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Since 1992, Animal Genetics has been a pioneer in the delivery of fast, dependable, and affordable genetic testing for customers around the world.
Animal Genetics reports on molecular genetics, functional genomics and microbiomics of livestock, aquaculture, wildlife and laboratory animals. Publications include studies of variation in proteins, metabolomes, transcriptomes, genes and genomes in relation to phenotypes, mapping of traits and QTLs, gene editing, genetic diversity and ...
Animal genetics is one of the pillars of livestock development (alongside animal health, animal nutrition and husbandry issues such as housing). It is a broad field, ranging from characterization to conservation to genetic improvement, and involves actions at local, national, regional and global scales.
What is Animal genetics? Genetics is the study of genes and their effects in living organisms. The information in an organism’s genes provides a biological blueprint for its appearance, function and survival and largely defines its similarities and differences with other organisms.
Animal models are used to elucidate basic physiologic, biochemical, and genetic processes found in health and disease. Rarely will the model share all the clinical, pathologic, and functional characteristics of the disease with humans, and while desirable, this is not necessary for the model to make substantial contributions on disease ...
This Internet-based educational resource on genetics was designed to expose university undergraduates and the general population to basic genetics concepts and principles.
To summarize, there is a promise of animal genetics to find the genetic sources of the variability in biological aging, also relevant to humans. However, successful genetic study of a complex condition such as aging requires a careful planning and implementation, starting from clear definition of the phenotype.
In-depth, original articles and systematic reviews concerning a wide range of animal genetics topics, including those focusing on population genetics, quantitative genetics, conservation genetics, immunogenetics, genomics, epigenomics, and microbial genetics are welcome.
Lab Animal - Mouse genetic studies are essential for our understanding of genotype–phenotype relationships. Here the authors discuss the technological advances that have accelerated the pace...
This paper described the inheritance of simple traits such as seed color and plant height in peas and provided the foundation for the entire modern-day study of genetics. So what made this paper so special?