Joel Harris’ Post

Published a few days ago at The Pharma Innovation journal. Although it is a case report and simple work, it is informative. Thus, I wish you a happy reading by clicking. https://lnkd.in/gtuRxdWZ

A Green Analytical Method for Simultaneously Determining Plasticizers Residues in Honeys from Different Botanical Origins Recent research by the Analytical Chemistry Group of the University of Valladolid focused on determining nine plasticizers in honey samples by gas chromatography–mass spectrometry (GC–MS). While the team points out that there have been studies conducted previously focusing on the assessment of other contaminants in honey (such as metals, pesticides, antibiotics, and veterinary drugs), there are comparatively few that have been done specifically regarding plastics. LCGC International spoke to Silvia Valverde Bastardo and Ana María Ares Sacristán of this group about their research and the resulting article. Link: https://lnkd.in/enft_36U

CQUniversity recently concluded a laboratory trial to identify methane-reducing compounds that could be delivered via drinking water. Of these compounds, Rumin8’s product recorded a 99% reduction in methane production without a decrease in digestibility. The study found that: “The clear standout compounds in terms of methane reduction were sodium monensin (64pc methane reduction) and the Rumin8 IVP (99pc methane reduction), delivering significant methane production reductions without impacting in vitro dry matter digestibility,” Rumin8’s CEO David Messina said: “This trial indicated almost total methane elimination in a laboratory setting, which was really pleasing for Rumin8,” “The CQU trial results were consistent with the trial results from other in vitro and in vivo (animal) studies. The impact on IVDMD is important, as negative IVDMD is viewed as a proxy for productivity losses, as animals can’t convert the feed’s dry matter into energy.” More details here: https://lnkd.in/gYPZgcAB #ResearchandDevelopment #AgTech

I'm excited to be #partnering with Reza Nick Nikooforsat (Nick) and his team! Over the past months of remote and face-to-face meetings, I have been nothing but impressed by their #professionalism, #knowledge of their industry and regions, as well as their desire to #learn more about #SDCTechnology in order to provide new and additional #solutions to their current #customers and grow their business. #SDCInnovation #IndustrySolutions #Partnerships #Distribution #GlobalExpansion #PUREHardSurface #PowerfulDisinfectants #DisinfectWithPURE #PUREControl #PUREMultipurposeCleaner #HighFoamCleaner #SanitationSolutions #Innovation #SDCScience #SDCPower #FoodProcessingCleaning #BioscienceInnovations

Ensuring Food Safety through Advanced Control Methods In line with EU regulations, Member States must control both authorized and prohibited pharmacologically active substances in veterinary medicinal products to protect public health. Regulation 2022/1644 now includes new parameters like protein/peptide hormones, antiviral substances, and plant protection products. These compounds must be part of national control plans. CER Groupe, recognizing the complexity of detecting synthetic peptides with growth-hormone effects, has developed a sensitive, ISO17025 accredited and aligned with the latest validation regulation (2021/808), UPLC-MS/MS method for bovine and equine urine. Food producers, regulators, and veterinarians: ensure compliance with these new standards by partnering with us for testing solutions! Click on the following link to learn more about our services: https://lnkd.in/ew6q8ega #FoodSafety #VeterinaryControl #ISO17025 #UPLCMSMS #PeptidicHormones #CERGroupe

Technology developed by Scottish biotech Biotangents, which has announced its latest investment round, which amounted to £2.3 million for its diagnostic device aimed at detecting diseases in dairy cows. #Tech | #News | #AgriTech

After 4 days of intense meetings with international colleagues from national and regional seed associations as well as companies discussing important matters of #plantbreeding #innovation and access and benefit sharing for plant genetic resources I am relaxing on the flower power chair at #WorldSeed2024. Looking forward to more inspiring meetings and discussions on plant breeding and seed related matters over the next couple of days. #NGTs #CBD #genomeediting

Probiotics, long recognized for their health benefits in humans, are increasingly gaining attention for their potential to improve animal health and boost growth. In a recent interview, Deon Neveling, CEO and Co-founder of Probipher (Pty) Ltd, shared insights on how probiotics can enhance animal diets, the difficulties in translating research into practical applications for various species, and the importance of ensuring product safety and efficacy in the face of rising consumer demand and limited regulation. Read more here https://lnkd.in/gvxkT3fU #lbs #lbs25 #londonbiotechnologyshow #biotechnology #bioinformatics #medtech #innovation #lifesciences #healthcare #pharmaceutical #biomedicalengineering #tissueengineering #biotechconference #biotechevent #biotechexpo #redbiotechnology #excellondon #londonbiotech

Cultivated meat, grown directly from animal cells without the need for traditional livestock farming, represents a paradigm shift in the global food industry. In a recent interview Cellcraft LTD's CEO and Co-Founder Yash Mishra shared his vision for the future of cultivated meat. Yash talked about the strategies needed to influence perceptions in regions with deep-rooted farming traditions, and the delicate balance between fostering innovation and achieving industry-wide acceptance. He also highlighted how Cellcraft’s pioneering B2B model empowers businesses of all sizes to produce cultivated meat, offering a disruptive yet inclusive solution to reshape market dynamics and democratize sustainable food production globally. Read more here https://lnkd.in/g8s87xPf #lbs #lbs25 #londonbiotechnologyshow #biotechnology #bioinformatics #medtech #innovation #lifesciences #healthcare #pharmaceutical #biomedicalengineering #tissueengineering #biotechconference #biotechevent #biotechexpo #redbiotechnology #excellondon #londonbiotech

2-Pyrrolidinone CAS 616-45-5 #2-Pyrrolidinone 2-Pyrrolidone is mainly used as a solvent for synthetic resins, pesticides, polyols, inks and iodine. It is a raw material for the production of vinylpyrrolidone, nylon-4 and Naofukang. It is also used in conjunction with PVP K15/K17 to produce veterinary drugs. https://lnkd.in/gwRvHtKQ