Biochemistry and Cell Biology

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

[Biochemistry and Cell Biology @BioChemCellBio]

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 ▶️ https://t.co/KyiN3vRySP

[Biochemistry and Cell Biology @BioChemCellBio]

How do #muscles repair after #injury
and why does it fail in #disease and #aging?
Submit your research on stem #cells, #inflammation, and metabolic #signaling in cardiac and skeletal muscle regeneration
Submissions now open (Deadline: Jan 15, 2027)
https://t.co/8xSowzteII

[Biochemistry and Cell Biology @BioChemCellBio]

#Prions changed how we think about #biology: #proteins can misfold, spread, and reshape disease 🧠
Prion research matters, not just for rare #disorders, but for common neurodegenerative #diseases like #Alzheimer’s and #Parkinson’s
https://t.co/QZXIxaWzFV

[Biochemistry and Cell Biology @BioChemCellBio]

How sensitive are #meta-analyses to study inclusion and #heterogeneity? 🤔
Any changes in #study inclusion can shift #results, but interpretation depends on more than #statistics: including study #context, predefined #methods, and biological #plausibility
https://t.co/7DbvxaCYgs

[Biochemistry and Cell Biology @BioChemCellBio]

📢 Now accepting submissions to #Biochemistry and #Cell #Biology (BCB)!
If you’re at an eligible institution, your #OpenAccess APCs may be fully waived
Making publication completely free for authors
https://t.co/C6Rdyi7Uvy
Explore publishing with us today 🔬

[Biochemistry and Cell Biology @BioChemCellBio]

How do #cannabis derived terpenes affect nociception?
In C. elegans, four terpenes were found to reduce heat-evoked pain responses 🧫 #proteomics reveals distinct signaling and stress-response pathways for each #compound
https://t.co/kGMO4yP9TP

[Biochemistry and Cell Biology @BioChemCellBio]

What makes #somatic #cells easier to reprogram?
New study profiles fibroblast cell lines and shows that metabolic state, #DNA methylation, and histone marks define a “somatic-to-pluripotent-like” continuum that may predict reprogramming success
https://t.co/5HgBDn27LP

[Biochemistry and Cell Biology @BioChemCellBio]

How does PPP2R2B affect #breast #cancer progression?
New study shows PPP2R2B activity can:
• reduce #proliferation and #invasion
• increase #apoptosis
• enhance #ferroptosis via lipid ROS and #iron regulation
A multi-layer tumor suppressor mechanism 🧬

[Biochemistry and Cell Biology @BioChemCellBio]

CBP and p300 are key #epigenetic regulators often dysregulated in #cancer 🩺
New work shows CBP/p300 are upregulated in HCC, and blocking their activity triggers autophagy-driven #cell #death, partly through suppression of EPHA2. 🔬
https://t.co/8WeTaSIvUw

[Biochemistry and Cell Biology @BioChemCellBio]

#NowHiring! We’re seeking an Institutional Account Manager (UK) with experience in sales to grow subscriptions and support institutional partnerships across key markets.

Apply now: https://t.co/tYRvbT9W1f

[Biochemistry and Cell Biology @BioChemCellBio]

#Caspases don’t just execute #apoptosis
Emerging evidence shows they also regulate lipid metabolism, redox stress, and metabolic dysfunction across #aging and #disease
#Metabolism #CellBiology
https://t.co/bm93za5PmH

[Biochemistry and Cell Biology @BioChemCellBio]

One protein, many names
OLA1 has been implicated in #cancer, oxidative stress, #mitochondrial #biology, #heart #disease, and neuronal differentiation; with growing evidence pointing to a central role in translation regulation
#CellBiology #TranslationalResearch

[Biochemistry and Cell Biology @BioChemCellBio]

Extended through 2028: Our Read and Publish agreement with the University of Oslo. Affiliated authors receive unlimited reading and no-cost open access publishing in our journal!

Learn more ▶️ https://t.co/iFBC2dY5d7

#AcademicPublishing #UIO Universitetet i Oslo

[Biochemistry and Cell Biology @BioChemCellBio]

When you #publish in a #not-for-profit #journal, your article does more than share science 🧪
It helps fund #student #awards, trainee initiatives, and #community #conferences
Keeping resources in the research ecosystem ♻️
https://t.co/LXFJ2NDSHc
Support your local journal 🧬

[Biochemistry and Cell Biology @BioChemCellBio]

Classic #anticancer #drug meets a natural polyphenol 💊
Researchers investigated combining Actinomycin D with resveratrol and found enhanced #p53 activation, increased expression of p21/PUMA/GDF15, and stronger anti #cancer effects than either agent alone
https://t.co/gUiwrx47vY

[Biochemistry and Cell Biology @BioChemCellBio]

How do #breast #cancer cells maintain EGFR and GLUT1 activity?
New study identifies O-GlcNAcylation as a key regulator of #protein stability, linking nutrient sensing, #phosphorylation, #ubiquitination, and metabolic reprogramming in #BreastCancer
https://t.co/BwI1RKrGTM

[Biochemistry and Cell Biology @BioChemCellBio]

Triple-negative #breast #cancer remains challenging to treat 🩺
New study identifies APT1/LYPLA1-dependent de-S-acylation as a potential therapeutic option, revealing subtype-specific regulation of protein acylation and cell-cycle control
#BreastCancer
https://t.co/Ebypim3sww

[Biochemistry and Cell Biology @BioChemCellBio]

Regenerating #muscle isn’t just a #biology question—it’s a systems-level challenge 🧬⚡
New #collection invites work on #stem cells, #immune signaling, and t#herapeutic strategies for #cardiac and #skeletal repair 🔬
Deadline: Jan 15, 2027
https://t.co/YI7PIPf1qO

[Biochemistry and Cell Biology @BioChemCellBio]

Can #AI help detect #lung #disease faster and more efficiently? 🫁🤖
New work in #Biochemistry and #Cell #Biology introduces ChestCovidNet—a lightweight deep learning model for detecting #COVID-19, #pneumonia, and lung opacity from chest X-rays.
https://t.co/3wgvR5BGcX

[Biochemistry and Cell Biology @BioChemCellBio]

Combination #therapies aren’t always straightforward ⚖️🧪
A new #study finds that actinomycin D + resveratrol enhances #anticancer activity in vitro via #p53 pathway activation—but does not improve in vivo #tumor suppression 🧫
https://t.co/qdj6eoMJPe

[Biochemistry and Cell Biology @BioChemCellBio]

How should we be training #graduate #students in a world where #science moves faster—and #competition is sharper—than ever? 🧠⚡
We’re inviting editorials and perspectives on the future of grad student training in #biomedicine! 🧪 Got an #idea? Contact us: https://t.co/6PwILZcAF0