Introduction. Fluorescence in situ hybridization FISH uses fluorophore-coupled nucleotide-embedded DNA fragments as probes to examine the presence or absence of complementary sequences in fixed cells or tissues under fluorescent light. Various oral microbiological detection methods have been developed in laboratories and clinics. Fluorescence in situ hybridization FISH, a non-radioactive technique combining cytogenetic and molecular, In summary, the deep learning method can offer much more accurate in situ cellular image analysis results than other common methods, and its applications certainly, Associated data. Data availability statement. Go to: Summary. We are experiencing rapid advances in all types of imaging techniques used for detection of Wu et al. develop Yn-situ, an easy-to-use and cost-effective in situ RNA detection method. The authors present a preamplifier and a fixing stage. ISH in situ hybridization combines molecular biology techniques with histological and cytological analysis of gene expression. RNA and DNA can be easily described here. 5-d protocol for enumerating and genotyping mRNA molecules in situ while simultaneously obtaining information on protein interactions or post-translational modifications In situ detection of Anaplasma spp. by DNA target-primed rolling circle amplification of a padlock probe and intracellular colocalization with an immunofluorescence-labeled von Willebrand host cell. Ref A: AA8A12F4821745798E1F19EAEA9E2DAD Ref B: VIEEDGE C: 2023-07-24T00:08:05Z, Optimization of the in situ biological detection assay Ref A. Ref A: C119999AACE1401B8DE126BD78E1F4C B: VIEEDGE C: 2023- 07-1 9T04:08 :19Z, Optimization of the in situ detection biology test ref. A. In the shallow water regime, several positioning methods for locating underwater magnetometers have been studied. These studies are based either on computer simulations or on small-scale laboratory experiments. The magnetic fields created at the sensor locations define an inverse problem in which the accuracy,