Cell Biomaterials
@CellBiomat

A multidisciplinary journal from @CellPressNews publishing fundamental and applied research in materials science, bioengineering, and biomedical applications.

 Boston, MA
cell.com/cell-biomaterials/h…
Joined July 2024
25 Photos and videos
Peptide-protein interactions in drug discovery dlvr.​it/TVkWy5 #biomaterials #bioengineering
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Organelle-targeted DNA nanomaterials: Design, construction, and application dlvr.it/TVhnWj #biomaterials #bioengineering

Organelle-targeted DNA nanomaterials: Design, construction, and application

Organelles regulate essential cellular functions, and their dysfunction contributes to many diseases. Organelle-targeted DNA nanomaterials have emerged as a versatile platform for precise subcellular...

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DNA origami-enabled signaling axis for spatial immune coordination dlvr.it/TVhgFr #biomaterials #bioengineering

DNA origami-enabled signaling axis for spatial immune coordination

(Cell Biomaterials 2, 100538; December 15, 2026)

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Meet Eileen Gentleman @GentlemanLab in Bruges @CellPressEvents #CPSOrganoidsNAMs27 and discover how her research is using innovative biomaterials to harness the potential of stem cells for regenerate medicine. Abstract submission deadline: Jan 22, 2027 hubs.li/Q04y4vN70
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Bottom-up electrostatic assembly of natural biopolymer-based multiscale structures for biomedical applications dlvr.it/TVdGFH #biomaterials #bioengineering

Bottom-up electrostatic assembly of natural biopolymer-based multiscale structures for biomedical...

This review provides a comprehensive overview of natural-origin polymers, bottom-up electrostatic assembly strategies, and complementary fabrication technologies to create electrostatic-driven...

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An artificial glucose metabzyme for adaptive tumor metabolic immunotherapy dlvr.it/TVcQMj #biomaterials #bioengineering

An artificial glucose metabzyme for adaptive tumor metabolic immunotherapy

Aberrant tumor glucose metabolism poses a formidable barrier to cancer immunotherapy. Wang et al. developed an artificial glucose metabzyme (AGM) that overcomes the structural fragility of natural...

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Autolysosomal degradation-inhibitory nanoparticles for enhanced mRNA escape and cytokine therapy dlvr.it/TVbYbK #biomaterials #bioengineering

Autolysosomal degradation-inhibitory nanoparticles for enhanced mRNA escape and cytokine therapy

The authors develop an autophagy-inhibitory lipidoid (AUDI-lipidoid) that can be incorporated into clinically approved LNP formulations as a plug-and-play module. By targeting the underappreciated...

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A long-acting injectable nanoparticle-hydrogel depot enables sustained IGF-1 delivery to reverse chronic denervation dlvr.it/TVZjvn #biomaterials #bioengineering

A long-acting injectable nanoparticle-hydrogel depot enables sustained IGF-1 delivery to reverse...

A long-acting injectable biomaterial matrix integrates IGF-1-loaded nanoparticles within an injectable microgel particle depot to enable sustained local protein delivery. The platform preserves the...

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Replacing extraocular muscles with anisotropic, strain-stiffening hydrogels dlvr.it/TVXpY8 #biomaterials #bioengineering

Replacing extraocular muscles with anisotropic, strain-stiffening hydrogels

Natural extraocular muscles are compliant at small strains to permit rapid rotation, but stiffen at large strains to prevent over-rotation. Conventional surgeries cannot restore this passive mechan...

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Molecular clutch-guided biomaterial design dlvr.it/TVPPfV #biomaterials #bioengineering

Molecular clutch-guided biomaterial design

Mathematical modeling has advanced our understanding of the molecular mechanisms by which cells sense and respond to their mechanical microenvironment. In turn, these insights can be leveraged to...

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Approaches for recapitulating the extracellular matrix in organs-on-chip dlvr.it/TVNVPJ #biomaterials #bioengineering
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📢Present your research in Bruges! We're now accepting abstracts for #CPSOrganoidsNAMs27 from scientists advancing organoids, NAMs, disease modeling, drug discovery, precision medicine and more. 🗓️ Abstract deadline: January 22, 2027 🔗 hubs.li/Q04wCvYR0 @CellPressEvents
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Oxygen-generating cryogel vaccines help overcome tumor antigen tolerance and induce durable antitumor immunity in prostate cancer dlvr.it/TVH6WW #biomaterials #bioengineering

Oxygen-generating cryogel vaccines help overcome tumor antigen tolerance and induce durable...

Therapeutic cancer vaccines often fail due to poor antigen delivery and tumor-driven immunosuppression. This study introduces Click O2-CryogelVAX, an engineered cryogel that couples sustained antigen...

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Spatiotemporal instrumentation of in vitro tissues: Toward understanding human disease dlvr.it/TVH0MQ #biomaterials #bioengineering

Spatiotemporal instrumentation of in vitro tissues: Toward understanding human disease

This perspective outlines the real-time spatiotemporal analysis of human in vitro tissues based on multimodal sensor technologies. Through the seamless integration of biomaterials, biosensor interf...

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Reverse the progression of Alzheimer’s disease through Nano-ERASER-based adult neuroregeneration dlvr.it/TVBDj0 #biomaterials #bioengineering

Reverse the progression of Alzheimer’s disease through Nano-ERASER-based adult neuroregeneration

Neurodegeneration in Alzheimer’s disease outpaces the brain’s ability to regenerate neurons. Wang et al. develop a Nano-ERASER platform that delivers anti-PTBP1 antibodies into astrocytes, enabling...

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A branched ionizable lipid nanoparticle platform for versatile in vivo delivery of nucleic acids: Validation from mRNA to capped circular RNA dlvr.it/TV4yjP #biomaterials #bioengineering
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Systemic humoral activation facilitates tissue regeneration by D-chiral biomaterial scaffolds dlvr.it/TV0bmz #biomaterials #bioengineering
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Biomaterial-enabled in vivo T cell engineering: A new paradigm for cell therapy dlvr.it/TV0Q8M #biomaterials #bioengineering

Biomaterial-enabled in vivo T cell engineering: A new paradigm for cell therapy

Biomaterials are evolving from passive cell delivery vehicles into active regulators of immune cell fate and function, enabling cell engineering directly within the body. This perspective highlights...

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A biomimetic delivery strategy for achieving dual-specific lipid nanoparticle targeting dlvr.it/TTxmBc #biomaterials #bioengineering

A biomimetic delivery strategy for achieving dual-specific lipid nanoparticle targeting

Despite major advances in lipid nanoparticles (LNPs)-based RNA therapeutics, achieving precise tumor-specific delivery remains a central challenge. In this study, platelet membrane-coated selective...

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Endophilin A1 shapes size preference of cancer cells for nanoparticle endocytosis dlvr.it/TTvw41 #biomaterials #bioengineering

Endophilin A1 shapes size preference of cancer cells for nanoparticle endocytosis

Cancer cells demonstrate diverse size preferences during nanoparticle (NP) uptake that cannot be explained by traditional protein coatings. By integrating machine learning with biological and...

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