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Toward understanding of functionality of the human genome sequences by megabase-scale region minimization

To understand the fundamental principles of life, simple case studies using specific model organisms or homogeneous cell populations are not sufficient. By analyzing a diverse range of model organisms, from animals to plants (and even non-model organisms), and making comparisons within the same model organism across different developmental stages and organ types, we can uncover species-, developmental stage-, and organ-specific regulatory mechanisms, or, conversely, regulatory processes that exhibit functional convergence or robust conservation. In this symposium, we will introduce various model studies from the perspectives of gene expression and chromosomal regulation, including comparisons between animals and plants, somatic and germ cells, and discuss future directions in biological research.

日本分子生物学会年会

The 48th Annual Meeting of the Molecular Biology Society of Japan

The 48th Annual Meeting of the Molecular Biology Society of Japan

[3PS-04-03(3P-018)]Toward understanding of functionality of the human genome sequences by megabase-scale region minimization

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