🕵️ GC×GC is no longer just about impressive chromatograms. Mariosimone Zoccali explores how the technique has evolved into a powerful tool for tackling complex analytical challenges, and where it’s heading next. 🔗 https://ow.ly/Kxp450ZF3wy #GCxGC #Chromatography

🔬 What does 45 years of scientific curiosity teach you about discovery? Joel M. Harris reflects on studying liquid-solid interfaces, developing new measurement methods, and why unexpected results can sometimes reveal something important. 🔗 https://ow.ly/BYfj50ZzlSx

🌍 Explore advanced approaches to environmental contaminant analysis. LECO’s content hub features expert resources on PFAS, persistent pollutants, microplastics, TOC, and GC×GC-TOFMS workflows. 🔗 https://ow.ly/jjPG50Zymxv #EnvironmentalAnalysis #PFAS #AnalyticalChemistry

💡 What does it take to build a new scientific tool from the ground up? For Christina Fan, PhD, it meant looking beyond incremental improvements. Discover the story behind Countable PCR – and the mindset that helped make it possible. 🔗 https://ow.ly/9xT850ZxnOJ #AnalyticalScience

💡 Spotted an innovation making a difference in analytical science? It's time to nominate it for The Analytical Scientist Innovation Awards 2026! Users and vendors can submit. 🔗 https://ow.ly/zLcz50ZxmcZ 📅 Deadline: September 27 #AnalyticalScience

🧪 From analysis to purification, #GLP1 receptor agonists present complex chromatographic challenges. Explore practical insights and resources from YMC on method development, peptide separation, LC-MS, and preparative purification. 🔗 https://ow.ly/BBoF50Zxny9 #Chromatography

🌎 From understanding “forever chemicals” to developing smarter ways to detect them. Our free eBook brings together insights from leading researchers and PFAS experts on the science, regulation, and emerging solutions shaping the field. 📖 Download now: https://ow.ly/PVVe50ZxnHg

🧬 Is CE-MS finally ready for top-down proteomics? Kevin Jooß discusses a new 12-lab benchmarking study, the progress in reproducibility, and why CE-MS should complement LC-MS. 📖 https://ow.ly/Pxa150ZtIs7 #Proteomics #MassSpec

🧬 Could immunopeptidomics redefine cancer #immunotherapy? Katherine Tran of #SCIEX explores how advances in LC-MS/MS are helping identify novel tumor antigens for next-generation CAR-T therapies and personalized cancer vaccines. 🔗 https://ow.ly/Ywrx50Zw4JL #MassSpec

🏆 Nominations are OPEN for The Analytical Scientist Innovation Awards 2026! Know a technology or solution making an impact in analytical science? We want to hear about it. 📅 Deadline: September 27 🔗 Nominate now: https://ow.ly/bruZ50Zw4ew #AnalyticalScience

🔬 From engineering researcher to Co-founder & CEO of 908 Devices, Kevin J. Knopp shares the leadership lessons, innovation mindset, and customer-first philosophy behind his career. 🔗 Read our latest interview: https://ow.ly/gcE250Zw3X2 #AnalyticalScience

🧬 Is precision medicine too focused on genomics? Jennifer Van Eyk explains why proteomics could be key to more personalized therapies, better biomarkers, and the future of healthcare. 📖 https://ow.ly/AaMk50ZtIyU #Proteomics #PrecisionMedicine

🧪 Sponsored by GL Sciences Our new FREE PFAS Analysis eBook explores the latest advances in PFAS research, from environmental monitoring and regulation to high-resolution MS and emerging detection technologies. 📥 Download now: https://ow.ly/AlYa50ZtIL1 #PFAS #AnalyticalScience

What if elite athletes become the pioneers of #PrecisionMedicine? Our latest feature begins with Britton Needham's remarkable story and brings together insights from Nathan Lawler, Travis Nemkov, Angelo D'Alessandro, Liam Heaney + more. Read: https://ow.ly/8y4050ZmSUI

From the lab to the World Cup. 🏑 Ahead of representing Australia in Rotterdam, Nathan Lawler explores whether longitudinal #Metabolomics could give athletes a “metabolic passport” for tracking training, fatigue, travel, and recovery. Read the interview: https://ow.ly/YY3150ZmQGE

📚 Should peer reviewers recommend their own papers? In her latest opinion piece, Victoria F. Samanidou examines the rise of self-serving citation requests and asks who is responsible for protecting research integrity. 🔗 https://ow.ly/aXj950ZmTlR

Following Roche Diagnostics' first-of-its-kind CLIA "moderate complexity" designation for its Ionify steroid assays, Allyson Kozak discusses what this milestone means for labs, clinicians, and patients. Read more: https://ow.ly/k59W50ZkyEQ

🧬 ADCs are changing cancer treatment. Now diagnostics must evolve too. Rob Monroe of Leica Biosystems discusses computational pathology, AI, multiplex testing, and the future of biomarker assessment in precision oncology. 🔗 https://ow.ly/X8Fk50ZfAeA #Oncology #PrecisionMedicine

As the World Cup semifinals highlight the fine margins in elite sport, could the next competitive edge come from analytical science? Eric Helms explores what we can really measure about muscle growth, recovery, and performance. Read more: https://ow.ly/Wif250ZmQLW

50 years after the Seveso disaster, its legacy still shapes chemical safety. Ahead of #Dioxin2026, conference chair Werner Tirler explains why monitoring dioxins, PFAS, and other persistent pollutants remains critical for protecting public health. 🔗 https://ow.ly/xLnR50Zhsj6 #PFAS

"I think metabolomics will be bigger." Georgios Theodoridis reflects on the future of clinical metabolomics, biomarker discovery, and translating analytical science into better patient care. Read the interview: https://ow.ly/OfEZ50Zky4F #Metabolomics

A Picture of Positivity: Sitting Down With Georgios Theodoridis

Tireless advocate for the field, Georgios Theodoridis, discusses his vision for the future of clinical metabolomics 

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"Don't be afraid of your instruments." Jennifer Field argues that innovation comes from understanding your instruments deeply enough to challenge convention, simplify workflows, and make them work for you. Read more: https://ow.ly/FyQM50ZiB7m #MassSpectrometry #LCMS

"Never be outworked" doesn't mean working longer hours. It means being more disciplined. Veloxity Labs CEO Shane Needham reflects on leadership, entrepreneurship, resilience, and the purpose behind building science-driven businesses. Read more: https://ow.ly/sY3m50ZiB1k #Biotech

🔬 The future of analytical science depends on the next generation. Sinéad Currivan-Macdonald discusses why industry investment, modern lab infrastructure, and better educational resources are critical for developing future scientists. Read more: https://ow.ly/e3th50ZfzWO

🧪 "The creativity of those attempting to evade detection should never be underestimated." Mario Thevis discusses the anti-doping "arms race," gene doping, biological passports, and the future of analytical science in sport. https://ow.ly/c1Ak50ZfAam #AntiDoping #SportsScience

"It is not yet a crisis, but it could be heading there." Ian Wilson discusses metabolite misidentification, data validation, and why AI could amplify errors if the metabolomics community doesn't act. Read more: https://ow.ly/al1A50Z7uZu #Metabolomics #MassSpec

How is federal funding uncertainty affecting US research? Researchers describe the impact on grants, laboratories, students, and long-term scientific projects as funding delays continue. Read the full story 👇 https://ow.ly/MXOm50Z6Cuh #ResearchFunding

#ISC2026 Jennifer Van Eyk discusses how advances in single-cell proteomics and scalable LC-MS workflows are helping researchers uncover the biological differences that could transform diagnosis, treatment, and patient outcomes. Read more: https://ow.ly/nqgy50ZfAph

🧬 "Taming these crazy molecules analytically is the name of the game." Ahead of #ISC2026, Koen Sandra discusses the challenges of analyzing increasingly complex biotherapeutics, from mRNA therapies to antibody-oligonucleotide conjugates. https://ow.ly/Qxxc50ZfA5K #Biopharma

⏳ Just a few days to go! Join Hampus Engstroem + Scott Mellors, Ph.D. for a live discussion on how streamlined CE-MS workflows can help accelerate biotherapeutic protein analysis while simplifying traditional mass spectrometry workflows. Register: https://ow.ly/iZBk50Z4fQy