SynBioBeta’s Post

Our researchers have developed a new method of generating eco-friendly energy. Congratulations to Associate Professor Sarah Guerin and her team, Tara Ryan, Krishna Hari and Dr Suman Bhattacharya. The researchers have developed a new method of growing organic crystals that can be used for energy-harvesting applications. The energy that is being harvested as part of this research is being generated by squeezing amino acid molecules, the building blocks of proteins that exist in the human body. Read More: https://lnkd.in/ehyBb3FD #StayCurious

🌟 Solubility: The Foundation of Scientific Progress 🌟 Have you ever wondered how some substances dissolve effortlessly in water while others resist stubbornly? 🤔 What is solubility? ✏️ At its core, solubility is the capacity of a substance (solute) to dissolve in a solvent, forming a homogeneous solution. While it seems like a simple concept, its impact stretches across a vast array of disciplines, making it one of the most critical phenomena in science and technology. 🧠 Why is solubility so important? Solubility isn’t just a theoretical topic; it’s a cornerstone of practical innovation: ● Pharmaceuticals: Over 40% of drugs face solubility challenges. Enhancing solubility ensures better bioavailability, leading to more effective treatments. ● Food Science: Solubility governs the flavor, stability, and texture of countless products we consume daily. ● Environmental Science: It plays a critical role in processes like water purification and pollutant removal. ● Energy: From battery electrolytes to fuel cells, solubility enables energy storage and conversion technologies. 🌍 A Real-World Impact: Think about the clean water you drink, the medicine you rely on, or even the coffee you enjoy in the morning , none of these would be possible without understanding solubility. 🔍 How does it work? Solubility is influenced by: ● Temperature and Pressure: Higher temperatures often increase solubility, but not always! Gases, for instance, dissolve better in cold liquids. ● Nature of Solute and Solvent: The famous rule “like dissolves like” reminds us that polar solutes dissolve in polar solvents and non-polar in non-polar. ● Chemical Additives: Sometimes, solubility can be enhanced with surfactants, co-solvents, or pH adjustments. #Solubility #Innovation #ScienceMatters #ChemistryInAction #Sustainability #MaterialsScience #Research #Pharmaceuticals #EnvironmentalScience

Excited to share my latest research publication from my PhD thesis: "Boosting Curcumin Bioavailability with Egg White Protein Aerogels: A Sustainable Supercritical CO₂-Based Approach" This study introduces an innovative method leveraging #Supercritical CO₂ as a #green solvent and drying technique to fabricate porous edible carriers for enhanced #curcumin bioavailability, antioxidant activity, and anti-inflammatory effects. 📖 Read more: https://lnkd.in/gzyXrPYY

I am grateful to share with you my first scientific article regarding "Thiol-functionalized cellulose for mercury polluted water remediation: Synthesis and study of the adsorption properties."

🚀 Exciting News! My co-first authored research paper on, "Vertically Expanded Covalent Organic Frameworks for Photocatalytic Water Oxidation into Oxygen," is now published on Angewandte! 🌊💧 In this work, we developed covalent organic frameworks with innovative π architectures and expanded interlayer spaces to reveal previously hidden active sites. By exposing both faces of each cobalt(II) porphyrin layer, these frameworks exhibit remarkable photocatalytic performance for water oxidation. Here are some highlights: 🔹 High Oxygen Production: 1155 µmol g⁻¹ h⁻¹ 🔹 Impressive Quantum Efficiency: 1.24% at 450 nm 🔹 Enhanced Turnover Frequency: 1.39 h⁻¹, which is 5.1x more effective than traditional π-stacked frameworks! This novel approach opens doors for designing catalytic systems for a range of chemical transformations. A big thank you to my collaborators who made this possible! 🙌 Read the full article here: https://lnkd.in/gCHuVJcb #Research #Photocatalysis #CovalentOrganicFrameworks #SustainableEnergy #WaterOxidation

Research on producing epoxidized sucrose esters of fatty acids (ESEFAs) at North Dakota State University seeks to solve some key problems in the field of materials science and sustainable manufacturing. The research team is led by NDSU professor and chair of coatings and polymetric materials Dean Webster and his team. The findings represent a significant advancement in bio-based materials. The study focuses on developing materials that are biodegradable and free of volatile organic compounds (VOC), which reduces environmental harm and improving health and safety standards. #polymetric #sustainable #coatings #environmental More info here: https://lnkd.in/ggkZhZic

💫Exciting News!💫 Thrilled to announce that my first sole-author research paper, titled "Advancing Sustainable Packaging through Self-Assembly Induced Amyloid Fibrillization of Soy and Pea Protein Nanofilms," has been published in Food Chemistry (Impact Factor: 8.5, Q1). This paper explores innovative strategies for developing sustainable, protein-based nanofilms—pushing the boundaries of eco-friendly packaging solutions. 🔬 The research highlights the potential of amyloid fibrillization as a key method for enhancing the structural integrity and functionality of plant-based protein films, contributing to the future of sustainable materials. 🌍 Pls, use this link for 50 days' free access https://lnkd.in/dNb88zSK ✨ Shine with your self-motivation, and let your curiosity drive impactful innovations! ✨ #SustainablePackaging #ProteinNanofilms #FoodChemistry #Innovation #ResearchAndDevelopment #AmyloidFibrils #EcoFriendly

🌿 Partner Highlight 🌊 Title: Optimization of Enzymatic Collagen Production from Atlantic Cod Waste Industry Partner: 3F Waste Recovery Funder: Natural Sciences and Engineering Research Council of Canada (NSERC) - ARD Researchers: Rob Nicol and Jessica Ganter The Bio-Industrial Process Research Centre is thrilled to collaborate with 3F Waste Recovery, an innovative biotechnology company from Newfoundland and Labrador! 🇨🇦🐟 They specialize in extracting premium-quality, sustainable ingredients from local fishery by-products, transforming what was once considered waste into valuable resources. The main objective of this project is to optimize the enzyme extraction specific to the hard water conditions in Newfoundland. First, the research team will identify the collagen yield difference when the water hardness changes. Then, the enzyme extraction will be optimized by adjusting and measuring different factors, using Design of Experiments software to help manage the optimization process. After the extraction processes, the mixture will be centrifuged, filtered, and freeze-dried for the collagen content and molecular weight range analysis. By refining these processes, we aim to enhance 3F's production capabilities and support its expansion into global markets with high-quality collagen products. Learn more about BPRC https://www.bprctac.ca/ #appliedresearch #LambtonResearchPartnerships #Partnertestimonial #LCpride

MSc Student from University of Maragheh Publishes Article in Prestigious Journal The article by Nasrin Ghorbani, a master’s student in Mineral chemistry in the research group headed by DR. Reza Abazari from the University of Maragheh, who works on the synthesis of catalysts and their properties for organic reactions, including the Knoevenagel reaction and carbon dioxide fixation, was published in the prestigious Nature-indexed  journal. According to the Research and Technology Director of the university, today the increasing need for fuel has led to an increase in the level of carbon dioxide, which causes alarming consequences such as climate change and global warming. Fixation of carbon dioxide is one of the ways to solve this problem. In this research, metal-organic frameworks loaded on graphene oxide have been used to convert carbon dioxide and epoxides into cyclic carbonates under environmentally friendly conditions. The catalyst used showed very good efficiency in the production of carbonates from epoxides. The advantages of this method include things like low carbon dioxide pressure, high efficiency, a simple work method, a cheap and environmentally friendly catalyst, and a short reaction time. Also, the catalyst can be used up to five times (without a significant reduction in efficiency). Also, the Knoevenagel reaction, which is a condensation reaction to form a carbon-carbon compound, is widely used in the chemical synthesis of organic materials and is significantly important in various industrial fields, including pharmaceuticals, cosmetics, and agricultural products. Because its side product is water, it does not harm the environment, and in this sense, it is environmentally friendly and subject to the laws of green chemistry. The results of this research have been published in the prestigious journal IC in Nature-Indexed, which is one of the prestigious journals of Iran’s scientific leaders. The results of this research from ACS publications can be obtained from the following link: https://lnkd.in/gA2rHaw6

🚨 Exciting News! 🚨 Our latest research, titled "Phase-Dependent Photo-assisted Electrocatalytic Conversion of Nitrate to Ammonia Using TiO2: Insights into Amorphous and Rutile Activity", has been accepted for publication in Applied Catalysis Open! 🎉 This study explores the phase-dependent catalytic performance of TiO2 in a NiO/Au plasmon/TiO2 composite system, uncovering new insights into the selective reduction of nitrate to ammonia under visible light at neutral pH and room temperature. 🔑 Key Highlights: Amorphous TiO2: Enhances nitrate-to-nitrite conversion, boosting nitrite concentration and Faradaic efficiency. Rutile TiO2: Doubles ammonia yield and significantly increases Faradaic efficiency for the nitrite-to-ammonia step. These findings pave the way for more efficient nitrate-to-ammonia conversion, contributing to sustainable agriculture through nutrient recycling and reduced fertilizer costs. 🌱 We’re excited to share our work and its potential impact on sustainable development! Stay tuned for the full paper in Applied Catalysis Open. #Catalysis #Sustainability #AmmoniaProduction #TiO2 #NitrateReduction #AppliedCatalysisOpen