Social Media Ideas for Artificial Metalloenzymes

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bioengineer.org /2 weeks ago

Nickel Catalyst Uses Halogen Bonds to Deliver Elusive Anti-β-Amino Alcohols

Researchers at Chiba University have developed a chiral nickel catalyst that uses cooperating halogen bonds, hydrogen bonds, and metal coordination to synthesize hard-to-make anti-...

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journals.plos.org /1 month ago

Metal binding site alignment enables network-driven discovery of recurrent geometries across sequence-divergent proteins...

by Vetle Simensen, Eivind Almaas Metal-binding sites (MBSs) are critical determinants of protein stability and biological function, yet methods for comparing their local binding e...

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arstechnica.com /1 week ago

Researchers use AI to design proteins that cut up other proteins

AI design tools make proteins that break bonds that are stable for hundreds of years.

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nanowerk.com /4 days ago

Why copper-binding peptides matter in biotechnology and materials research

Copper-binding peptide GHK-Cu helps researchers study metal coordination, molecular characterization, and potential applications in biotechnology and materials.

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nanowerk.com /2 weeks ago

Light unlocks highly reactive hydrogen atoms for metal-free chemistry

A new light-driven method generates highly reactive hydrogen atoms under mild conditions, opening new possibilities for metal-free chemical synthesis.

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journals.plos.org /2 weeks ago

DyME: An MD-based engine exploiting HTP mutagenesis for protein engineering and recognition mimicry

by Pedro M. Guillem-Gloria, Gloria Ruiz-Gómez, M. Teresa Pisabarro Protein recognition mimicry is of great interest in the field of molecular bioengineering and rational design, w...

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bioengineer.org /1 month ago

Nickel Doping in Copper MOF Boosts CO2 Conversion to C2+ Products

A team of researchers in China has engineered a nickel-doped copper catalyst derived from metal-organic frameworks that converts carbon dioxide into ethylene and other multi-carbon...

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singularityhub.com /2 days ago

This AI Model Designs Enzymes With Atomic Precision

A trio of papers showcases AI-designed molecular scissors and an upgraded tool that builds proteins atom by atom. The post This AI Model Designs Enzymes With Atomic Precision appea...

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bioengineer.org /1 month ago

Cyclopropanol doubles as caged warhead for selective electrochemical bioconjugation

Switched On by Electricity: “Caged” Cyclopropanol Warhead Lets Chemists Label Proteins Inside Living Cells at Will Inside every living cell, a chaotic molecular bazaar is in full s...

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nanowerk.com /1 week ago

Single carbon atom stitches flat molecules into rigid 3D structures

A new catalytic reaction breaks carbon–carbon single bonds and creates four new bonds around one carbon atom, enabling the synthesis of complex 3D molecules for functional material...

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bioengineer.org /1 month ago

Ligand-Guided Radical Orientation Enables Asymmetric Cyanation of Unstabilized Alkyl Radicals

A new copper-catalysed reaction could give chemists a powerful way to create chiral molecules from some of the most difficult intermediates in organic chemistry: highly reactive, u...

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nanowerk.com /3 weeks ago

Self-assembling enzymes form storable beads for sustainable chemical production

Researchers create porous beads made entirely of enzymes that serve as both catalysts and structural material. Combined with living cells, they enable versatile, storable biocataly...

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nanowerk.com /2 weeks ago

Protective polymer stabilizes MXene photocatalyst and boosts methane production

Polymer-protected MXene combined with copper nanoparticles withstands water exposure and increases photocatalytic CO2-to-methane production about 200-fold compared with reduced tit...

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nanowerk.com /2 weeks ago

AI searches millions of enzymes for ways to break down plastics and PFAS

Machine learning helps identify naturally occurring enzymes with the potential to degrade plastics, PFAS and other persistent pollutants, narrowing millions of candidates for labor...

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nanowerk.com /1 month ago

Combining AI and synthetic biology to decode nature's design rules (w/video)

A new open-science initiative will use AI and large-scale experiments in a continuous learning cycle to design new proteins, enzymes and cells.

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nanowerk.com /1 month ago

Scientists use AI to find stable forms of molecules for drug discovery

Using deep learning, researchers predict tautomeric states - an important foundation for reliable drug design.

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bioengineer.org /2 days ago

TAC-linked multimetal MOF enables 13-day cycling in rechargeable zinc–air battery

A trimesic-acid-linked multimetal metal–organic framework achieved 60 mA cm−2 and stable cycling for more than 13 days in rechargeable zinc–air battery tests.

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prunderground.com /3 weeks ago

Avimer Bio and CNIO Advance Protein Cage Design for Targeted Medicine

Avimer Bio and CNIO announce JACS publication detailing computational methods to build self-assembling protein cages with atomic precision for targeted medicine. The post Avimer Bi...

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bioengineer.org /1 month ago

Chemists forge chiral piperidine mimics in a single asymmetric leap

Medicinal chemists have long chased a deceptively simple goal: build drug candidates that are less flat, more three-dimensional, and more likely to succeed in the clinic. A researc...

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nanowerk.com /1 month ago

Crystalline sponge MOF reveals structures of large drug molecules from microgram samples

A flexible metal-organic framework called APF-40 reveals the 3D structures of large drug molecules from microgram-scale samples, including doramectin.

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nanowerk.com /3 weeks ago

Molecularly engineered blue pigments boost platinum-free fuel cell performance

A research group has fine-tuned blue pigment molecules to create a blue-pigment based catalyst that is high-performing and free of the more expensive platinum.

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bioengineer.org /3 weeks ago

Support Materials Fine-Tune Nickel-Iron Catalysts for Cleaner Hydrogen from Methane

Hydrogen has become the centerpiece of the global search for clean energy, yet most of the hydrogen produced today still carries a heavy carbon footprint. A new study published in...

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nanowerk.com /2 weeks ago

From a landmark discovery by Chinese scientists to global nanozyme research and science art

From enzyme-like nanoparticles to a global research field, nanozymes now inspire art that makes advanced chemistry accessible to wider audiences.

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