🐘 Dr. Aviseka Acharya’s Post

Simplify your qPCR processes with Meridian SensiFAST™ Probe Direct SuperMix, designed to deliver reliable results even from the most challenging samples. Ideal for high-throughput assays, this supermix ensures reproducibility and accuracy in just 30 minutes. Key Benefits: • Sensitive & Specific: Optimized for low abundance targets with minimal non-specific amplification. • Fast & Reproducible: Consistent results in less time, perfect for multiplexing. • Robust Performance: Overcomes inhibitors in blood, tissue, and plant samples. Achieve more with SensiFAST™ Probe Direct SuperMix: https://ow.ly/uchi50TAKzW #qPCR #Diagnostics #extractionfree#directPCR

Simplify your qPCR processes with Meridian SensiFAST™ Probe Direct SuperMix, designed to deliver reliable results even from the most challenging samples. Ideal for high-throughput assays, this supermix ensures reproducibility and accuracy in just 30 minutes. Key Benefits: • Sensitive & Specific: Optimized for low abundance targets with minimal non-specific amplification. • Fast & Reproducible: Consistent results in less time, perfect for multiplexing. • Robust Performance: Overcomes inhibitors in blood, tissue, and plant samples. Achieve more with SensiFAST™ Probe Direct SuperMix: https://ow.ly/uchi50TAKzW #qPCR #Diagnostics #extractionfree#directPCR

Simplify your qPCR processes with Meridian SensiFAST™ Probe Direct SuperMix, designed to deliver reliable results even from the most challenging samples. Ideal for high-throughput assays, this supermix ensures reproducibility and accuracy in just 30 minutes. Key Benefits: • Sensitive & Specific: Optimized for low abundance targets with minimal non-specific amplification. • Fast & Reproducible: Consistent results in less time, perfect for multiplexing. • Robust Performance: Overcomes inhibitors in blood, tissue, and plant samples. Achieve more with SensiFAST™ Probe Direct SuperMix: https://ow.ly/uchi50TAKzW #qPCR #Diagnostics #extractionfree#directPCR

Early detection plays a pivotal role in reducing STD transmission and over the past several years there have been several advancements in the technologies used for STD diagnostic testing. Read our blog where we delve into a comprehensive review of the main technologies for point-of-care (POC) and high-throughput #STDtesting, and highlight the promising future that molecular and immunoassay techniques hold for STD diagnostics! Read the blog: https://ow.ly/vVmr50Uj1b2 #std #pointofcare #moleculardiagnostics

Early detection plays a pivotal role in reducing STD transmission and over the past several years there have been several advancements in the technologies used for STD diagnostic testing. Read our blog where we delve into a comprehensive review of the main technologies for point-of-care (POC) and high-throughput #STDtesting, and highlight the promising future that molecular and immunoassay techniques hold for STD diagnostics! Read the blog: https://ow.ly/vVmr50Uj1b2 #std #pointofcare #moleculardiagnostics

Early detection plays a pivotal role in reducing STD transmission and over the past several years there have been several advancements in the technologies used for STD diagnostic testing. Read our blog where we delve into a comprehensive review of the main technologies for point-of-care (POC) and high-throughput STD testing, and highlight the promising future that molecular and immunoassay techniques hold for STD diagnostics! Click here to read the blog: https://lnkd.in/gY_iDbFC #std #pointofcare #moleculardiagnostics

Early detection plays a pivotal role in reducing STD transmission and over the past several years there have been several advancements in the technologies used for STD diagnostic testing. Read our blog where we delve into a comprehensive review of the main technologies for point-of-care (POC) and high-throughput STD testing, and highlight the promising future that molecular and immunoassay techniques hold for STD diagnostics! Click here to read the blog: https://lnkd.in/gY_iDbFC #std #pointofcare #moleculardiagnostics

Early detection plays a pivotal role in reducing STD transmission and over the past several years there have been many advancements in the technologies used for STD diagnostic testing. Read our blog where we will delve into a comprehensive review of the main technologies for point-of-care (POC) and high-throughput STD testing, and highlight the promising future that molecular and immunoassay techniques hold for STD diagnostics! Click here: https://lnkd.in/gY_iDbFC #std #pointofcare #moleculardiagnostics

Molecular point-of-care (POC) testing is transforming diagnostics, enabling faster and more accessible testing. This article explores the cutting-edge technologies revolutionizing the field, including: 1)    Rapid #PCR & #RT-PCR for swift pathogen detection. 2)     #CRISPR for highly targeted analysis. 3)    Lateral flow for user-friendly results. 4)    Track-etched membranes for improved sample preparation. Discover how these advancements are leading to a new era of on-site diagnostics! Key breakthroughs in molecular POC testing | Cytiva (cytivalifesciences.com) #POCtesting #diagnostics #innovation #microfluidics #lateralflow

Navigate the complexities of CAR-T cell manufacturing with confidence using the Maxwell® RSC instrument. From the extraction of genomic DNA to the final analysis of STR profiles, ensuring cell identity has never been more streamlined. Our solutions help secure the accuracy of patient-derived CAR-T cells, crucial for the success of personalised therapies. Discover how we can support your science by requesting a demonstration today! 🔗 Learn more about enhancing your CAR-T cell workflows at https://bit.ly/3SKml5J #GenomicIntegrity #NucleicAcidExtraction