AcademicPublishing

🔥 #Ferroptosis = promising target in prostate #cancer therapy AhR activation by TCDD promotes ferroptosis by suppressing the NR4A1/SCD1 pathway Findings highlight novel molecular mechanism with therapeutic implications. ow.ly/pss750WZMBc #Oncology #MolecularMedicine

BioChemCellBio's tweet image. 🔥 #Ferroptosis = promising target in prostate #cancer therapy
AhR activation by TCDD promotes ferroptosis by suppressing the NR4A1/SCD1 pathway
Findings highlight novel molecular mechanism with therapeutic implications.
ow.ly/pss750WZMBc 
#Oncology #MolecularMedicine

🧪 Can mature #adipocytes really give rise to stem cells? This study using a murine adiponectin-creERT;mT/mG model confirms: DFAT cells do originate from mature adipocytes—but the resulting population is heterogeneous. ow.ly/WxzR50WZMBN #StemCells #RegenerativeMedicine

BioChemCellBio's tweet image. 🧪 Can mature #adipocytes really give rise to stem cells?
This study using a murine adiponectin-creERT;mT/mG model confirms: DFAT cells do originate from mature adipocytes—but the resulting population is heterogeneous.
ow.ly/WxzR50WZMBN
#StemCells #RegenerativeMedicine

We partnered with @Sydney_Uni to broaden publishing opportunities! USyd researchers can benefit from full read access to @cdnsciencepub journals and can publish #OpenAccess without APCs. Learn more ▶️ ow.ly/qWhF50WsUiu

BioChemCellBio's tweet image. We partnered with @Sydney_Uni to broaden publishing opportunities!

USyd researchers can benefit from full read access to @cdnsciencepub journals and can publish #OpenAccess without APCs. Learn more ▶️ ow.ly/qWhF50WsUiu

ER stress can mess with #fat cells! This new intramuscular adipocyte model reveals how cellular stress impacts adipogenesis and lipid #metabolism 🧬 #CellBiology #MetabolicHealth ow.ly/uFtg50WMfS3

BioChemCellBio's tweet image. ER stress can mess with #fat cells! This new intramuscular adipocyte model reveals how cellular stress impacts adipogenesis and lipid #metabolism 🧬 #CellBiology #MetabolicHealth ow.ly/uFtg50WMfS3

Academic freedom is essential to strong science. Our CEO, @stottini, and Executive Editor-in-Chief Robert Mann share how we protect editorial independence, support diverse voices, and uphold rigorous peer review 🍁▶️ ow.ly/8VhA50WYlbt #YourResearchHome #AcademicFreedom

BioChemCellBio's tweet image. Academic freedom is essential to strong science. Our CEO, @stottini, and Executive Editor-in-Chief Robert Mann share how we protect editorial independence, support diverse voices, and uphold rigorous peer review 🍁▶️ ow.ly/8VhA50WYlbt

#YourResearchHome #AcademicFreedom

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