The Disease Susceptibility Genetic Test-Anti-Cancer Package A
The test is based on biochip technology, by detecting the susceptibility loci on the TP53 gene that are closely related to tumorigenesis, it evaluates its influence on the risk of male tumors and female tumors.
Microarray Chip and Microarray Analysis
Microarray analysis is often involved in the fabrication and application of microarray chips. Unlike DNA sequencing and genotyping, the analytes for microarray gene expression analysis are messenger R...
Alcohol Metabolite Test Reveals Your True Drinking Capacity
Significance of Alcohol Metabolite TestIndicates an individual's ability to metabolize and detoxify alcohol, guiding reasonable and healthy drinkingReveals a high-risk tendency for major diseasesM...
Genetic Testing for Blood Cancer
This test can detect 232 genes associated with blood cancers, covers all types of leukemia - AML/ALL/CML/CLL/MDS/MPN and various lymphomas.
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...
The Basics and Applications of Genome Sequencing
Overview of Genome SequencingGenome sequencing refers to the use of high-throughput sequencing platforms to sequence the genomes of different individuals or groups and perform bioinformatics analysis ...
Karyotype Analysis
Karyotyping can be used to investigate cytogenetic classification, interspecies relationships, chromosome number and structural variation.
Genetic Testing of 18 Hereditary Cancer
This test can provide risk assessment in high-risk groups with a family history by detecting gene mutations in the entire coding region and splice region of 64 genes associated with 18 hereditary tumors at one time.