Medicine & Pharmaceuticals News
HER2-Positive Gastric Cancer Market Forecast to Reach US$2.05 Billion by 2035 as First-Line Treatment Options Expand | Report by DataM Intelligence
The global HER2-positive gastric cancer market is valued at US$1.31 billion in 2025 and is forecast to reach US$2.05 billion by 2035 , at a 4.6% CAGR , according to DataM Intelligence. The treatment landscape is moving beyond a trastuzumab-led approach: antibody-drug conjugates (ADCs), immunotherapy combinations and bispecific HER2 antibodies are creating new treatment choices across disease stages and lines of therapy. The FDA’s August 2026 approval of zanidatamab-based regimens puts HER2 test results at the center of treatment selection and creates a new competitive challenge for established trastuzumab combinations. In Japan, where gastric cancer burden is high and trastuzumab deruxtecan has moved into second-line treatment, the next question is how quickly emerging first-line regimens can gain local approval and access. Request Executive Sample: https://www.datamintelligence.com/download-sample/her2-gastric-cancer-market United States On August 25, the FDA approved zanidatamab with chemotherapy and tislelizumab for first-line treatment of eligible HER2-positive, unresectable locally advanced or metastatic gastric, gastroesophageal junction (GEJ) or esophageal adenocarcinoma. Eligibility includes IHC 3+ or IHC 2+/ISH-positive disease. Zanidatamab with chemotherapy alone is approved for IHC 3+ tumors. The FDA also approved companion diagnostic tests to identify eligible patients. This makes reliable HER2 testing essential to access and gives pathology labs a more direct role in treatment selection. Japan More than 125,000 gastric cancer cases and over 43,000 deaths were recorded in Japan in 2022, according to Daiichi Sankyo’s release on the country’s treatment update. In March 2026, Japan expanded trastuzumab deruxtecan (Enhertu) to second-line treatment for eligible HER2-positive advanced or recurrent gastric cancer, advancing it from its previous third-line position. Japan also participated in the global HERIZON-GEA-01 trial; the Japanese trial registry recorded Ehime Prefecture as a study location and listed the study as no longer recruiting in its October 15 update. U.S. approval does not establish Japanese approval, so local regulatory status remains a separate commercial consideration. Purchase This Exclusive Report: https://www.datamintelligence.com/buy-now-page?report=her2-gastric-cancer-market Additional Benefits: ✅ Get Interactive Dashboard Access (With No Additional Cost) ✅ Three months of analyst support to answer queries related to the report. Recent Developments Phase III results strengthened the case for a new first-line HER2 approach. Results from HERIZON-GEA-01, published on May 27, 2026, showed median progression-free survival of 12.4 months for both zanidatamab-based treatment arms, compared with 8.1 months for trastuzumab plus chemotherapy. The arm combining zanidatamab, tislelizumab and chemotherapy reported median overall survival of 26.4 months, versus 19.2 months in the control arm. PD-L1-negative patients remained part of the treatment discussion. Data presented at the 2026 American Society of Clinical Oncology meeting reported benefit with zanidatamab, tislelizumab and chemotherapy across PD-L1 subgroups. This may affect how companies plan testing and communicate the role of PD-L1 alongside HER2 in first-line treatment decisions. Diarrhea management is an operational consideration. In HERIZON-GEA-01, diarrhea was the most common grade 3 or higher treatment-related adverse event in the zanidatamab-containing arms. The study used anti-diarrheal prophylaxis during the first cycle; most events occurred early. Treatment implementation will therefore depend in part on clear monitoring and early intervention protocols. Japan registered a study for tumors expressing both HER2 and CLDN18.2. The ZAP-HETERO phase II study, registered in June 2026, is evaluating zolbetuximab, trastuzumab and CapeOX, with pembrolizumab use guided by PD-L1 expression. The trial reflects a research question specific to biomarker overlap; it is investigational and does not establish an approved treatment. Japan approved perioperative durvalumab for gastric cancer. On June 19, 2026, Japan approved durvalumab for pre- and post-operative treatment of gastric cancer. The approval is not specific to HER2-positive disease, but it signals activity in earlier-stage treatment and may influence how companies assess future perioperative opportunities. The FDA approved two first-line zanidatamab regimens on August 25. Zanidatamab with tislelizumab and chemotherapy is approved for HER2 IHC 3+ or IHC 2+/ISH-positive disease. Zanidatamab with chemotherapy alone is approved for IHC 3+ disease. The distinction makes the testing threshold central to treatment eligibility. The FDA also approved companion diagnostic devices. The PATHWAY anti-HER-2/neu (4B5) antibody and VENTANA HER2 Dual ISH DNA Probe Cocktail were approved to identify patients eligible for the zanidatamab regimens. The decision links treatment access directly to validated testing workflows. Market Segmentation: Targeted therapy represented 38.6% of 2025 market revenue , equal to about US$506 million on the report’s US$1.31 billion market base. This segment includes HER2-directed treatment such as trastuzumab and ADCs. First-line bispecific antibody and immunotherapy combinations are now adding competition within this established targeted-treatment pool. Stage IV disease accounted for 41.2% of 2025 revenue , or about US$540 million on the same base. The segment’s share reflects the use of systemic therapies in advanced disease, including multiple treatment lines. New first-line approvals and second-line ADC access in Japan may reshape how revenue is distributed across regimens and treatment stages. Company Profiles Jazz Pharmaceuticals commercializes zanidatamab in the United States and other territories covered by its license. The FDA’s first-line approval gives Jazz a broader role in HER2-positive gastroesophageal adenocarcinoma beyond the drug’s existing biliary-tract-cancer indication. Execution will depend on uptake of the new combination regimen and on access to HER2 testing. BeOne Medicines supplies tislelizumab (Tevimbra), the PD-1 inhibitor included in the approved triplet regimen. Its collaboration with Jazz on HERIZON-GEA-01 and the trial’s published results position the company as both a treatment partner and a contributor to first-line clinical evidence. Zymeworks engineered and first developed zanidatamab, then licensed development and commercialization rights to Jazz and BeOne by territory. Its 2025 Form 10-K describes potential tiered royalties and milestone payments tied to the partners’ sales and regulatory progress, giving Zymeworks an ongoing economic interest in the drug’s commercial expansion. Daiichi Sankyo and AstraZeneca jointly develop and commercialize trastuzumab deruxtecan (Enhertu). In Japan, Daiichi Sankyo commercializes the ADC and expanded its gastric-cancer use to second-line treatment in March 2026. The product remains a central comparator as new first-line combinations enter the market. Request a Customized Report According to Your Business Strategy: https://www.datamintelligence.com/customize/her2-gastric-cancer-market
Pressure Ulcer Devices Market Forecast to Reach US$7.93 Billion by 2035 as Prevention Moves Beyond the Mattress | Report by DataM Intelligence
Creative Biolabs Showcases Antibody Arrays for Protein Profiling, AKT Signaling and Autophagy Research
Protheragen Highlights Comprehensive Medical Device Testing and Analytical Services to Support Global Regulatory Compliance
- October 20, 2026Medicine & Pharmaceuticals
Following Automated Cell Thawing Instruments, Amerigo Scientific Adds Liquid Handling Equipment to Its Lab Portfolio
Amerigo Scientific, a distributor of specialized laboratory equipment for life science and research workflows, has expanded its lab portfolio with the addition of liquid handling equipment . This expansion follows the company’s recent release of automated cell thawing instruments, further broadening its offerings for research, bioprocessing, and clinical laboratories worldwide. Liquid handling is an essential part of many experiments at the molecular level, where bioactive assay samples can be fragile and expensive, requiring sample volumes to be precisely controlled and minimized. Manual pipetting workflows can be repetitive, labor‑intensive, and prone to human error, creating demand for automated systems that deliver consistent, repeatable liquid dispensing results. Automated liquid handling equipment uses a motorized pipette or syringe, attached to a robotic arm, to dispense a specified volume of liquid or sample to a specified container. Some models are equipped with additional laboratory equipment and can perform additional operations to meet specific requirements, ensuring the liquid handling process is as thorough, efficient, and precise as possible. Amerigo Scientific offers a series of liquid handling instruments, designed to address the growing demand for precision and reproducibility in life science experiments. Its portfolio includes a range of solutions from easy-to-use liquid handling equipment in a variety of specifications to fully automated liquid handling workstations with multi-modules. These systems support the automation of standard laboratory techniques including ELISA, time‑resolved fluorescence assays, nucleic acid extraction and preparation, PCR, next‑generation sequencing library construction and cell seeding. Additionally, the automated liquid‑handling workstations adopt an open‑architecture design to enable flexible integration: they can run standalone or connect to third‑party laboratory instruments to build end‑to‑end automated workflows. By deploying robotic automation, the liquid handling equipment reduces operator‑introduced mistakes, improves experimental reproducibility, cuts overall operational costs and lifts laboratory throughput. It also frees laboratory technicians from repetitive liquid‑transfer tasks so they can focus more on sample analysis and higher‑value research activities. “The continued advancement of life‑science research pushes laboratories to pursue greater accuracy and smaller sample input, while many manual workflows remain tedious and slow,” said a product representative at Amerigo Scientific. “Our liquid handling equipment portfolio aims to supply reliable, user‑friendly, stable instruments across diverse specifications to match varied application requirements for research‑focused laboratories.” The addition of liquid handling equipment complements Amerigo Scientific’s lab equipment portfolio, which includes the automated cell thawing instruments released earlier this month. The extended portfolio enables the enterprise to deliver more complete end‑to‑end workflow solutions for global life science, biopharma, and clinical laboratories. About Amerigo Scientific Amerigo Scientific, as a recognized distributor in the United States, collaborates closely with leading manufacturers worldwide and invites cooperation from all companies and institutions in the area of reagents, kits, antibodies, lab instruments, and many other products for life science, biochemistry, and biotechnology. Its professional team is equipped with excellent technical support and thoughtful customer service. As most of its employees have earned a graduate (Ph.D. or M.S.) degree in life science, they can comprehend customers’ questions or concerns and are always ready to provide individualized customer service of high standards.
- October 16, 2026Medicine & Pharmaceuticals
Protheragen Expands Rare Blood Disease Research Services with Disease Models and Preclinical Studies
Rare blood diseases usually have a low prevalence and complex pathophysiological mechanisms. The limited patient population also brings limitations to clinical trials, increasing the difficulty of diagnosis and treatment development. At the same time, the lack of validated biomarkers, the high cost of research and development, and the need for individualized treatment also make related research face more challenges. Protheragen provides rare blood disease research services , including diagnostic development, treatment development, disease model development, and preclinical studies, for biotechnology companies, pharmaceutical companies, and research institutions. For rare blood diseases, the limited number of patients and complex disease characteristics increase the difficulty of research and treatment development, while the lack of validated biomarkers also further complicates disease research and candidate therapeutic evaluation. To meet these research and development needs, the establishment of disease models and the evaluation of drug efficacy, pharmacokinetics, and safety have become important links in the research process. Protheragen provides rare blood disorder research services, covering diagnostic development, treatment development, disease model development, and preclinical studies. Its disease model development for rare blood disorders includes cell models, organoids, and animal models. The preclinical research services for rare blood disorders cover pharmacodynamic, pharmacokinetic, and toxicology studies. In the treatment development phase, Protheragen conducts research on different types of therapeutic candidates and conducts drug discovery, validation, and formulation optimization in combination with the specific research directions of rare blood diseases. For myeloproliferative disorders, bone marrow failure syndromes, lymphoproliferative disorders, bleeding disorders, and anemia, related research can cover different treatment strategies such as small molecule drugs, antibodies, peptides, proteins, cell therapy, and gene therapy. Candidate therapeutic studies further involve study models that match disease characteristics. Protheragen develops cell, organoid, and animal models, and uses different levels of models for disease pathology and drug efficacy studies to provide the corresponding research basis for the subsequent evaluation of therapeutic candidates. As research enters the preclinical phase, the focus of research turns to the efficacy, pharmacokinetics, and safety evaluation of candidate therapeutics. Protheragen provides pharmacodynamic, pharmacokinetic, and toxicology studies that enable candidate therapeutics to obtain further preclinical data before proceeding to subsequent development. In addition to the aforementioned research services, Protheragen provides biosamples, cell products, and coagulation factor-related products for diagnostic development and therapeutic research in rare blood disorders. About Protheragen Protheragen is a professional services provider of biomedical research services to research institutions, biotechnology companies, and pharmaceutical companies. Its rare blood disease research services cover diagnostic development, treatment development, disease model development, and preclinical studies, while providing related biological samples and cell products. By linking disease research, treatment development, disease modeling, and preclinical evaluation, Protheragen addresses the needs of rare blood disease development at different stages of research. The related services and products are only used for preclinical research and are not used for the diagnosis, treatment, or disease management of patients.
- October 16, 2026Medicine & Pharmaceuticals
Fotromed to Visit European Customers in November 2026
Fotromed will visit existing customers in Europe in November 2026 for discussions about equipment use, operational questions and ongoing support needs. Announced on October 10, the visits will give the company's team an opportunity to hear directly from customers using its aesthetic equipment in their daily work. The meetings will build on communication already taking place through messages, email and video calls. They are intended to give customers time to explain their experience in greater detail, share feedback and identify areas where further guidance would be useful. The invitation extends to both recent equipment users and customers who have been working with the company's machines for longer. Feedback from day-to-day equipment use During the visits, fotromed will discuss what is working well for customers, questions that arise during operation, and support concerns they would like the company to follow up on. Customers can bring individual questions or describe a broader aspect of their experience with the equipment. Customers may have different workflows and priorities. Face-to-face discussion offers an opportunity to understand that context: how a question arises in routine use, what the customer would like clarified, and which issues need additional attention. This approach keeps the conversation connected to the equipment and the people using it. Customers do not need to have a particular problem to request a meeting. The company has also invited general feedback from customers and their teams, including observations from regular use and ideas they would like to share. Connecting discussions with ongoing support The November conversations will complement existing support resources for customers using Fotromed equipment. The company's training-support information describes model-specific live online video guidance, written manuals and continued contact for product questions after training. Those resources address practical aspects of equipment use, including setup, operating workflow and routine care. They provide a reference point for customers considering which questions or support needs they would like to discuss with the visiting team. For the November meetings, customers are encouraged to share their equipment details and discussion topics beforehand. This will help the team prepare for the conversation. When an issue needs further follow-up, the team and customer can discuss appropriate next steps. Coordinating customer meetings Customers interested in meeting the team can contact their usual Fotromed representative with their city, availability during November, and the machine or questions they would like to discuss. The representative will follow up to coordinate the arrangements and a suitable meeting time. The company's October 10 announcement provides the contact instructions. About Fotromed Fotromed is a Guangzhou, China-based supplier of aesthetic equipment and post-treatment skincare products for health and beauty businesses. Its equipment range includes HIFU, RF microneedling, hydro facial, LED light therapy, fractional CO2 laser and skin-analysis machines. The company also offers equipment consumables and spare parts, alongside product guidance and technical support.
- October 15, 2026Medicine & Pharmaceuticals
Alfa Cytology Provides Immune Checkpoint Inhibitor Development Services, Focusing on PD-1, PD-L1, and CTLA-4
Immune checkpoint inhibitors have become an important direction for the development of cancer immunotherapy. Immune checkpoints such as PD-1, PD-L1, and CTLA-4 are involved in the regulation of immune responses, and research on inhibitors targeting these checkpoints has led to different approaches for candidate development. As cancer therapy research advances, researchers need to determine appropriate development strategies based on specific targets, candidate types, and research objectives. Alfa Cytology provides immune checkpoint inhibitor development services , covering candidate discovery, design, optimization, and related preclinical studies around PD-1, PD-L1, and CTLA-4. Immune checkpoints normally help regulate immune system activation, while tumor cells may use these regulatory mechanisms to reduce immune recognition and attack. Blocking these pathways has become an important approach in cancer immunotherapy research. At present, PD-1, PD-L1, and CTLA-4 are important targets in immune checkpoint inhibitor research, and different targets have different mechanisms of action and candidate types. Around these targets, Alfa Cytology provides research and development services for immune checkpoint inhibitors according to candidate type. For PD-1 and PD-L1, the company covers monoclonal antibody and small-molecule inhibitor research; for CTLA-4, its services include monoclonal antibody and cancer vaccine studies. These target- and candidate-specific approaches can be applied to the development of different cancer immunotherapy candidates. For small-molecule inhibitors, Alfa Cytology performs structure-based drug design and in vitro screening and covers the design, synthesis, and optimization of candidate molecules. Structural information can help characterize interactions between candidate molecules and target proteins and inform subsequent candidate design. Antibody development involves antibody discovery, engineering, and characterization. Depending on the research objectives, antibody candidates can be characterized for properties such as specificity, affinity, and pharmacokinetics. In the vaccine direction, Alfa Cytology provides vaccine technology platforms and antigen design strategies, with related research addressing immunosuppression in the tumor microenvironment. For CTLA-4, the company offers cancer vaccine-related research as part of its immune checkpoint inhibitor development services. Beyond immune checkpoint inhibitor development, Alfa Cytology also provides cancer modeling and preclinical research services. These services can be selected according to specific program needs for the subsequent study and evaluation of cancer therapeutic candidates. About Alfa Cytology Alfa Cytology is a research solutions provider focused on cancer therapeutic development and preclinical research . The company’s business covers oncology drug discovery, cancer model development, and preclinical research, with research and development services across modalities including small molecules, therapeutic antibodies, cell therapies, gene therapies, cancer vaccines, and peptide therapeutics. Alfa Cytology also provides cancer models and related preclinical studies across different cancer treatment areas, offering corresponding services for the research and evaluation of cancer therapeutic candidates.
- October 14, 2026Medicine & Pharmaceuticals
Performance Medicine Institute Publishes Study on Hard Flaccid Syndrome Rehabilitation
Performance Medicine Institute has announced publication of a peer-reviewed study examining outcomes from its multimodal rehabilitation program for hard flaccid syndrome. Published September 29 in Frontiers in Rehabilitation Sciences, the retrospective case series describes changes in sexual function, satisfaction, and overall health among 32 men treated at the Phoenix clinic. This study was also recently presented at the 27th Annual Fall Scientific Meeting of the Sexual Medicine Society of North America. The paper, “ Multimodal rehabilitation for hard flaccid syndrome in a retrospective case series ,” was authored by Christopher L. Mendias, PhD, ATC, Rehabilitation Director, and Tariq M. Awan, DO, Medical Director. To the authors’ knowledge, it is the largest treatment-focused study of hard flaccid syndrome to date. According to the institute, for men experiencing unfamiliar changes in penile firmness or sensation, finding a name for their symptoms can be an important step toward seeking care. Hard flaccid syndrome involves unusual firmness of the penis when it is not erect and may be accompanied by altered sensation, erection difficulties, or pelvic pain. Limited awareness can leave patients uncertain about what they are experiencing and where to turn for reliable information. The effects may also reach into relationships, confidence, and daily life. Performance Medicine Institute’s hard flaccid treatment program combines medical care with rehabilitation, exercise, patient education, and behavioral support. These components form an individualized, coordinated plan within the clinic’s men’s pelvic health services. The study examines outcomes associated with completing that comprehensive approach. At the start of treatment, eight of the 32 men reported erections firm enough for intercourse. At completion, all 32 reported that level of firmness. Satisfaction with penile function also improved: 28 participants were very satisfied and four were satisfied at completion, whereas none had been satisfied before treatment. Participants additionally reported significant improvements in sexual interest and overall physical and mental health. “Men experiencing these symptoms often struggle to find reliable information or even a clear description of the condition,” says Mendias. “Greater awareness can help patients recognize when to seek evaluation and give healthcare professionals a clearer starting point for discussing care.” The findings offer a basis for further investigation into hard flaccid rehabilitation and penile rehabilitation. Because the research is a retrospective case series, it describes observed changes rather than establishing that the program caused those changes. It does not determine which treatment components contributed most to improvement or establish lasting benefits. Larger, controlled studies are needed to evaluate effectiveness and durability. “The improvements reported by these patients are encouraging, particularly because the condition can affect more than sexual function,” states Awan. “They support further study of coordinated care while reminding us that treatment decisions must account for each patient’s symptoms and circumstances.” The clinic is sharing the research to help patients, partners, and referring healthcare professionals better understand an underrecognized condition. Men experiencing persistent symptoms can seek an evaluation to discuss their concerns and possible next steps. The full study is available at https://www.frontiersin.org/journals/rehabilitation-sciences/articles/10.3389/fresc.2026.1970062/full . For more information about Performance Medicine Institute, please go to https://www.performancemedinst.com/ . About Performance Medicine Institute Performance Medicine Institute is a rehabilitation clinic in Phoenix, Arizona, providing integrated care for musculoskeletal conditions, men’s pelvic health, and athletic performance and recovery. Its clinical approach combines individualized care, rehabilitation, and patient education with published research. The clinic is located at 3330 N 2nd St, Suite 401, Phoenix, AZ 85012. Socials instagram.com/performancemedinst facebook.com/performancemedinst
- October 13, 2026Medicine & Pharmaceuticals
CD BioSciences Launches Comprehensive Telomere Length Analysis Services to Advance Aging Research
CD BioSciences, a service provider supporting biological aging research, recently announced its telomere length analysis services . These services are designed to provide researchers and bioindustry companies with reliable, high-throughput tools for investigating cellular aging, age-related diseases, and potential anti-aging interventions. Telomeres are repetitive protective DNA sequences situated at chromosome ends. In most somatic cells, telomeres progressively shorten with cell division due to the end-replication problem, and short telomeres have been associated with cellular senescence, aging, and multiple age-related diseases. Reliable telomere length measurement is therefore indispensable for researchers aiming to decode aging mechanisms, identify aging biomarkers, and evaluate candidate anti‑aging therapeutics. CD BioSciences’ telomere analysis services cover multiple analytical modalities to accommodate varied study goals, ranging from relative and absolute telomere length quantification, average‑length profiling, shortest‑telomere assays, single‑cell and single‑chromosome telomere characterization, to longitudinal dynamic tracking and telomere attrition rate calculation. CD BioSciences uses established telomere measurement platforms, including quantitative PCR (qPCR) for relative telomere length, quantitative fluorescence in situ hybridization (Q-FISH), terminal restriction fragment (TRF) Southern blotting, and long-read sequencing-based telomere analysis. These technologies enable processing of a broad spectrum of sample types: purified DNA, whole blood, saliva, cell cultures, and fresh tissues from humans and from mouse, rat, bovine, and porcine species. The complete service workflow begins with online project consultation and sample submission, followed by laboratory testing, automated software‑driven data processing, and final delivery of detailed, documented analysis reports to support research and manuscript preparation. These telomere length analysis services support a broad range of aging studies, from basic research on telomere biology to the development of telomere length as a biomarker of aging. CD BioSciences also supports studies examining how environmental, dietary, and behavioral factors influence telomere shortening, helping clients explore the mechanisms underlying cellular aging and evaluate potential interventions. Researchers interested in learning more about the telomere analysis services can visit the CD BioSciences aging research website or contact CD BioSciences’ team directly to discuss project requirements. About CD BioSciences CD BioSciences is a service provider focused on providing advanced technologies and services for aging research. The company offers a range of platforms, including DNA methylation analysis, multi-omics profiling, and telomere biology analysis, to support the discovery and development of anti-aging interventions.
- October 13, 2026Medicine & Pharmaceuticals
Ace Therapeutics Launches Advanced Custom Hypertension Animal Models to Accelerate Cardiovascular Drug Discovery
Ace Therapeutics, a contract research organization specializing in cardiovascular disease research, announced the availability of its expanded suite of custom hypertension animal models . These animal models are designed to support preclinical researchers in investigating hypertension pathogenesis, identifying novel therapeutic targets, and evaluating the efficacy of emerging antihypertensive therapies. Hypertension remains a leading global health challenge, with complex pathogenesis and strong associations with severe complications including coronary heart disease, diabetes, heart failure, renal disease, and stroke. The development of high-quality, tailored preclinical models is therefore essential for bridging the gap between laboratory research and clinical application. Ace Therapeutics’ hypertension animal models address this need by providing a diverse array of customizable solutions through its dedicated animal model development platform . Comprehensive Model Categories Ace Therapeutics’ custom hypertension animal models span three core categories: hereditary/spontaneous hypertension, experimentally induced hypertension, and genetically engineered hypertension. Experimentally induced hypertension includes drug-induced, environment-induced, and surgery-induced models. Each model is developed to align with clients’ specific research objectives, from fundamental pathogenesis studies to late-stage drug efficacy testing. Essential Hypertension Models — These heritable models are derived from selective inbreeding over multiple generations and spontaneously develop hypertension as they age. Ace Therapeutics offers proven strains including spontaneously hypertensive rats (SHR), stroke-prone SHR (SHRsp), and Dahl salt-sensitive rats (DSS). Validation follows strain-specific protocols. In SHR and SHRSP, blood pressure begins to rise at approximately 4–6 weeks of age; model success is generally defined as systolic blood pressure (SBP) reaching and maintaining ≥160 mmHg. DSS rats require a high-salt diet for validation. Drug-Induced Hypertension Models — Designed for studying hypertension triggered by pharmacological agents, these models utilize compounds such as angiotensin II, L-NAME, and deoxycorticosterone acetate (DOCA), often in combination with salt loading and/or uninephrectomy for DOCA-salt hypertension. Available for Sprague-Dawley and Wistar rats, these models offer faster turnaround times and are validated at an SBP of ≥160 mmHg. Environment-Induced Hypertension Models — Recognizing that external factors such as stress, dietary changes, and chronic intermittent hypoxia contribute to clinical hypertension, Ace Therapeutics develops models tailored to these specific triggers using SD and Wistar rats. Surgery-Induced Hypertension Models — For studies requiring arterial narrowing, Ace Therapeutics offers procedures such as renal artery stenosis, abdominal aortic constriction, and two-kidney, one-clip (2K1C) placement. These models support multiple species including rats, rabbits, and pigs, each with species-specific validation protocols. Genetically Engineered Hypertension Models — Transgenic and knockout models enable precise study of molecular pathways. Ace Therapeutics also offers hereditary hypertensive strains including fawn-hooded hypertensive (FHH) rats, Milan hypertensive strain (MHS) rats, Lyon hypertensive (LH) rats, and Sabra hypertensive (SBH) rats. Validation is performed according to strain- or model-specific protocols; early blood pressure assessment may begin at 4–6 weeks of age for some strains. For all hypertension models, Ace Therapeutics provides an end-to-end development process that ensures consistency and efficiency. This comprehensive approach encompasses animal sourcing across multiple species, model construction through environmental stress, surgical intervention, or pharmacological induction, and rigorous model evaluation using gold-standard blood pressure testing and ELISA-based biomarker assays. About Ace Therapeutics Ace Therapeutics is a contract research organization dedicated to advancing cardiovascular disease research through comprehensive preclinical solutions. It provides cardiovascular disease model development services, biomarker assay services, and biospecimen collection and analysis services for basic research and drug development across a wide spectrum of cardiovascular conditions.
- October 9, 2026Medicine & Pharmaceuticals
Atlanta Fractional CIO and CTO Services for Biotechnology Companies Announced
GAMMA SOLUTIONS has announced fractional CIO and CTO services for biotechnology companies in Atlanta, GA, addressing demand for experienced technology leadership as pharmaceutical, biotech, and life sciences organizations navigate growth, digital transformation, and increasingly complex IT needs. More information is available at https://www.gamma-solutions.llc/ The announcement comes as Georgia’s life sciences sector continues to expand, with more than 4,000 organizations generating $27.2 billion in direct economic impact and supporting more than 78,000 jobs, according to the Georgia Department of Economic Development. For biotechnology and pharmaceutical companies, this growth brings increasingly complex requirements in infrastructure, systems integration, cybersecurity, operational efficiency, and technology strategy. As organizations scale, these demands can exceed the capacity of existing teams, even as technology leadership remains critical to research, development, and commercial success. In response, GAMMA SOLUTIONS offers fractional CIO, CTO, and COO services through flexible, month-to-month engagements, giving clients access to executive-level technology leadership without the commitment of a full-time hire. The consultancy’s offerings include digital transformation strategy, systems integration and optimization, technical due diligence, leadership and program management, business problem-solving, and organizational alignment. Its flexible model can also provide interim leadership during executive transitions, recruitment periods, major projects, and periods of technological change. Artificial intelligence (AI) and machine learning (ML) add further considerations for life sciences organizations adopting new capabilities. GAMMA SOLUTIONS helps clients assess whether AI and ML solutions fit their needs and supports implementation by aligning new technologies with existing business goals. To learn more about their services, visit https://www.gamma-solutions.llc/services GAMMA SOLUTIONS’ experience with complex technology challenges is reflected in case studies spanning technology strategy, infrastructure, and organizational requirements. One case involved a privately owned, founder-operated U.S. biotechnology company preparing for a major liquidity event. The firm addressed the client’s underdeveloped IT infrastructure and created a technology roadmap to support the sale, serving as a Technology Advisor to the CIO and a key ally to the CEO throughout the transaction. Additional examples demonstrate its work addressing technology and operational needs across industries. Founder and CEO Gilles-André Morin (G.-A.) brings extensive experience in digital transformation, systems integration, process improvement, and technology leadership. His hands-on approach supports clients through complex technology initiatives, with the company serving organizations across North America, Europe, and Asia. Additional case studies highlighting real-world challenges and solutions are available at https://www.gamma-solutions.llc/case-studies
- October 9, 2026Medicine & Pharmaceuticals
PrymaLab publishes a safety data sheet for every research compound it supplies: 189 sheets across 97 compounds, 33 carrying a GHS hazard classification
ASHLAND, Ky., October 8, 2026. PrymaLab, a veteran-owned research peptide supplier, has published safety data sheets for its entire catalog. The library, issued October 3, 2026 and available at prymalab.net/testing/sds, holds 189 sheets covering 97 compounds and blends, one sheet for each compound in each form it is supplied. Thirty-three of the sheets carry a GHS hazard classification. The remaining 156 state that the material is not classified as hazardous under the OSHA Hazard Communication Standard or UN GHS Revision 7, and name the supplier data behind that conclusion. The company's reasoning is simple. A safety data sheet is the document a laboratory safety officer asks for before a new material is allowed on the bench, and in this category it usually does not exist. A researcher who receives a vial of a research peptide typically gets a label, a purity figure and nothing about hazard classification, handling, spill response or disposal. PrymaLab's view is that the sheet should be one click away for every item it supplies, whether or not anyone has asked. What each sheet contains Every sheet follows the 16-section structure that OSHA requires for workplace hazard communication, from identification and hazard identification through handling and storage, exposure controls, stability, toxicology and disposal to transport and regulatory information. Document numbers run from PL-SDS-001 to PL-SDS-189, each at revision 1.0 dated October 3, 2026. For a compound that is not classified, the practical content is in sections 7, 8, 10 and 13: how to store it, what protection to use when handling the powder, what it is incompatible with and how to dispose of it. For a classified compound, section 2 adds the signal word, the pictograms and the hazard statements, and section 11 sets out the toxicological basis for them. How the classifications were decided Section 16 of every sheet states the policy. For research peptides and novel small molecules, the primary reference is the safety data sheet published by Cayman Chemical for the same compound; where a pharmaceutical manufacturer's sheet or a notified European classification is more conservative and internally consistent, that is adopted instead. For commodity materials such as vitamins, amino acids and excipients, Sigma-Aldrich and Merck sheets are the reference. Where no supplier sheet exists, PrymaLab has self-classified by read-across from the closest well-characterized analogue and says so on the sheet. Acute toxicity figures are quoted only where a supplier sheet quotes them. Mixtures, including the company's blends, are classified under the cut-off rules in Appendix A of the OSHA standard. Most come out unclassified because no classified ingredient reaches its threshold concentration; the ones that do are classified accordingly and the sheet shows the calculation. The sources consulted are listed by name on each sheet, and the company says classifications will be reviewed as new hazard data become available. A GHS classification describes a hazard property of a substance for the purpose of handling it in a workplace. It is not a statement about any use of the material, and the sheets do not make one. Thirty-three sheets carrying a classification is, in PrymaLab's view, a more useful number to publish than zero would have been. Storage, in writing The question PrymaLab's customers ask most often is how to store what they have received, and the sheets now answer it in a form that can be printed and kept with the material. Section 7 of the lyophilized-powder sheets gives the storage temperature for the sealed vial, the acceptable short-term range, and the requirement to keep the material desiccated and protected from light. Section 10 covers stability and the conditions to avoid. Putting them on a numbered, dated document with a source line is different from putting them in a blog post, and it is the form a laboratory's own records expect. Semrush data for the United States records several thousand searches a month across storage and stability questions for research peptides, with the fastest-growing of them concerning refrigeration and shelf life. Google Trends shows interest in "peptide storage" peaking in April and May 2026 alongside interest in the category as a whole. Where the sheets appear Each sheet is published in three places. The full sheet and a PDF sit in the Additional information tab of the relevant product page, below the lot certificate of analysis, across the company's research peptide pages . An index at prymalab.net/testing/sds lists every sheet by compound, with its hazard status and links to read or download. A researcher who verifies a lot certificate can reach the compound's safety data sheet from the same page. The sheets sit alongside the company's other laboratory references, including its Research Hub and its free peptide calculator . What is and is not being claimed PrymaLab does not synthesize the compounds it supplies; they are made at synthesis facilities in the United States and are tested, packed, labelled and shipped from Ashland. The sheets are issued by PrymaLab Analytical, the company's own laboratory, and compiled from the supplier and public sources named on each; they are not an independent toxicological assessment. The compounds are supplied for laboratory research use only and none is an approved drug. A safety data sheet is a hazard communication document for people handling a material at work, and nothing in it is guidance on any other use. What comes next The company plans a first revision cycle in early 2027, to incorporate new hazard data and customer corrections, and intends to supply the sheets in the documentation pack that accompanies its partner and white-label shipments. Sources • PrymaLab, safety data sheet index at prymalab.net/testing/sds, revision of October 3, 2026, and individual sheets PL-SDS-001 to PL-SDS-189. • OSHA, Hazard Communication Standard, 29 CFR 1910.1200, Appendices A and D. • Semrush, U.S. keyword volume data for storage and stability queries, September 2026. • Google Trends, United States, twelve months to October 4, 2026, "peptide storage" and "research peptides." About PrymaLab PrymaLab is a veteran-owned research peptide supplier based in Ashland, Kentucky. It supplies research peptides, bioregulators and research chemicals to laboratories, publishes a certificate of analysis for each lot it releases and a safety data sheet for each compound it supplies, and operates an in-house analytical laboratory, PrymaLab Analytical. More information is at prymalab.net . All products referenced are supplied for laboratory research use only. They are not drugs, foods or dietary supplements, are not for human or veterinary use, and are not intended to diagnose, treat, cure or prevent any disease. Safety data sheets are hazard communication documents compiled from the sources named on each sheet; they are not an independent assessment and do not establish suitability or safety for any use. Nothing in this release is medical advice or a therapeutic claim. None of the compounds discussed is approved by the U.S. Food and Drug Administration.
- October 7, 2026Medicine & Pharmaceuticals
Andrew Maxwell Launches Flexmax to Improve Lumbar Flexion and Extension X-Ray Imaging
Andrew Maxwell has launched the Flexmax, an accessory device designed to improve the quality and consistency of lumbar flexion and extension X-ray imaging. Flexmax was developed to address a practical challenge in lumbar spine imaging: patients may bend at the hips rather than flexing and extending through the lumbar region. That guarding and hip hinging can affect the resulting images and potentially make it more difficult to identify abnormal motion. Flexmax is designed for use in the X-ray room to help reduce those compensatory movements and produce “TRUE” flexion and extension images. The launch reflects Maxwell’s focus on improved imaging and the importance of obtaining meaningful dynamic views when assessing spinal movement. “The decision to use conservative treatment or surgical intervention starts with Lumbar FlexEx images. The quality of the images IS the quality of the decision,” said Andrew Maxwell. “Flexmax was developed to help isolate the lumbar spine and reduce the variables that can make these examinations less consistent. The goal is to give clinicians a clearer representation of what is happening during movement. ”Reducing variability is one of the most important reasons for developing Flexmax,” Maxwell explains. “When clinicians are assessing instability, they need the images to reflect the movement they are trying to evaluate. Flexmax is intended to make that process more consistent and help produce a better-quality examination.” Flexmax is an accessory device rather than a replacement for conventional X-ray equipment or clinical judgment. Its purpose is to assist with patient positioning during lumbar flexion and extension examinations, with the objective of producing images that better capture lumbar movement while limiting unintended contribution from the hips. That distinction is particularly relevant when evaluating translation and angulation associated with lumbar instability. According to Maxwell, Flexmax is intended to increase the detection of angulation and translation instability in the lumbar spine and reduce false-negative examinations by lowering variability between studies. He adds that Flexmax could potentially double the detection of lumbar spine angulation and translation instability. The underlying concept addresses an important issue in dynamic spinal imaging: a technically adequate X-ray depends not only on the imaging equipment but also on how consistently the required movement is produced. If a patient guards against movement, or movement occurs predominantly through the hips, the resulting study may not accurately represent lumbar motion. A positioning accessory that helps control those variables can therefore become an additional tool for imaging teams seeking greater examination consistency. The launch comes as interest in dynamic and motion-based imaging continues to emphasize the value of examining structures under different conditions rather than relying exclusively on static images. With Flexmax, Maxwell has designed a purpose-built accessory aimed at limitations in lumbar flexion and extension imaging: unwanted movement outside the lumbar spine. By helping reduce hip hinging and guarding, the device is intended to support more consistent examinations and improve the ability to visualize lumbar motion.
- October 6, 2026Medicine & Pharmaceuticals
Hazlet, NJ DME Store: Medicare-Covered Wheelchairs & Mobility Aid Stock Update
Hazlet Medical Supplies continues providing Medicare- and Medicaid-covered durable medical equipment to eligible patients in Hazlet and surrounding communities, helping individuals access wheelchairs, walkers and other essential medical supplies through Medicare, Medicaid and other accepted insurance plans. More information is available at https://www.hazletmedicalsupplies.com/ The announcement comes as ongoing policy, funding and reimbursement updates from the Centers for Medicare & Medicaid Services continue influencing how durable medical equipment reaches patients. Even as those changes continue, individuals and caregivers still need dependable access to mobility equipment and home healthcare supplies that support everyday living, the team explains. To minimize delays in obtaining essential medical equipment, Hazlet Medical Supplies keeps a broad selection of durable medical equipment and personal medical products available for customers with different healthcare needs. The showroom carries wheelchairs, rollators, walkers, hospital beds, wound care products, diabetic shoes, braces, compression stockings and other home medical supplies. When a requested product is unavailable, the team works to locate and obtain it as quickly as possible. "Helping people find the equipment they need is our priority, whether it's already on our shelves or something we need to source," a company spokesperson said. While product availability is important, the company notes that finding the right equipment is just as essential. With that in mind, its staff works with patients and caregivers to compare suitable options based on their individual circumstances, making it easier to select equipment that supports recovery, long-term mobility or everyday healthcare needs. That same commitment extends to the purchasing process. As one of the few remaining local medical supply providers that continues to accept Medicare, Medicaid and many insurance plans, Hazlet Medical Supplies helps eligible customers understand available coverage and complete the process with greater confidence. "We want every customer to leave knowing they have equipment that fits both their needs and their situation," the spokesperson added. Hazlet Medical Supplies is a family-owned durable medical equipment provider serving Hazlet and surrounding New Jersey communities. Since opening its Hazlet location in 2021, the company has supplied mobility equipment, home healthcare products and everyday medical essentials while providing personalized assistance to patients, caregivers and families. Those interested can find additional information by visiting https://www.hazletmedicalsupplies.com/
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