Animals Transcriptome Microarray

CD Genomics is a world-leading company that can provide the best microarray products and solutions for global customers in the field of transcriptomics research. We have successfully completed many related microarray projects and can provide the best products and services to customers all over the world.

Microarray Applications in Animal Transcriptomics Analysis

The transcriptome represents all transcripts of gene exons of tissues and cells, and can reflect genes expressed in various developmental stages, tissue types, physiological states, and environmental conditions of animals. Research on animal transcriptomics provides a comprehensive understanding of gene expression and regulation under different physiological conditions and environmental stimuli. The research of transcriptomics is of great significance for solving the problems of animal genetic evolution, livestock genetic breeding, livestock breeding ecology and other issues. The microarray measures the abundance of a set of specific transcripts by hybridizing with a series of complementary nucleic acid probes. This high-throughput measurement method can analyze thousands of transcripts at the same time, greatly reducing each The cost of genes saves time and labor.

In recent years, microarrays have been widely used in the research of transcriptomics of domestic animals, companion animals and model animals. For example, research on companion animal diseases, research on zoonotic diseases, research on quantitative traits of livestock, and phylogenetic research on model animals. Our product application scenarios include providing assistance for phylogenetic research of model organisms, elucidating gene structure and regulating gene networks, revealing animal developmental clues, and synergistic responses to environmental changes. In order to better understand the relationship between genes and their products, and link the "omics" fields such as transcriptomics and proteomics into common systems biology today.

Our Animal Transcriptome Analysis Products

CD Genomics can provide microarray products for transcriptome analysis of cattle and other livestock animals, companion animals such as dogs, and model animals such as macaques. The design of the product's nucleotide probes is based on several large public databases and our own database.

If you have requirements for transcriptome analysis of other domestic animals, poultry animals, and companion animals outside the catalog, you can also customize your personalized chip products. Our microarray products can realize global expression profile analysis.

CD Genomics provides high-quality animal transcriptomics analysis products and services. We can provide commercial arrays, custom arrays and semi-custom array products and services according to your research. We have a large team of scientists and a well-equipped test platform, and we are committed to cooperating with customers all over the world to meet your specific requirements. We have comprehensive capabilities to provide a broad and comprehensive portfolio of laboratory and manufacturing services. If you are interested in our services, please contact us for more details.

Our products and services are for research purposes ONLY. We do not perform any private testing services that are not for laboratory use.
Cat# Product Name Inquiry Basket
+ CDMR-14 Bovine Gene Expression Microarray Online Inquiry
Description: Expression profiling of bovine genome is a useful tool for the identification of novel gene function and interactions.
+ CDMR-15 Canine Gene Expression Microarray Online Inquiry
Description: Study of the dog (Canis familiaris) genome not only benefits veterinary research to better understand & treat canine diseases, it also serves as a comparative genomic framework to identify similar human disease genes.
+ CDMR-16 Chicken Gene Expression Microarray Online Inquiry
Description: The chicken (Gallus Gallus) serves as model organism for studying vertebrate embryonic development and is a target for genetic improvement due to its significance in agriculture.
+ CDMR-17 Horse Gene Expression Microarray Online Inquiry
Description: The publication of the genome sequence of Equus caballus in 2009 was driven by a need to identify the genetic contributions to equine diseases, coat, temperament, fertility & athletic performance.
+ CDMR-18 Mosquito Gene Expression Microarray Online Inquiry
Description: Anopheles gambiae is the main vector of the parasite Plasmodium falciparum causing malaria, one of the most significant parasitic diseases in the world, and of several other human diseases. This Microarray enables genome-wide transcriptome profiling in different developmental stages & tissues of Anopheles. You can also examine differences in expression in response to environmental changes or drug perturbations.
+ CDMR-19 Porcine Gene Expression Microarray Online Inquiry
Description: The pig (Sus scrofa) is one of the first animals domesticated and has become an important agriculture animal as one of the major human nutritional sources of animal-based protein. The porcine model is also relevant to human health research priorities such as obesity, female health, cardiovascular disease, nutritional studies with respect to the pig being an omnivore, and communicable diseases.
+ CDMR-20 Rabbit Gene Expression Microarray Online Inquiry
Description: The Rabbit Microarray delivers accurate, consistent and efficient gene expression profiling of rabbit samples.
+ CDMR-24 Rat Gene Expression Microarray Online Inquiry
Description: Discover our suite of rat gene expression microarrays. The microarrays provide comprehensive coverage of genes and transcripts, and excellent performance.
+ CDMR-25 Rat Gene Expression Microarray Online Inquiry
Description: Rat Gene Expression Microarrays provide comprehensive coverage of genes and transcripts using the latest annotation databases.
+ CDMR-21 Rhesus Macaque Gene Expression Microarray Online Inquiry
Description: Study of the Rhesus Macaque (M.mulatta) genome, serves as a comparative genomic framework by which many biologically similar human disease genes can be identified. The microarrays give insight into Rhesus genetic diseases and facilitate gene mapping onto complex human disorders through global transcriptome analysis.
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