M&A dealmaking within Europe’s consumer sector has grown steadily in recent years, delivering a record volume of deals in 2025.

M&A dealmaking within Europe’s consumer sector has grown steadily in recent years, delivering a record volume of deals in 2025.

M&A dealmaking within Europe’s consumer sector has grown steadily in recent years, delivering a record volume of deals in 2025.

Anthropogenic nitrogen fixation and nitrification exceed natural denitrification capacity, disrupting the nitrogen cycle and causing environmental pollution. Electrocatalytic inorganic-to-organic nitrogen conversion is promising for restoring this balance. However, diverse product formation makes selectivity control a key challenge. This review examines the conversion of hydroxylamine (NH2OH) as the pivotal precursor bridging inorganic nitrogen oxides (NOX−/NOX) and C–N bond formation toward value-added organonitrogen compounds. We survey the theoretical principles governing NH2OH selectivity, discuss catalytic mechanisms for subsequent C–N bond construction, and review catalyst modulation strategies for organonitrogen synthesis. By framing NH2OH as a linchpin linking denitrification and synthesis, this review outlines key challenges and provides a unified framework connecting fundamental understanding to rational catalyst design for sustainable nitrogen conversion.

This review highlights advanced 2D photocatalysts (g-C3N4, graphene, MXenes, TMDs, BiOX, MOFs, and COFs) for efficient CO2 capture and photocatalytic conversion. Key governing factors, including CO2 capture and defect engineering, and future directions focusing on scalability, stability, selectivity, and catalyst design, are evaluated.

Abstract. Gold–sulfur interfaces underpin surface chemistry, molecular sensing and nanoelectronics, yet the atomic-scale factors governing whether thiols b

Nature Synthesis, Published online: 01 October 2026; doi:10.1038/s44160-026-01168-4Room-temperature ethane–CO coupling over Cu converts ethane directly to propionic acid with up to 83% selectivity. CO acts as both a C1 building block and a selectivity-directing agent, and interfacial coupling between copper carbonyl and surface ethyl species enables C–C bond formation under mild conditions.

In this review, Walker et al. discuss how reactive metabolites can non-enzymatically modify proteins to shape immune cell function. They discuss mechanisms governing modification selectivity and regulation, emerging chemical biology tools to study these modifications, and how these modifications connect immunometabolism with inflammation, disease, and therapeutic opportunities.

Henri Kagan and Kenso Soai win prize for bringing laboratory reactions closer to life’s selectivity

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Tim17 forms the protein-conducting channel of the mitochondrial inner membrane translocase. Here, authors show that the N-terminus of Tim17 constitutes a negatively charged selectivity filter to facil...

scientists struggled to understand how such selectivity emerged naturall

Henri Kagan and Kenso Soai win prize for bringing laboratory reactions closer to life’s selectivity

scientists struggled to understand how such selectivity emerged naturall