Plnění požadavků směrnice EU o pitné vodě: klíčová role přípravy vzorků při analýze stopových kontaminantů

Vážení zákazníci a obchodní partneři,rádi bychom vás informovali, že dnešním dnem 12. ledna 2026 nabývá účinnost část Vyhlášky 252/2004 Sb., o hygienických požadavcích na pitnou a teplou vodu a četnost a rozsah kontroly pitné vody, ve znění pozdějších předpisů.<img src="https://storage.googleapis.com/labrulez-bucket-strapi-h3hsga3/Lab_Rulez_AI_Rozbory_pitna_voda_ALS_CR_1_b7a65fb299/LabRulez-AI-Rozbory-pitna-voda-(ALS-CR)-1.jpg" alt="LabRulez/AI: Rozbory pitná voda (ALS Čr) " srcset="https://storage.googleapis.com/labrulez-bucket-strapi-h3hsga3/thumbnail_Lab_Rulez_AI_Rozbory_pitna_voda_ALS_CR_1_b7a65fb299/thumbnail_LabRulez-AI-Rozbory-pitna-voda-(ALS-CR)-1.jpg 156w," sizes="100vw" width="815" height="815"><h4>Co se mění?</h4>12. ledna 2026 vstoupila v platnost novela Vyhlášky č. 252/2004 Sb., která rozšiřuje seznam chemických ukazatelů v příloze č.1, tabulky B o tyto ukazatele:<ul><li>Řádek 20 - Bisphenol A (BPA): Limitní hodnota 2,5 µg/l</li><li>Řádek 29 - Halogenoctové kyseliny (HAA): Limitní hodnota 60 µg/l (limitní hodnota se vztahuje na součet kvantitativně zjištěných koncentrací kyselin: chloroctová, dichloroctová, trichloroctová, bromoctová a dibromoctová)</li><li>Řádek 52 - Suma PFAS: Limitní hodnota: 0,10 µg/l (suma PFAS zahrnuje: PFBA, PFPA, PFHxA, PFHpA, PFOA, PFNA, PFDA, PFUnDA, PFDoDA, PFTrDA, PFBS, PFPS, PFHxS, PFHpS, PFOS, PFNS, PFDS, perfluoroundekansulfonová kyselina, perfluorododekansulfonová kyselina, perfluorotridekansulfonová kyselina)</li></ul><blockquote>Podrobné znění vyhlášky naleznete <a target="_blank" rel="noopener noreferrer" href="https://www.zakonyprolidi.cz/cs/2004-252/zneni-20260112">zde</a>.</blockquote><ul><li>Od dnešního dne tedy musí být tyto parametry zahrnuty do pravidelných kontrol pitné vody.</li><li>Laboratoře ALS Czech Republic již nabízí <a target="_blank" rel="noopener noreferrer" href="https://lcms.cz/products/991">rozbory pitných vod v plném rozsahu dle této vyhlášky</a>.</li></ul>Kontaktujte nás!Máte dotazy ohledně nových parametrů a požadavků? Potřebujete poradit s implementací?<blockquote>Jsme tu pro vás! Neváhejte nás kontaktovat na e-mailu: info.cz@alsglobal.com nebo na tel.: +420 226 226 228</blockquote>

Nové limity pro testování pitné vody

Ačkoliv moderní zemědělství potřebuje vycházet z přesných dat o půdních, rostlinných i environmentálních podmínkách v reálném čase, cenově dostupná, dostatečně citlivá a zároveň robustní monitorovací zařízení pro tento účel v současné době chybí. Jako vhodné řešení se podle vědců nabízí nízkonákladové senzory založené na nových chytrých materiálech a technologiích tisku. Dosavadní výsledky multiioborového výzkumu i návrhy na vývoj těchto zařízení představili výzkumníci z Česka, Velké Británie, Španělska i USA v přehledovém článku v prestižním časopise <a target="_blank" rel="noopener noreferrer" href="https://www.nature.com/articles/s41467-026-68778-6#Abs1">Nature Communications</a>.„Senzorické technologie pro monitorování zdraví rostlin jsou stále v plenkách. Na trhu jsou běžné dostupné jen jednoduché senzory, které jsou schopné monitorovat pouze základní parametry jako například pH, vlhkost v půdě, případně teplotu. Pokud však mají zemědělci čelit současným výzvám včetně klimatických změn a zajistit pro lidstvo dostatek potravy, potřebují mnohem účinnější pomocníky, jež jim umožní monitorovat například i různé patogeny včetně bakterií či plísní. Podle nás je vhodným řešením kombinace nových chytrých materiálů a tisku pro produkci levných, odolných a škálovatelných materiálů,“ uvedl první autor článku David Panáček z CATRIN, který na studii pracoval během své stáže v Imperial College London.<img src="https://storage.googleapis.com/labrulez-bucket-strapi-h3hsga3/CATRIN_Soucasne_senzory_nestaci_Vedci_navrhuji_novou_cestu_ke_sledovani_zdravi_rostlin_b4014952a3.jpg" alt="CATRIN: David Panáček" srcset="https://storage.googleapis.com/labrulez-bucket-strapi-h3hsga3/thumbnail_CATRIN_Soucasne_senzory_nestaci_Vedci_navrhuji_novou_cestu_ke_sledovani_zdravi_rostlin_b4014952a3.jpg 208w," sizes="100vw" width="1536" height="1152">Senzory pro monitorování zdraví rostlin například v porovnání s podobnými zařízeními pro humánní medicínu pokulhávají. Klíčovou roli v možném posunu hraje podle autorů pokrok v materiálových vědách, jenž vývoj škálovatelných senzorových technologií umožní. „Tiskové techniky včetně inkoustového tisku, sítotisku, aerosolového tisku, 3D tisku a přímého laserového zápisu nabízejí flexibilní cesty k výrobě ohebných senzorů, senzorů pro velké plochy i senzorů integrovaných přímo do rostlin. Přehledový článek shrnuje nedávný pokrok v oblasti tisknutelných nízkorozměrných materiálů pro zemědělské senzory, analyzuje jejich fyzikálně-chemické vlastnosti ve vztahu k senzorovému výkonu a diskutuje hlavní výzvy a budoucí příležitosti vyžadující mezioborovou integraci,“ uvedl jeden z korespondujících autorů Michal Otyepka.Výzkum propojil materiálové vědce, chemiky, biology, odborníky na senzing i technologie tisku. Materiálový výzkum a využití chytrých materiálů na bázi grafenu zaštítili vědci CATRIN Univerzity Palackého a VŠB-Technické univerzity Ostrava, znalostmi o vývoji rostlin, jejich reakcích na stresové podmínky i monitorování jejich vlastností přispěli rostlinní biologové z CATRIN, o oblast elektroniky se postarali výzkumníci z Imperial College London, technologiím tisku se věnovali zástupci <a target="_blank" rel="noopener noreferrer" href="https://lcms.cz/companies/36">CEITEC – VUT</a>. V týmu nechyběli ani přední odborníci na senzing z Katalánského institutu nanověd a nanotechnologií v Barceloně a svými bohatými znalostmi přispěl i „otec senzingu a elektrochemie“ Joseph Wang z University of California San Diego.„Jedná se o průlomovou studii na toto téma, k níž se podařilo přizvat skutečně velká jména v daných oborech. V neposlední řadě studie dokládá to, že interdisciplinarita v CATRIN dává vzniknout zcela novým a perspektivním výzkumným tématům, jako je rostlinný senzing a jeho využití pro studium interakce rostlin s prostředím a chytrém zemědělství,“ doplnila další z korespondenčních autorů Nuria De Diego. &nbsp;

Současné senzory nestačí. Vědci navrhují novou cestu ke sledování zdraví rostlin

Životní prostředí

Vody

Vědecký článek

Věda a výzkum

Video

Článek

Laboratoře

Základním posláním společnosti ALS je pomáhat našim klientům se kvalifikovaně a informovaně rozhodovat tím, že poskytuje spolehlivá, konzistentní a reprodukovatelná laboratorní data. Zaručujeme spolehlivé výsledky, krátké dodací lhůty, nepřetržitý provoz, odbornou podporu a odběry vzorků.

ALS Czech Republic

Český institut výzkumu a pokročilých technologií (Czech Advanced Technology and Research Institute – CATRIN) je vysokoškolský ústav Univerzity Palackého v Olomouci. Vznikl integrací vědeckých týmů Centra regionu Haná pro biotechnologický a zemědělský výzkum (CRH), Regionálního centra pokročilých technologií a materiálů (RCPTM) a Ústavu molekulární a translační medicíny (ÚMTM) s cílem úzce propojit vědecké kapacity v oblasti biomedicíny, nanotechnologií, nových materiálů, výzkumu rostlin či biotechnologií a ještě úspěšněji čelit  globálním výzvám současného světa, k nimž patří například dopady klimatických změn, boj s novými typy patogenů, diagnostika a léčba civilizačních onemocnění, odvrácení hrozící potravinové krize, získávání a ukládání „zelené“ energie, zajištění dostatku pitné vody, ochrana životního prostředí a řada dalších.

CATRIN

Společnost Organomation, založená v roce 1959, navrhuje a vyrábí vysoce kvalitní dusíkové koncentrátory a extrakční systémy. Jejich laboratorní přístroje, známé svou inovativností a odolností, se používají po celém světě pro efektivní přípravu vzorků a jsou doprovázeny silnou zákaznickou podporou.

Organomation

Separation Science

Agilent Technologies

Technology Networks

Thermo Fisher Scientific

SelectScience

Waters Corporation

<div><div><h5>By attending this video webcast, you will:</h5><ul><li>Understand the latest regulatory impacts on PFAS testing and develop strategies to ensure compliance while maintaining high-quality results.</li><li>Learn how to optimize workflows to minimize sample reruns, reduce turnaround times, and maximize ROI in PFAS testing operations.</li><li>Gain insights into scaling lab operations effectively and preparing for evolving industry demands and technological advancements.</li></ul><h5>Event Overview</h5>This video webcast will explore the key challenges and considerations for laboratories conducting environmental water testing in today's rapidly evolving regulatory landscape. Industry experts will discuss critical topics, including:<ul><li>Mission, goals, and success metrics for PFAS testing labs</li><li>Regulatory impacts and compliance strategies</li><li>Risk mitigation and quality control in PFAS analysis</li><li>Maximizing ROI and operational efficiency</li><li>Training staff and accelerating learning curves</li><li>Minimizing sample reruns and unplanned downtime</li><li>Shortening turnaround times while maintaining confidence in results</li><li>Data management, reporting, and accreditation considerations</li><li>Scaling operations to meet growing demand</li></ul>Speakers will share insights on how advanced instrumentation, software, consumables, and support services can help labs overcome common obstacles. They will discuss their experiences partnering with vendors to implement robust PFAS testing workflows that balance productivity, data quality, and regulatory compliance. Attendees will gain practical knowledge to optimize their own PFAS testing operations and prepare for future industry developments.<h5>Who Should Attend?</h5>This video webcast is ideal for environmental laboratory managers, analytical chemists, regulatory specialists, and quality assurance professionals seeking to optimize PFAS testing workflows, ensure compliance, and scale operations effectively.<blockquote>Presenter: Philip Bassignani (Manager – Product Line of the Analytical Services Division at Pace)As the Manager - Product Line of the Analytical Services Division at Pace, Philip Bassignani supports the organic product line sample preparation as well as both LC and GC methodologies, including MS-MS and HRMs.Mr. Bassignani is responsible for sample preparation and analytical method optimizations, new method implementations, development of new techniques and staff training, as well as working with and providing technical support for the Pace sales team and project management staff.Presenter: Stephen Somerville (Technical Director for PFAS at Pace)As the Technical Director for PFAS at Pace, Stephen Somerville is responsible for the technical oversight of all the PFAS analysis operations within Pace’s nationwide network of environmental testing laboratories, including 8 PFAS centers of excellence. Mr. Somerville guides the development and implementation of both routine and customized analytical approaches throughout the network.Mr. Somerville is charged with leading efforts toward improving, standardizing, and expanding PFAS analytical services within each PFAS laboratory, as well as providing technical advice to sales, marketing, quality/compliance, project management, and analytical teams within Pace.Presenter: Tarun Anumol, Ph.D. (Director, Global Applied Markets, Agilent Technologies Inc.)Tarun Anumol is currently the Director for the Global Applied Markets at Agilent Technologies, where he is responsible for a team that identifies key trends in the environmental, food, materials, chemical, and energy testing markets to address unmet customer needs. He has previously served as market manager for the food and environmental markets, focussed on developing strategies to address testing needs. Prior to this, he was an LC-MS applications scientist at Agilent, focused on developing analytical methods for trace contaminants like PFAS, hormones, drugs, and algal toxins on LC-MS/MS and LC-Q/TOF in food and environmental matrices. Tarun has a strong history of working in the environmental testing industry, with a background in technical and applied science, with over 30 peer-reviewed journal publications in this area. He currently serves on the executive committee of the Environmental Sciences Section for the American Council of Independent Laboratories (ACIL), the chair of the Industrial Outreach Committee for the American Chemical Society (ACS), and on the Steering committee for the National Environmental Monitoring Conference (NEMC).Prior to joining Agilent, Tarun graduated with a Ph.D. in Chemical &amp; Environmental Engineering from the University of Arizona, working on developing analytical methods and strategies for measuring and attenuating emerging contaminants like PFAS, pharmaceuticals, and disinfection byproducts in relation to water reuse. He also has an MS in Civil &amp; Environmental Engineering from Carnegie Mellon University.</blockquote></div></div>

Separation Science: PFAS Testing Lab Challenges and Solutions: A Conversation with Pace Testing Lab

PFAS Testing Lab Challenges and Solutions: A Conversation with Pace Testing Lab

We will explore the key challenges and considerations for laboratories conducting environmental water testing in today's rapidly evolving regulatory landscape. 

PFAS Testing Lab Challenges and Solutions: Pace Testing Lab

Waters continues to make significant efforts to provide fit for purpose solutions that alleviate pressure points and bottlenecks in analytical testing to advance bioprocess development. As a follow up to the launch of the Waters Bioprocessing Walk-up Solutions with Automation Portal in September 2024, we are now releasing the new Bioprocessing Monitor App that enables routine monitoring of protein titer, spent media metabolites, and protein quality from a single LC-MS experiment.Come join us to gain insight into the newly released Bioprocess Monitor App. During the webinar, you will:<ul><li>Hear from an industry seasoned scientist, who will discuss the challenges faced in supporting bioprocess development with analytical tools, share hands on experience with the Waters BioAccord LC-MS System for spent media analysis.</li><li>Get an in-depth review from a Waters consulting scientist on the Bioprocess Monitor App, along with application examples showing the routine monitoring of bioreactions.</li><li>See a demo of the Bioprocess Monitor App workflow, including the new add-in feature to connect LC-MS data with JMP. This data connectivity enables process insights with design of experiments (incorporating LC-MS results), facilitates rapid and confident decision-making to expedite bioprocessing.</li></ul><div><blockquote>Presenter: Alex Hayes (Scientist I, CSL Seqirus)Alex Hayes is a Scientist I at CSL Seqirus. For the past 5 years, she has been with the Biopharmaceutical Development Department. Her work is focused on upstream process development, which includes enhancing cell growth and influenza virus titer via media development and bioprocess improvements. Prior to CSL Seqirus, Alex worked several years in the plasma industry as a clinical lab scientist in a QC lab. She has been a collaborator with Waters to implement and utilize the BioAccord LC-MS System for spent media analysis in the flu cell culture process. Alex holds a B.S in Biology and M.S in Biomedical Science. Her graduate research was focused in immunology and virology.Presenter: Mark Wrona (Consulting Scientist, Process Analytics Technology &amp; Engineering, Waters Corporation)Mark leads a science applications and development team at Waters, focused on creating and testing applications and hardware analytical tools for the bioprocess and biologics industry. His team aims to seamlessly integrate hardware and analytical methods for PAT monitoring of product quality attributes, nutrients, and process parameters using advanced LC and LC-MS technologies. Since 2010, Mark has been with Waters, previously working in drug development for Merck Research Laboratories, and applies his diverse background to developing new technologies. He holds both bachelor’s and master’s degrees in Biochemistry and Biotechnology, fueling his passion for ongoing innovation in this field.</blockquote>&nbsp;</div>

Waters: Enhancing Bioprocess Development through Spent Media Analysis by LC-MS: Automated and Rapid Workflow with Data Connectivity via JMP

Enhancing Bioprocess Development through Spent Media Analysis by LC-MS: Automated and Rapid Workflow with Data Connectivity via JMP

The new Bioprocessing Monitor App that enables routine monitoring of protein titer, spent media metabolites, and protein quality from a single LC-MS experiment.

The new Bioprocessing Monitor App from Waters

<h4>A rapid and comprehensive UPLC System-MS/MS method for the analysis of benzodiazepines in Urine</h4><ul><li>Emily Lee1, Gareth Hammond1, Lisa Calton1, Jonathan Danaceau2</li><li>1Waters Corporation, Wilmslow, United Kingdom. 2Waters Corporation, Milford, USA</li></ul><h5>Abstract</h5>Benzodiazepines are important forensic toxicology drugs which are widely prescribed for neurological and psychiatric disorders but also have a high potential for abuse. Since the mid-2000s, the continued emergence of new designer benzodiazepines, with unknown potency and risks, have raised public health and safety concerns. A particular concern is the growing use of designer benzodiazepines to make counterfeit tablets of commonly prescribed benzodiazepine medication, which can be unknowingly taken. The aim of this study is to develop a comprehensive forensic toxicology method for confirmatory analysis of 26 traditional and designer benzodiazepines via UHPLC MS/MS which includes a rapid and simplified mixed-mode sample preparation method in urine samples.<h4>Development of a confirmatory analytical method for benzodiazepines in post-mortem blood</h4><ul><li>Borislav Lazarov1, Laura Hikin1, Kate Rice-Davies1</li><li>1University Hospitals of Leicester, Leicester, United Kingdom.</li></ul>AbstractBenzodiazepines are among the most frequently misused substances in the United Kingdom, often used alongside other drugs of abuse (e.g. opioids). Both traditional representatives of the benzodiazepine drug class and novel substances (“designer” benzodiazepines) are commonly implicated in drug-related fatalities. A confirmatory analytical method was developed for the quantitation of a drug panel consisting of 12 analytes, including both traditional and designer benzodiazepines, in post-mortem blood. The method employs rapid extraction via protein precipitation and analysis by UPLC-MS/MS. Following the extraction, automated solvent strength reduction is performed by the autosampler, thereby reducing the analysis time. The analysis employs isotopic dilution for diazepam and nordiazepam to accommodate high concentration levels for both analytes while maintaining low limits of quantitation for the potent “designer” benzodiazepines.For Forensic Toxicology Use Only<h5>What you will learn:</h5><ul><li>Advanced sample extraction procedures for novel benzodiazepines in both urine and post-mortem samples</li><li>Stay up to date with the latest advancements in analysis of traditional and novel benzodiazepines</li><li>Hear from experts in the field who will share their research findings and practical findings</li></ul><h5>Who should attend:</h5><ul><li>Forensic and Clinical Toxicologists</li><li>Analytical Chemists</li><li>Laboratory Technicians</li></ul><div><blockquote>Presenter: Emily Lee (Application Scientist, Forensics, Research &amp; Development, Waters Corporation)Emily Lee is an Application Scientist at Waters Corporation. Emily is part of a global team dedicated to the development of applications and analytical solutions for Forensics and Toxicology. Emily has gained experience in the use of various Waters mass spectrometry technologies for the analysis of forensic and toxicologically relevant analytes. Prior to working at Waters, Emily has experience working in forensic toxicology laboratories, with high sample turnover and fast turnaround times. Emily was involved in many aspects of day-to-day laboratory operations including sample extraction, analysis, method development and validation, analytical troubleshooting, and reporting. Emily also gained a MSc in Forensic Science (Toxicology) at the University of Huddersfield.Presenter: Borislav Lazarov (Analytical Chemistry Specialist, University Hospitals of Leicester)Borislav holds a BSc in Chemistry and an MSc in Organic Chemistry, both completed in his home country of Bulgaria. He began his career in 2016, gaining extensive experience in Food and Environmental laboratories, where he honed his skills on a wide range of analytical instrumentation. A standout moment in his career was his time at SOCOTEC, where he conducted bespoke analyses, including full material characterization of unknown substances. In 2021, Borislav joined the University Hospitals of Leicester as an Analytical Chemistry Specialist. In this role, he is responsible for the development, validation, and implementation of novel analytical methods for both the post-mortem toxicology and clinical teams. His work is pivotal in delivering accurate and reliable results to support relevant toxicological and clinical investigations.</blockquote></div>

Waters: Uncharted Territory: Innovative Approaches to Novel Benzodiazepine Analysis in Toxicology

Uncharted Territory: Innovative Approaches to Novel Benzodiazepine Analysis in Toxicology

Advanced sample extraction procedures for novel benzodiazepines. The latest advancements in analysis of traditional and novel benzodiazepines.

Novel Benzodiazepine Analysis in Toxicology

<div><div id="inner_content_body_text" data-content-id="394785">Mass spectrometry continues to be a cornerstone in modern analytical science, offering unparalleled sensitivity and specificity for molecular analysis. This panel will feature leading experts discussing the latest trends, including advancements in ion mobility, high-resolution techniques and novel applications in proteomics, metabolomics and drug discovery.Key Learning Objectives:<ul><li>Understand the importance of mass spectrometry in analytical science</li><li>Explore the latest trends in mass spectrometry and their impact on analytical precision and efficiency</li><li>Discover novel applications in key research areas such proteomics, metabolomics and drug discovery</li></ul><blockquote>Presenter: Nick Riley, PhD (Assistant Professor, University of Washington)Dr. Nick Riley is an assistant professor in the Department of Chemistry at the University of Washington. He is originally from Louisville, KY and earned his B.S. in Chemistry from the University of South Carolina. He then moved to Madison, WI for his graduate studies with Prof. Josh Coon at UW-Madison, where he worked on mass spectrometry instrumentation and proteomics methodology. He focused on methods involving electron transfer dissociation, which introduced him to glycoproteomics. His newfound interest in glycoproteins led him to a postdoc with Prof. Carolyn Bertozzi at Stanford University, where he worked on new chemical biology, mass spec, and informatic tools to characterize mucin-domain glycoproteins and cell-type specific secretomes. Since starting his group in Seattle in fall 2023, his group uses state-of-the-art mass spectrometry and chemical glycobiology to develop innovative technologies for investigating glycoproteome regulation. Specifically, the Riley Research Group is interested in understanding how altered cell surface phenotypes manifest in cancer progression and drive metastasis.Presenter: Gerard Hopfgartner, PhD (Professor, University of Geneva)Gérard Hopfgartner received his Ph.D. degree in 1991 in the field of organic geochemistry and mass spectrometry at the University of Geneva. Then he moved to Cornell University as a postdoctoral fellow working on atmospheric pressure ionization LC-MS/MS. From 1992 to 2002 he headed the LC-MS group and the bioanalytical section as a scientific expert at F. offmann-La Roche in Basel. In 2002 he joined the School of Pharmaceutical Sciences at the University of Geneva and Lausanne as a Full Professor for analytical sciences and mass spectrometry. Since August 2015 he is full Professor in the Department of Analytical and Inorganic Chemistry of the University of Geneva. His research interests focus on the development of multimodal mass spectrometry approaches with and without separation sciences in the field of life sciences.Presenter: Simone Sidoli, PhD (Assistant Professor, Albert Einstein College of Medicine)Simone Sidoli is an Assistant Professor in the Department of Biochemistry at the Albert Einstein College of Medicine. He began his mass spectrometry (MS) training in Prof. Careri's lab at the University of Parma, Italy, where he developed methods to detect food allergens, contributing to Parma's food safety sector. For his PhD, he joined the Protein Research Group at the University of Southern Denmark under Ole N. Jensen. There, he developed protein analysis methods, processed large datasets, and maintained advanced instrumentation. Collaborating with the Biotech Research &amp; Innovation Center (BRIC) in Copenhagen, he studied histone modifications in embryonic stem cells using his middle-down MS workflow for unbiased identification and quantification of co-existing histone marks. In 2014, Simone joined Ben Garcia's lab at the Epigenetics Institute, University of Pennsylvania. He advanced proteomics and computational approaches to link protein phosphorylation with chromatin changes and studied proteome regulation during viral infections. His contributions improved histone code quantification, increased throughput, assessed chromatin accessibility, and optimized middle-down MS strategies. Simone has been a member of professional organizations such as the American Society of Mass Spectrometry (ASMS), the Human Proteome Organization (HUPO), and the New York Academy of Sciences (NYAS). In February 2019, Simone joined the Albert Einstein College of Medicine and officially launched his lab in July. He is affiliated with the Einstein Comprehensive Cancer Center, the Nathan Shock Institute for Aging Research, the Einstein-Rockefeller-CUNY Center for AIDS Research, and the Einstein Institute for Neuroimmunology and Inflammation. Since April 2020, he has served as the Scientific Director of the Proteomics Core, advancing research in the field.</blockquote></div></div>

Technology Networks: Panel Discussion: Mass Spectrometry

Panel Discussion: Mass Spectrometry

Latest trends, including advancements in ion mobility, high-resolution techniques and novel applications in proteomics, metabolomics and drug discovery.

<div><div>Join us for our upcoming webinar series, Unlocking the Mysteries of Liquid Chromatography. This series is for anyone looking to build or refresh their knowledge base in column chemistry, liquid chromatography, and system troubleshooting. Whether you're a seasoned professional or a newcomer to the field, these webinars will enhance your understanding and skills.Each session dives into a specific aspect of your LC system, covering topics such as: &nbsp;<ul><li>The theory and essentials for achieving great separations.</li><li>The key components of your LC system</li><li>Experimental design for reliable and reproducible results</li><li>How to monitor and troubleshoot your methods effectively</li></ul><h3>Session 4: Unlocking the Mysteries of Liquid Chromatography: Monitoring Your Method</h3>Monitoring your LC methods is crucial for:<ul><li>Ensuring consistency: Routine checks ensure consistent analyses over time.</li><li>Detecting issues early: Regular monitoring helps catch potential problems early.</li><li>Maintaining data integrity: Safeguard the integrity of your data through consistent monitoring.</li><li>Optimizing performance: Identify areas for improvement.</li><li>Compliance and documentation: Meet regulatory requirements.</li></ul>In this session, we will explore best practices, including using reference standards and control charts to ensure accuracy and consistency. We will also highlight troubleshooting techniques to use if your method does not deliver expected results.Whether you are a beginner or an experienced chromatographer, this webinar will equip you with knowledge and tools to ensure your LC methods are running smoothly and delivering reliable data.<blockquote>Presenter: Kieron Faherty, Ph.D. (Principal Separations and Mass Spectrometry, Market Development Manager, Waters Corporation)Kieron Faherty holds a B.Sc. (Hons) in Chemistry from the University of Reading in the UK and a Ph.D. in Chemistry from the University of Massachusetts, Amherst. With over two decades of dedicated service at Waters Corporation, Kieron has built a career focused on customer success and technological excellence. Starting as a field service engineer, Kieron gained in-depth experience with quadrupole and time-of-flight MS systems. He spent fourteen years in the Field Applications Group, ultimately leading a team that specialized in large molecule applications. In his current role as the Principal Market Development Manager for Separations and Mass Spectrometry, Kieron continues to leverage his extensive knowledge and commitment to cutting-edge technology to support and enhance customer success.</blockquote></div></div>

Waters Corporation: Unlocking the Mysteries of Liquid Chromatography: Monitoring Your Method

Unlocking the Mysteries of Liquid Chromatography: Monitoring Your Method

In this session, we will explore best practices, including using reference standards and control charts to ensure accuracy and consistency. 

Monitoring Your Method

N-glycan analysis is a critical yet complex aspect of biopharmaceutical development.Addressing the analytical challenges inherent to these analytes requires a combination of advanced techniques, robust sample preparation methods, and a deep understanding of glycosylation biology. &nbsp;Join us for this live session, led by a panel of Agilent experts in the field of glycobiology, to help you make the right choices and overcome common troubleshooting hurdle.Key learning objectives:<ul><li>Your questions answered: When you register, share your challenges and submit your questions to ensure that our team addresses what matters most to you and provides tailored advice and solutions.&nbsp;</li><li>Expert Insights: Gain valuable knowledge from our experts on the latest advancements and best practices in glycobiology.&nbsp;</li><li>Interactive Q&amp;A: Engage directly with our panel to get your specific questions answered.&nbsp;</li><li>Practical Solutions: Learn about practical solutions to common challenges in glycan analysis, from sample preparation to data interpretation.&nbsp;</li></ul>Who should attend:<ul><li>Biopharmaceutical scientists interested in N-glycan analysis</li><li>Scientist in Contract research organizations (CROs) &amp; Contract manufacturing organizations (CMOs)</li></ul><blockquote>Presenter: Marco Rhotert (Technical Support Specialist, Chemistries &amp; Supplies Division, Agilent Technologies)Marco is a Technical Support Specialist at Agilent, focusing on glycobiology and biopharma applications. He joined Agilent via the acquisition of ProZyme, where he was providing technical support for the glycobiology portfolio. Marco received his Master in Biology from the University of Muenster (Germany), where he worked on carbohydrate modifying enzymes of plant pathogens at the department of plant biochemistry.Presenter: Steven Mast (Process Development Scientist, Chemistries &amp; Supplies Division, Agilent Technologies)Steven is involved in process development, manufacturing, and glycan analytical services. He has experience in the biotechnology field with a focus on glycobiology. Steven joined Agilent in 2018 with the acquisition of ProZyme. He has a Ph.D. in Biochemistry and Molecular Biology at the Complex Carbohydrate Research Center, University of Georgia.Presenter: Tom Rice (Bioconsumables Product Manager, Chemistries &amp; Supplies Division, Agilent Technologies)Tom is the Bioconsumables Product Manager at Agilent Technologies, coming to Agilent through the acquisition of ProZyme in 2018. Prior to joining Agilent, he held various sales and marketing roles within ProZyme beginning in 2014. Much of Tom’s work both at ProZyme and Agilent has been focused on bringing innovative glycobiology solutions to biopharma customers. Tom is based in Northern California and holds a B.S. from Sonoma State University.Presenter: Aled Jones (Product Marketing Manager, Chemistries &amp; Supplies Division, Agilent Technologies)Aled is Marketing Manager for Biosconsumables, covering product lines that include tools for glycan analysis, and joined Agilent after the acquisition of Bay Area-based ProZyme by Agilent Technologies. He received his B.Sc. and Ph.D. degrees in biochemistry from Cardiff University. This was followed by a postdoctoral fellowship at Wyeth Research in Cambridge MA, where he subsequently worked as a Senior Research Scientist.Presenter: Randall Robinson (R&amp;D Scientist, Chemistries &amp; Supplies Division, Agilent Technologies)Randall is an R&amp;D Scientist at Agilent whose work focuses on developing new products and analytical workflows for glycans and related biomolecules. Since joining Agilent in 2021, he has been involved in the development of Agilent’s latest LC column for released glycan analysis, the AdvanceBio Amide HILIC. Randall has a Ph.D. in Food Science with an emphasis in chemical analysis of food-derived glycans and related carbohydrates.</blockquote>

Agilent Technologies: Navigating the Challenges of Released Glycan Analysis

Navigating the Challenges of Released Glycan Analysis

Agilent experts in the field of glycobiology help you to make the right choices and overcome common troubleshooting hurdle. 

Compact and portable high-performance liquid chromatography (HPLC) systems are revolutionizing applications such as reaction monitoring, pharmaceutical testing, and quality control by providing high-performance separation capabilities in a smaller footprint. As laboratories strive to enhance efficiency, reduce costs, and improve sustainability, these advanced systems are transforming analytical workflows across various industries.Join us for an exclusive webinar to discover the latest advancements in compact HPLC technology with Axcend, hearing example use cases from leading pharmaceutical companies. Learn how Axcend's innovative HPLC methods are revolutionizing analytical chemistry by enhancing efficiency, lowering operational costs, and delivering reliable results in a wide range of laboratory settings.Key learning objectives:<ul><li>Explore case studies and examples from leading pharmaceutical companies and other industries, demonstrating the benefits of compact HPLC</li><li>Understand the practical applications of advancements in compact HPLC, including reaction monitoring, pharmaceutical testing, and use in various production settings</li><li>Discover how small footprint HPLC systems can contribute to efficiency gains, including solvent usage reduction and waste disposal savings</li><li>Learn about the compatibility of the Axcend HPLC with existing lab infrastructure, supporting capillary columns and integrating with ChemStation and OpenLabs</li></ul>Who should attend?<ul><li>Chemists, analytical scientists, analytical/quality engineers, QA/QC professionals, pharma QC professionals, HPLC users, purchasers, lab managers, and technicians</li></ul>Certificate of attendanceAll webinar participants can request a certificate of attendance, including a learning outcomes summary, for continuing education purposes.<blockquote>Presenter: Greg Ward (CEO, Axcend)Greg Ward is the CEO of Axcend, where he leads the company's mission to revolutionize the field of analytical chemistry by providing reliable, high-performance liquid chromatography (HPLC) systems. With nearly 30 years of experience in both start-ups and Fortune 100 companies, he has held leadership roles at Hewlett Packard, Agilent Technologies, and Keysight Technologies, directing global marketing and sales strategies. He is passionate about advancing scientific tools that empower researchers to explore and understand the world around them. Under his leadership, Axcend has developed groundbreaking tools that bring the lab to the sample, enabling scientists to conduct precise and efficient analyses anywhere. He has a degree in Electrical Engineering from BYU University.Moderator: Matilde Marques (Life Sciences Assistant Editor, SelectScience)</blockquote>

SelectScience: Compact and portable HPLC for real-time pharma & QC analysis

Compact and portable HPLC for real-time pharma & QC analysis

Join our webinar to explore the latest in compact HPLC tech with Axcend and real-world use cases from top pharmaceutical companies!

Fungal diseases are a growing global crisis, with increasing severity and widespread impacts. These infections, ranging from superficial to life-threatening, challenge public health and devastate agricultural crops, threatening food security worldwide. Addressing significant gaps in the prevention, detection, monitoring, and treatment of fungal diseases is crucial. Hear from Dr. Geddes-McAlister as she shares how mass spectrometry-based proteomics identifies protein-level drivers of fungal virulence. By disrupting critical proteins and pathways, her work aims to weaken pathogens and prevent infections. She has developed dual-perspective protein production signatures for both host and pathogen, enabling precise diagnostic and prognostic insights. Her research uncovers novel drug targets by exploring host-pathogen interactions at the protein level, paving the way for therapeutic innovations. Additionally, her team combats antifungal resistance by targeting proteins that drive resistance, using chemical and genetic interventions to restore the efficacy of existing antifungal drugs. This integrated proteomics-driven approach offers transformative solutions to fungal pathogen challenges and advances global health initiatives. Join us for an insightful presentation and extended Q&amp;A session with Dr. Jennifer Geddes-McAlister, as she delves into her pioneering research, shares invaluable lessons learned, and discusses "Moms in Proteomics," her empowering STEM initiative supporting women in the field. Learning Objectives<ul><li>How can mass spectrometry-based proteomics be utilized to identify and disrupt critical proteins and pathways involved in fungal virulence</li><li>What are the benefits and methodologies of establishing dual-perspective protein production signatures for both host and pathogen in the context of fungal infections</li><li>What innovative strategies are being developed to combat antifungal resistance and restore the efficacy of existing antifungal treatments</li></ul>Webinars will be available for unlimited on-demand viewing after live event.<blockquote>Presenter: Jennifer Geddes-McAlister (Associate Professor at University of Guelph)Dr. Jennifer Geddes-McAlister is the Canada Research Chair in the Proteomics of Fungal Disease in One Health, an Associate Professor in the Department of Molecular and Cellular Biology, and Director of the Bioinformatics Graduate Programs at the University of Guelph (Canada). Her research program applies mass spectrometry-based proteomics to investigate host-pathogen interactions with a focus on One Health (i.e., intersection of animal, human, and environmental health) approaches to overcoming fungal diseases. Her lab is making seminal contributions to understanding how fungal pathogens infect a host and how the host defends itself from infection, along with identifying novel protein-level drivers of antifungal resistance. Since beginning her lab in 2018, she has won six early career researcher awards in recognition of her scientific contributions, as well as an alumni achievement award from the University of Lethbridge (alma mater). Dr. Geddes-McAlister is President of the Canadian National Proteomics Network, co-founder of the Canadian Artificial Intelligence and Mass Spectrometry for Systems Biology (CAN-AIMS) Consortium, and founder of ‘Moms in Proteomics’ an international initiative dedicated to recognizing and supporting mothers in STEM.</blockquote>

Thermo Fisher Scientific: Biomarker Breakdown: Combatting global fungal virulence, diagnostics, and resistance with Dr. Jennifer Geddes-McAlister

Biomarker Breakdown: Combatting global fungal virulence, diagnostics, and resistance with Dr. Jennifer Geddes-McAlister

Join us for a talk and Q&A with Dr. Jennifer Geddes-McAlister on her pioneering research and key lessons learned!

Biomarker Breakdown: Fighting Fungal Virulence & Resistance

Automating Decisions for High Throughput Applications using Review-by-Exception.<blockquote>Presenter: Bill Farrell (Senior Scientist, Virscidian Inc.)William (Bill) Farrell received his bachelor’s degree in chemistry from SUNY Stony Brook. His early career spanned the pharmaceutical development aspects, from quality control, pre-clinical support and discovery, all focused in analytical chemistry. Bill has an affinity for chromatography and mass spectrometry, and is considered an expert in supercritical fluid chromatography. Transitioning from HPLC method development at Bristol Myers Squibb to SFC high throughput purification at Alanex-Agouron-Pfizer, Bill lead one of the first teams to apply SFC to combinatorial libraries and medicinal chemistry, which ultimately led to advancements in SFC columns and instrumentation. In recognition of his extensive work, he was a recipient of the R&amp;D 100 Innovation award in 2002 for development of Preparative SFC, the Green Chemistry Group Averica Award for his contributions to Preparative SFC in 2013 and the American Chemical Society Technical Achievement in Organic Chemistry (TAOC) award in 2017. Bill joined Virscidian in 2024 as Senior Scientist after extensive utilization of Virscidian workflow solutions for purification and high throughput experimentation (HTE) applications as an early adopter and collaborator. He has an extensive background in analytical chemistry applications working on a broad range of enabling technologies, including SFC specific stationary phases, quantitative universal detection (CLND, ELSD, CAD), and automation for high throughput workflows. He has a passion for enabling customers to succeed in their automation processes in the most efficient manner possible and joined Virscidian to see that vision realized. When not working, Bill can be found mountain biking local trails.</blockquote>

Agilent Technologies: Automating Decisions for High Throughput Applications using Review-by-Exception

Automating Decisions for High Throughput Applications using Review-by-Exception

Automating Decisions for High-Throughput Using RBE

Laboratories rely on efficiency, safety, and cost-effectiveness to optimize their workflows. One of the most significant factors in achieving these goals is ensuring a reliable supply of nitrogen gas. Organomation’s latest webinar, Improving Laboratory Workflows through Nitrogen Generation, explores how nitrogen generators can revolutionize lab operations by eliminating the need for gas cylinders.<h4>The Challenge: Gas Cylinders vs. On-Site Nitrogen Generation</h4>Traditionally, many laboratories depend on nitrogen cylinders, which come with hidden costs and logistical challenges.&nbsp;These include:<ul><li>Rental Fees: The recurring costs of renting cylinders add up over time.</li><li>Refill and Delivery Charges: Market fluctuations and scheduling conflicts can delay deliveries, leading to downtime.</li><li>Safety Concerns: Handling and transporting high-pressure cylinders can pose workplace hazards.</li><li>Space Limitations: Storing multiple bulky cylinders takes up valuable lab space.</li></ul>Organomation’s David Oliva shared a real-world example of a lab located in a multi-floor building without an elevator. Employees were forced to carry heavy gas cylinders up and down staircases, creating an unnecessary safety risk. Another lab experienced a several-week delay in research due to a miscommunication in their cylinder delivery. Situations like these highlight the need for a more reliable and efficient solution.<h4>The Solution: On-Site Nitrogen Generation</h4>Nitrogen generators provide labs with a cost-effective, continuous nitrogen supply while addressing many of the pain points associated with gas cylinders.Key benefits include:<ul><li>Significant Cost Savings: Eliminates rental, refill, and delivery fees.</li><li>Operational Efficiency: Reduces workflow disruptions by ensuring an uninterrupted nitrogen supply.</li><li>Enhanced Safety &amp; Convenience: Removes the need to store and handle high-pressure cylinders.</li><li>Space Optimization: Compact generators free up valuable lab space.</li><li>Sustainability: Reduces the environmental impact associated with nitrogen gas transportation.</li></ul>To help labs assess whether a nitrogen generator is a worthwhile investment, Organomation has developed a payback calculator. Many labs find that they achieve a full return on investment within 1-2 years.<h3>Real-World Success Stories</h3>Several laboratories have already made the switch to nitrogen generators, experiencing improved efficiency and cost savings.<h4>Temple University’s McKenzie Environmental Engineering Research Group</h4>Temple University’s research group, which concentrates PFAS sample extracts for mass spectrometry, made the transition to nitrogen generation to combat rising costs associated with tank rentals, delivery, and surcharges. Their investment in the NITRO-GEN generator allowed them to meet growing sample throughput requirements without the logistical headaches of cylinder replacements. With a compact design and plug-and-play functionality, the generator seamlessly integrated into their workflow.<h4>Moyo Lab at Louisiana State University</h4>The Moyo Lab, which studies nutrient movement across habitats, relies on nitrogen evaporation to remove excess chloroform from their extraction samples. Dissatisfied with nitrogen cylinders, they opted for the NITRO-GEN+ generator to streamline their operations.Lab Manager and Assistant Professor of Biology Sydney Moyo shared his experience:"I love the NITRO-GEN+ for many reasons. First, a vital benefit is that I can move the generator around the department because it has wheels. When I used cylinders, I had difficulty moving them around the lab. Second, when the NITRO-GEN+ is not in use, I can safely store it in a corner in my lab because it only takes up a little space. Third, the NITRO-GEN+ is also very quiet and is one of the quietest generators we have used in the lab. Fourth, I love that there is less risk of running out of nitrogen as I always have a 24/7 supply when needed. Lastly, the NITRO-GEN+ is so easy to use that students in the Moyo Lab can use it with little training.”With user-friendly features and portability, the NITRO-GEN+ has proven to be a game-changer for the Moyo Lab, ensuring they never run out of nitrogen while simplifying lab operations.<h4>Making the Right Choice for Your Lab</h4>To assist labs in selecting the best nitrogen generator for their needs, Organomation offers a generator recommendation chart that matches evaporator models with the most suitable generator options. Additionally, their customer service team is always available to help labs find the best solution for their workflow requirements.<blockquote>Presenter: David Oliva (General Manager of Organomation)One of Oliva’s favorite responsibilities is visiting academic institutions and environmental laboratories around the world. He was named to the 40 Under Forty Class of 2022 from the Worcester Business Journal and is a winner of a B2B Innovator Award from Demand Gen Report.</blockquote>

Organomation: Why Laboratories are Switching to Nitrogen Generators

Why Laboratories are Switching to Nitrogen Generators

Explore how nitrogen generators enhance lab safety and efficiency. Learn how to cut costs and ditch gas cylinders in Organomation's latest webinar.

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