Alta DiagenoTech is a highly skilled provider of in vitro diagnostic (IVD) products and services which include the development of hereditary disease test kits. Using state-of-the-art molecular diagnostic technology and our extensive R&D system, we work to develop tests with high sensitivity and specificity for a wide spectrum of diseases, including gene hereditary diseases and chromosomal anomalies.
Driving Innovation in Hereditary Disease Testing with Core Technologies
We possess multiple R&D core technology platforms that precisely and effectively assist in the creation of hereditary disease testing kits.
- Multiplex PCR and Primer Design Optimization
The use of our proprietary algorithms allows us to create specific primers/probes for multi-target simultaneous detection which effectively addresses the cross-reaction issue of homologous sequences and improves overall detection efficiency.
- Microfluidic Chip Integration
Utilizing the microfluidic approach, we incorporate nucleic acid extraction, amplification, and detection into a single automated chip to significantly reduce the time required for detection.
- Digital PCR Quantification Platform
Employing microdroplet segmentation technology empowers us to achieve absolute quantitative detection. Mutations as rare as 0.1% can now be screened, making it easier to identify carriers of hereditary diseases with advanced sensitivity.
- CRISPR-Cas Diagnostic System
Primary care settings can benefit from our rapid detection solutions, which are highly sensitive and easy to visualize due to the use of CRISPR gene editing technologies combined with signal amplification techniques.
Full Spectrum of Hereditary Disease Test Kits Development
With our deep technical accumulation and innovation capability, we are able to develop a wide range of test kits to comprehensively cover the needs of hereditary disease testing.
Single-gene Hereditary Disease Detection Kit
These include Thalassemia, Phenylketonuria, and Hemophilia. We have developed test kits for these diseases which employ advanced gene detection techniques that enables the precise detection of mutation sites of disease causing genes. This includes point mutations, small fragment insertions, deletions, etc.
Multi-Gene Hereditary Disease Detection Kit
Examples of these diseases are congenital heart disease and some neural tube defects. Our polygenic genetic disease test kits utilize high-throughput sequencing technology (NGS) alongside bioinformatic analysis which allows the simultaneous detection of several disease-related genes for comprehensive assessment of an individual's hereditary disease risk.
Chromosomal Abnormalities Detection Kit
Common chromosomal abnormalities include chromosome number abnormalities and chromosome structure abnormalities. Using FISH technology alongside chromosome microarray analysis (CMA) we have developed chromosomal abnormality detection kits that accurately and rapidly detect chromosomal abnormalities.
Mitochondrial Hereditary Disease Detection Kit
Mitochondrial genetic diseases are heritable disorders associated with specific mutations in mitochondrial genes. The diagnostic kits developed for mitochondrial hereditary diseases can sequences and analyzes the mitochondrion genes to a high accuracy level, as well as identify and quantify the type of mutations that exist within the mitochondrion genes.
About Us
Our focus is the creation and development of diagnostic test kits for hereditary diseases. We broaden the scope of testing and optimize testing technology to improve the accuracy of laboratory tests, thus providing more accessible and precise solutions for the diagnosis, treatment and prevention of hereditary diseases and advancing the multiply innovative diagnostic technology for hereditary diseases.
Alta DiagnoTech never stops refining its technology platform to guarantee that the sensitivity, specificity, and stability of the kits are consistently high, thus making them useful for practically any diagnostic or scientific application. If you have a need for diagnostic kit development, please feel free to contact us for more information.