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🏆18th Edition of International Chemical Scientist Awards ✨

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🧪 The International Chemical Scientists Awards honor exceptional achievements in chemical sciences, recognizing innovation, research excellence, sustainable solutions, and scientific leadership. These prestigious awards celebrate breakthroughs in chemistry that advance healthcare, industry, energy, environmental protection, and global scientific progress. 🏆   The 18th Edition of the International Chemical Scientist Awards celebrates excellence, innovation, and outstanding contributions in chemical sciences. This prestigious event recognizes researchers, academicians, and industry professionals who have advanced scientific knowledge and technological development through their dedication and achievements. The event highlights the importance of scientific discovery in addressing global challenges, promoting sustainable development, and improving quality of life. By honoring exceptional accomplishments, the International Chemical Scientist Awards inspire future generations to pursue...
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Rhamnolipid production from agro-industrial waste: A new vista in green chemistry for production of eco-friendly surfactants

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The growing demand for sustainable alternatives to petroleum-based surfactants has brought  rhamnolipids  into the spotlight as promising bio-based molecules in modern green chemistry 🌱. Produced mainly by microbial fermentation, rhamnolipids are biodegradable, low-toxicity, and highly efficient surface-active agents. What makes them especially exciting is their potential to be synthesized using  agro-industrial waste materials  such as molasses, waste cooking oil, fruit peels, and dairy residues ♻️. This approach not only reduces production costs but also supports waste valorization and circular economy strategies. Utilizing agro-industrial waste as a substrate significantly enhances the sustainability profile of rhamnolipid production. Instead of discarding organic residues that contribute to environmental pollution, researchers are transforming them into high-value biosurfactants through microbial processes 🧪. This eco-friendly conversion reduces landfill burden...
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Integrated Experimental–Theoretical POPs for Picric Acid Removal 📊🧪♻️

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The development of advanced  triazole–amide functionalized porous organic polymers (POPs)  represents a powerful step forward in sustainable environmental remediation. These materials, synthesized using efficient  click chemistry strategies , offer high structural stability, tunable porosity, and strong binding affinity toward hazardous nitroaromatic pollutants such as picric acid. By integrating both experimental synthesis and theoretical modeling approaches, researchers can precisely design polymer architectures with optimized adsorption performance and selectivity. This synergy between lab-based innovation and computational prediction enhances material efficiency and accelerates green technology development. ⚗️💡 Picric acid is a toxic and explosive nitroaromatic compound widely used in dyes, explosives, and chemical industries, posing serious threats to water quality and ecosystem health. The engineered porous organic polymer demonstrates excellent adsorption capabili...
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Green Synthesis of Antibacterial Fe-ZnO Nanoparticles for Industrial Use 🌱🔬🏭

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 The development of  Fe-doped ZnO nanoparticles  using a  green chemistry approach  represents a significant step toward sustainable nanomaterial production 🌱🔬. Unlike conventional synthesis methods that rely on toxic chemicals and energy-intensive procedures, this eco-friendly strategy utilizes safer reagents, mild reaction conditions, and renewable resources to produce high-quality nanoparticles. The incorporation of iron (Fe) into zinc oxide (ZnO) enhances structural stability and modifies electronic properties, resulting in improved antibacterial efficiency while maintaining environmental compatibility 🌍✨. These Fe-doped ZnO nanoparticles exhibit strong antibacterial activity against a wide range of harmful microorganisms, making them highly valuable for healthcare, packaging, and environmental sanitation applications 🦠🛡️. Their enhanced surface reactivity and photocatalytic behavior help disrupt bacterial cell membranes and inhibit microbial growth eff...
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Electronic Structure Modulation and Reaction Pathway Regulation in Co–Based Dual–Atom Catalysts for Oxygen Evolution Reaction ⚡🔬

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The development of efficient electrocatalysts for the  oxygen evolution reaction (OER)  is essential for advancing sustainable energy technologies such as water splitting and renewable hydrogen production 🌱⚡. Recently,  cobalt (Co)–based dual-atom catalysts  have emerged as a powerful strategy to enhance catalytic performance by precisely tuning the  electronic structure and active sites  at the atomic level. Unlike conventional single-atom or nanoparticle catalysts, dual-atom configurations enable synergistic interactions between neighboring metal atoms, improving charge transfer efficiency and catalytic activity 🚀. Electronic structure modulation plays a crucial role in optimizing adsorption energies of reaction intermediates such as *OH, *O, and *OOH during the OER process ⚙️. By engineering coordination environments and metal–metal interactions, researchers can regulate electron density distribution around cobalt active centers, significantly lowering...
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RNA-Based Forensic Investigation: New Tools & Future Directions 🔬⚖️🧠

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 RNA-based analysis is emerging as a powerful tool in modern forensic science, offering deeper biological insights beyond traditional DNA profiling. Unlike DNA, RNA reflects  cell type, tissue origin, and physiological state , helping investigators identify whether evidence came from blood, saliva, skin, or other biological sources. Advances in transcriptomics and sequencing technologies are enabling more precise interpretation of crime scene samples, even when evidence is degraded or limited. 🧬🔬📊 Currently, forensic RNA applications include body fluid identification, post-mortem interval estimation, wound vitality assessment, and age-related biomarker detection . Techniques such as mRNA profiling, microRNA analysis, and next-generation sequencing are improving sensitivity and specificity in forensic investigations. These molecular signatures help reconstruct events more accurately and strengthen courtroom evidence reliability. ⚖️🧪🧫 Looking ahead, RNA research holds stron...
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Atomic-Level Charge Engineering for Efficient CO₂ Electroreduction 🔋🌿

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  Cu/Ni dual-atom catalysts with charge regulation: Boosting CO₂ electroreduction selectivity via site-specific O/C-terminal asymmetric adsorption  is an exciting breakthrough in electrocatalysis and carbon-neutral energy research 🌍⚡. Scientists designed a  Cu/Ni dual-atom catalyst anchored on N-doped carbon  that enhances the electrochemical CO₂ reduction reaction (CO₂RR) by regulating electronic interactions between copper and nickel atoms. Unlike conventional single-atom catalysts, the synergistic interaction between Cu and Ni redistributes charge density, enabling selective adsorption of CO₂ intermediates and dramatically improving catalytic efficiency. This strategy supports the conversion of greenhouse CO₂ into valuable chemicals like CO with significantly higher selectivity and stability 🚀. A key innovation of this catalyst lies in its site-specific asymmetric adsorption mechanism 🔬. Electron-deficient Cu atoms preferentially bind oxygen terminals of CO₂, ...
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