Biointerphases is an interdisciplinary AVS journal on soft matter interfaces: chemistry, physics, engineering, theory & modelling. biointerphases.org.
Joined January 2016
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Biointerphases Volume 21, Issue 2 is now live! š
Click here to read articles about lipid membrane composition and fighting biliary stent occlusion.
pubs.aip.org/avs/bip/issue/2ā¦
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We were proud to sponsor awards at the 8th Pre- #EGU26 General Assembly Workshop on Bioaerosols & Ice Nucleation, held in Vienna May 2-3.
Congratulations to our winners Louis Castin, Haajira Beevi Habeebrahuman, Shashi Prabha Kumari, & Vibhaw Shrivastava!
tinyurl.com/8y7dz6uk
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š§ This cool article is hot off the presses!š„
Authors explore how ice nucleating proteins bind to surfaces for progress in bio-inspired freezing applications incl. snowmaking, food science, cryo-med, & icing & anti-icing materials.āļø
eurekalert.org/news-releasesā¦
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Snail shell fragments from Messor wasmanni ant middens show their mandibles (made of zinc-enriched chitin fibers) can crush juvenile but not adult shells, suggesting predatorāprey coevolution. Future work may reveal more about chitināmetal composites.
doi.org/10.1116/6.0005368
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Biofilmābiomaterial analysis is shifting to real-time electrochemical monitoring of adhesion, growth & metabolism at microscale. Challenges include biofouling, interference, drift & poor standardization; advances aim at stable, multifunctional sensors.
doi.org/10.1116/6.0004613
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This highly-cited review from @UMaine is included in our Special Topic Collection on #PFAS at the Interface of Biological and Environmental Systems.
Read here: doi.org/10.1116/6.0002772
Check out the entire collection here špubs.aip.org/bip/collection/ā¦
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Silane coupling agents are crucial for enhancing biocompatibility in medical devices. Their stability & versatility make them perfect for enhancing hydrogels & creating advanced surface coatings.
Check out one of our top reviews on these versatile agents: doi.org/10.1116/6.0002712
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š£ The latest issue of Biointerphases is live! š£
Read reviews and original research from Nanyang Normal University, @UniLeipzig (featured on our cover!), and @UofNorthDakota.
pubs.aip.org/avs/bip/issue/2ā¦
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3D bioprinting offers personalized solutions for severe skin injuries, recreating complex layers & appendages while reducing infection & immune rejection. Despite rapid growth, challenges remain in vascularization, scalability, & regulatory approval.
doi.org/10.1116/6.0004978
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Wencke Krings leads a review exploring how diet shapes the form & mechanics of mollusks' radular teeth through echomechanics. Categorizing them like human tools, this aims to inspire engineering innovations & explore responses to environmental changes. doi.org/10.1116/6.0005034
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Condensed droplet polymerization allows solvent-free creation of tunable polymer dome microlenses that enhance live-cell imaging. These adaptable platforms are useful for scaffolds, diagnostics, drug delivery, & probing curvature-mediated cell signaling. doi.org/10.1116/6.0004827
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ā°The latest issue of Biointerphases has dropped! š
Check it out to read articles from @UTAustin, @UOW, @UW, @tudresden_de, and others.
pubs.aip.org/avs/bip/issue/2ā¦
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Authors from @UW use AFM & Tof-SIMS to study hydrolytic & enzymatic degradation of polyurethanes, showing polymer surface roughness in aqueous conditions is affected by bulk composition. Incorporating collagenase-cleavable peptides accelerated degradation.
doi.org/10.1116/6.0004809
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Biointerphases was pleased to present poster awards at the 10th Chinese National Conference on Secondary Ion Mass Spectrometry, held in Xi'an, China this past October. Congratulations to the winners! š
linkedin.com/posts/biointerpā¦
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Between authors, reviewers, editors, & readers, RESEARCHERS are central to everything we do! Thank you to all researchers who engaged with us in 2025.
We look forward to continuing our focus on researchers &their contributions in 2026. Happy New Year from Biointerphases! š
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Biointerphases retweeted
20 Dec 2025
Happy to share our latest publication from the @iiscbangalore @RamrayB, now available online and featured on the cover of @biointerphases. This cool and highly interesting paper focuses on the proteoglycan Decorin and its role in ovarian cancer progression.
20 Nov 2025
On our latest cover, we feature research from Indian Institute of Technology studying the role of the proteoglycan Decorin in regulating ovarian cancer progression. Glycosaminoglycan chains in Decorin are crucial to its role fighting invasive cells. šŖ
doi.org/10.1116/6.0004725
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18 Dec 2025
Ti-NW-Mg modified titanium implants were synthesized & shown to improve bone formation ā reducing macrophage growth & inflammation while regulating macrophage polarization. The results suggest a promising implant material for enhancing osteogenesis.
doi.org/10.1116/6.0004766
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17 Dec 2025
Soluble factors secreted by human osteoblasts stimulate stem cell differentiation & calcium phosphate mineralization, & surface modifications of implants promote bone-like matrix formation, which could reduce implant healing time & failure rates.
doi.org/10.1116/6.0004679
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9 Dec 2025
Surface force apparatus measurements & microscopy show the concentration of calcium ions affects the aggregation, cohesion & intefacial adhesion of ascidian adhesive protein 1 (AAP-1)ādata valuable in creating antifouling coatings & biomimetic adhesives.
doi.org/10.1116/6.0004889
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5 Dec 2025
High-speed atomic force microscopy enabled direct visualization of single-molecule adsorption dynamics of bovine serum albumin and fibrinogen on silica nanoparticle coatings, revealing distinct, protein-specific and dynamic interfacial mechanisms.
doi.org/10.1116/6.0004849
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