Bioss Inc.

?? Marcadores Cardíacos: Ferramentas Essenciais para a Pesquisa Cardiovascular! As doen?as cardiovasculares continuam sendo a principal causa de mortalidade no mundo, tornando o estudo dos marcadores cardíacos fundamental para o diagnóstico precoce, prognóstico e monitoramento terapêutico. Em parceria exclusiva com a Bioss Inc., oferecemos um portfólio completo de anticorpos e reagentes de alta qualidade para alvos essenciais, incluindo: ?? Troponinas (cTnI, cTnT) – Padr?o-ouro para detec??o de infarto do miocárdio. ?? BNP & NT-proBNP – Fundamentais para a avalia??o da insuficiência cardíaca. ?? CRP & hsCRP – Indicadores de inflama??o associados ao risco cardiovascular. ?? CK-MB & Mioglobina – Marcadores precoces de les?o muscular. Com anticorpos validados e alto desempenho, a Bioss apoia pesquisadores na compreens?o das complexidades das doen?as cardiovasculares. Você trabalha com marcadores cardíacos? Vamos conversar sobre como podemos ajudar sua pesquisa! #MarcadoresCardíacos #PesquisaCardiovascular #Bioss #Biomarcadores #Troponina #BNP #CRP #CiênciasDaVida #PesquisaCientífica

The Gut-Heart Axis: How Gut Microbes Influence Cardiovascular Health and the Tools to Study Their Metabolites Your gut bacteria do more than aid digestion—they impact heart health! Some metabolites, like SCFAs, reduce inflammation & support vascular health, while others, like TMAO, contribute to heart disease. Scientists are using tools like mass spectrometry, NMR, and ELISA to study these microbial metabolites. Understanding this link could lead to new ways to prevent cardiovascular disease through diet & targeted interventions. ?? Link in comments

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Stock up and save on research essentials! Receive 20% Off Biochemical Compounds with discount code: SMALLMOLECULE2025 Valid until June 30, 2025.

In the quest to understand life’s complexity, scientists have long relied on dissecting biological systems into individual components—genes, proteins, or cells—studied in isolation. Yet, this approach often misses a critical dimension: where these molecules reside and interact within tissues. Enter spatial biology, a revolutionary field mapping the intricate architecture of life with unprecedented resolution. By preserving the spatial context of biological processes, this discipline is rewriting textbooks and opening new frontiers in medicine. ?? Link to read more below.

Featuring #FragileX Syndrome validated antibodies for research from Bioss Inc. targeting phosphorylated tau proteins, matrix metalloproteinase 9, orexin receptor, p70 S6 kinases, rho-associated protein kinases to name a few. ?? https://lnkd.in/eAPbZ7q3 #genetics #neuroscience?

For a limited-time only: Receive 20% off Bioss Conjugated Antibodies! Search your targets of interest here: https://hubs.ly/Q038sm680.

Small molecule-conjugated carrier proteins (SM-CCPs) are revolutionizing biomedical research. By linking small molecules to carrier proteins, SM-CCPs enhance immunogenicity, stability, and targeted delivery, making them invaluable for vaccine development, drug delivery, immunoassays, and research. With advancements in smart conjugation technologies and precision medicine, SM-CCPs are set to drive breakthroughs in disease diagnosis and treatment. Learn more about their construction, applications, advantages, and future potential in our latest blog! ?? Link in comments below.

Exosomes—small vesicles secreted by cells—are emerging as powerful diagnostic tools for cancer, neurodegenerative, and infectious diseases. Their ability to carry cell-specific biomarkers makes them ideal for non-invasive, early disease detection and real-time monitoring of treatment responses. High Sensitivity & Specificity – Carry disease-specific biomarkers Non-Invasive Collection – Found in blood, urine, & saliva Stability – Preserve biomolecular content for reliable testing Early Disease Detection – Identify diseases before symptoms appear While challenges in isolation & standardization remain, exosomes have the potential to revolutionize precision medicine. Stay ahead with Bioss' high-quality exosomal biomarker antibodies! ?? Link in comments below. #Exosomes #Diagnostics #Biotech #PrecisionMedicine #CancerResearch #Neuroscience #Bioss

Research-grade in vivo biosimilar antibodies are transforming drug discovery by providing scientists with high-quality, cost-effective tools for preclinical studies. These antibodies closely mimic their therapeutic counterparts, allowing researchers to investigate mechanisms of action, pharmacokinetics, and therapeutic efficacy in live models. Why are biosimilar antibodies crucial for research??? ? Cost-Effective – More affordable than their reference products ? Therapeutic Relevance – Support drug mechanism studies in disease models ? Reproducibility – Ensure consistent, reliable results ? Ethical & Regulatory Alignment – Reduce reliance on animal models ? Accelerated Drug Development – Facilitate new discoveries At Bioss, we offer 900+ high-quality recombinant biosimilar in vivo antibodies, enabling researchers to explore drug effects without high pharmaceutical costs. As the demand for immuno-oncology, neuroscience, and autoimmune research grows, these tools will remain essential for scientific breakthroughs. ?? Read more at the link in comments below.