Creating Mouse Genetic Resources for Your Research
Learn about breeding schemes that generate coisogenic, recombinant inbred, consomic and congenic mice.
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Learn about breeding schemes that generate coisogenic, recombinant inbred, consomic and congenic mice.
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Inbred strains are powerful tools for genetic and genomic research. Discover how researchers conduct inbred strain experiments.
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Learn the basic naming conventions you need to communicate clearly and accurately about inbred and hybrid mice.
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What are the unique advantages of using inbred mice in genetic and genomic research? Learn about different types of inbred mouse strains and the inbred breeding scheme.
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Discover genetic and genomic research highlights utilizing mice via an interactive timeline.
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Did you know that some genetic terms can have multiple meanings? Refresh your knowledge in less than 15 minutes to make sure you're using the correct terminology.
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Find out what makes the inbred mouse an ideal research model for understanding human biology and disease.
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Find out why FAIR data principles have become increasingly important in the context of genetic and genomic data in biomedical research.
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Gain a basic understanding of genomic data analysis by focusing on essential topics such as genomic data structures, annotation, and sequence alignment.
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Learn about the key elements of robust in vivo study design that improve the reproducibility of your experiment and increase the translation of preclinical research.
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Learn about coisogenic, recombinant inbred, consomic and congenic mice and the breeding schemes used to generate each.
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Learn about two complementary genetically diverse mouse populations, the Collaborative Cross (CC) and Diversity Outbred (DO).
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Learn why genetically engineered mice are a useful tool for researchers to study gene function and to relate genetic effects to human disease.
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Learn about the complexity of rare disease and the unique difficulty it presents to patients and families by exploring the patient journey—from diagnosis to research to drug development.
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Learn how mouse models help researchers disentangle the complexity of rare disease and help drive preclinical drug development.
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Learn about the advantages of using genomic-based strategies in the fight against cancer
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Find out which tools and technologies are used by scientists to advance the field of cancer research, including sequencing, cell-based models of cancer, and mouse models of cancer.
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Learn the basics of three genetic engineering techniques that generate genetically modified mice used in biomedical research.
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Discover the fundamental properties of cancer cells and explore the genetic basis, inheritance, risk factors and prevention of this disease.
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Learn about the benefits and limitations of different genomic tumor test options for patients with cancer and how to determine the best test for each patient.
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