I. Objective Learn and master the basic principles and detection methods of Restriction Fragment Length Polymorphism (RFLP) genetic markers. II.…
In 1974, Evans first combined chromosome banding techniques with in situ hybridization to improve localization accuracy. In the late 1970s,…
Introduction of Situ PCR In scientific research, the establishment of each new technology brings forth a series of new research…
With the development of molecular biology techniques, various methods for detecting gene structures and mutations have continuously emerged. Especially after…
Introduction AFLP is a DNA molecular marker technology that detects DNA polymorphism by restricting the lengths of fragments produced by…
In-situ PCR, or in-situ polymerase chain reaction, is a technique used in scientific research. Each new technology developed in science…
Development of PCR tech Polymerase Chain Reaction (PCR) is a molecular biology technique used to amplify specific DNA fragments. It…
In the realm of pet diagnosis, three primary technologies are commonly employed: time-resolved immunofluorescence chromatography (TR-IF), colored latex microsphere immunochromatography…
Introduction For bird breeders, especially large-scale breeding farms for parrots, pigeons, etc., the construction of a small molecular detection laboratory…
Single nuclear RNAs, or snRNAs, play a crucial role within cells despite their short lengths. As non-coding RNA molecules found…