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01
23.05
In Vitro Diagnosis: Silent Defenders of the Medical Industry The so-called in vitro diagnosis refers to the objective information about health and disease obtained through the detection of patients' blood and other samples (such as urine, tissue cells). Suc... Read More
28
23.04
Development of Transcriptome Sequencing Technology Transcriptome refers to the total sum of all expressed genes in a specific cell under specific functional conditions, which includes all transcript information of a cell. Typically, transcriptome anal... Read More
19
23.04
Application of Transcriptome Sequencing Transcriptome sequencing analysis of gene expression levels and differential expression analysisThe expression characteristics of genes in biological cells can be represented by measuring the mRNA lev... Read More
10
23.04
Clinical Applications of Genetic Sequencers Genetic sequencer, also known as DNA sequencer, is an instrument used to determine the sequence, type, and quantity of nucleotides in a DNA fragment. It is mainly used in human genome sequencing, gene... Read More
01
23.04
The Development History of Genetic Sequencer Instrument The first generation of DNA genetic sequencer technologyIn 1977, Sanger proposed the classic dideoxy nucleotide termination sequencing method. Subsequently, based on the Sanger method, in the mid-1980... Read More
23
23.03
Diagnostic Methods for Brain Cancer Brain cancer is a very difficult-to-treat neurological disease, also known as a brain tumor. Many patients ask the question, can brain cancer be cured? The earlier brain cancer is treated, the better.... Read More
09
23.03
Basic Performance of In Vitro Diagnostic Reagent Products 1. Blank IVD in vitro diagnostic reagentsThe reagent blank can be understood as the value detected when the content of the substance to be tested is the theoretical zero value. The general practice is... Read More
04
23.03
What Are the Diagnostic Methods for Breast Cancer? Breast cancer has become a terrifying disease that kills female friends with increasing clinical incidence rate. It not only harms women's health but also has a great impact on our normal life. So... Read More
02
23.03
Application Prospects of in Vitro Diagnostic Technology The development of in vitro diagnostic (IVD) technologies has been rapid, spanning from genetic sequencing, SNP screening, point mutation gene diagnosis at the gene level, to the detection of various ... Read More
25
23.02
Why Do You Need Chromosomal Microarray Analysis? Chromosomes are genetic material and the carriers of genes. The human body has 23 pairs of chromosomes, with 22 pairs being common to both sexes and called autosomes. The other pair determines sex and... Read More
22
23.02
What Are the Main Processes of DNA Microarray Technology? The principle of DNA microarray technology is to integrate gene probes with known sequences onto a solid surface. A large number of labeled nucleic acid sequences from the tested biological cells or t... Read More
18
23.02
Diagnosis of Colorectal Cancer from Three Aspects Coloretal cancer is a common digestive tract tumor with high malignancy. If it is not detected timely, the patient's condition is usually already in the middle or late stages. There are three main... Read More
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