Discussions

Ask a Question

RNA Imaging for SARS-CoV-2

The first and most widely used technique for detecting nucleic acids is polymerase chain reaction (PCR). Typically, gel electrophoresis and nuclear acid intercalating fluorescent dyes are used to see the results of PCR amplification. Real-time or quantitative PCR (qPCR), which has recently been created, may track the production of nucleic acid products in real time by measuring the quantity of fluorescence produced instead of using gel electrophoresis, but it will lengthen the experiment's time, complexity, and cost.

Point of Care Technology

Point-of-care technology (POCT) diagnostic systems are instruments that non-trained staff can use at a patient site in a variety of settings, such as the field, the home, the ambulance, or the hospital, to quickly provide in vitro diagnostic (IVD) results. Diagnostic procedures are still frequently carried out by qualified staff in laboratories that are furnished with bench-top analyzers. That is to say, patients have had to wait a few days to learn the results of their tests. As a result, there is an increasing requirement to present diagnostic findings at the point of service for homecare diagnostics and timely treatment of acute illnesses.

SuR RNA Adapters Set

A sequencing-based technique called RNA-Seq enables high-throughput, quantitative analysis of the whole transcriptome. This method provides highly detailed gene expression levels at the genome scale in addition to single-base resolution for annotation.

Anti-Ad fiber knob x Anti-ITGAV Diabody-Fc

A fusion protein made of two diabodies joined by an Fc region is known as recombinant Anti-Ad fiber knob x Anti-ITGAV Diabody-Fc. Two short linker scFvs from anti-Ad fiber knob and anti-ITGAV antibodies make up a diabody. An inter-chain pairing is formed by the VH and VL domains. Diverse diabodies are fused to the Fc segment, resulting in 2+2 antigen-binding valency and Fc-mediated effects or just extending the half-life. Adenoviral vectors can be retargeted by this BsAb to tumor cells. It can be applied in cancer gene therapy to deliver a therapeutic gene to tumor cells with the goal of efficient and targeted cell death.

Common Problems with Maserati Cars: A Comprehensive Analysis

Maserati, the luxury Italian vehicle manufacturer, has long been associated with opulent cars, high performance, and comfortable driving experiences. However, when it comes to reliability, Maserati falls short.

PCR Primers and Probes