CD Genomics is a world-leading company that can provide customers in the global biotechnology field with the best microarray product solutions. Our microarray products have been successfully applied to many scientific research projects. If you choose our microarray products as scientific research assistants, we will return the trust of customers with excellent product quality. Our microarray products include but are not limited to:
Genotyping microarrays can support genome-wide, targeted genome or exome analysis. They provide excellent data quality and high-density genome coverage. It can help researchers and biological sample banks to conduct genome-wide and phenotype-wide association studies (GWAS and PheWAS). Genotyping microarrays enable researchers to conduct transformation, regenerative medicine, pharmacogenomics, clinical trials, epidemiology and population studies using samples from biological sample banks to further understand the samples’ genotyping. We can provide a series of human, plants, animals and microorganisms genotyping microarray designs and solutions and customized services to meet your special requirements.
RNA microarrays play an important role in many disciplines. RNA microarray technology can monitor gene expression and transcriptome changes in cancer, and help answer research questions such as disease classification and progress. Differences in gene expression are associated with phenotypic variations among individuals. RNA microarrays can enable researchers to effectively locate the expression levels in the genomes of individuals, thus targeting the study of complex diseases. RNA microarrays explore gene expression in plants and animals, providing new insights into changes in expression levels during development, disease and stress. RNA microarrays bridge the gap between genomics/transcriptome and proteomics by estimating protein abundance and translation regulation.
The epigenome contains chemical modifications that form the physical structure of the genome. It can regulate gene expression and activate different genes at different times of cell life cycle. Epigenetics plays an important role in growth, development and disease progression. Epigenome is a hotspot in the field of multi-genomics, and DNA methylation is the most important field in epigenetic research. In the post-genome era, with the decreasing cost of high-throughput technology, we are increasingly aware of the complexity of life phenomena with massive data and research results. At present, the research frontier is more inclined to take a multi-group perspective: from Genetics and Epigenetics to transcriptome and metabolome, from mechanism to phenotype, to conduct integrated research to obtain global results. Epigenetics microarray is not only a powerful tool for cancer and other complex diseases, but also the most suitable methylation technology for epigenome-wide association analysis (EWAS). Our epigenetics microarray products include methylation microarrays, promoter microarrays, CpG island microarrays and histone microarrays in four series.
Tissue microarray assembles tens to thousands of small tissues neatly on a slide of small tissues neatly on a slide. It is another important bio-microarray after gene microarray and protein microarray. Similarly, tissue microarray is a high throughput and diverse analytical tool. For the first time, it is possible for researchers to study one or more specific genes or related expression products in tissue samples of hundreds or even thousands of normal or disease and natural pathophysiological states at different stages of disease development. Tissue microarray overcomes the traditional pathological method that can only study sections one by one. It can obtain high throughput information of histomorphology, gene and protein expression on a single section. At the same time, it avoids the errors caused by different experimental conditions and has better comparability. Tissue microarray has obvious advantages over traditional tissue slices, such as large scale, high throughput and standardization. The experimental conditions of tissue samples on tissue microarray are identical, and it has excellent quality control while saving time and reagents.
CD Genomics offers high-quality microarray services. We can produce commercial, customized, and semi-customized microarrays. With a large and well-equipped scientist team, we are dedicated to collaborating with our clients around the world to meet your specific requirements. We have comprehensive design and production capabilities to provide broad and comprehensive services for academic and industrial research. If you are interested in our services, please contact us for more details.
