{"authors":[{"name":"Jennifer M. Polinski","orcid":"0000-0003-2594-5070","role":"Author"},{"name":"Kate R. Castellano","orcid":"0000-0002-5642-1037","role":"Author"},{"name":"Katherine M. Buckley","orcid":"0000-0002-6585-8943","role":"Author"},{"name":"Andrea G. Bodnar","orcid":"0000-0002-9610-4589","role":"Author"}],"components":[{"id":"root","name":"root","payload":{"cid":"bafybeib5ykwa42lzgcldp6twp5u6q2vna4husxxaym5ulsgudirsnzooqu","path":"root"},"type":{".pdf":"pdf"}},{"id":"2884a7db-58c1-4939-95bb-59af888e3387","name":"Red-Sea-Urchin-Genome","payload":{"externalUrl":"https://github.com/jmpolinski/Red-Sea-Urchin-Genome","path":"root/Code","title":"Code Scripts","url":"bafybeienfqkxslkb5477mw37mbtjgt6r4fyeidjui3lkxlap3wc4ubgge4"},"starred":true,"subtype":"code-scripts","type":"code"},{"id":"59a745bd-4628-46d1-b96c-347ae8bae542","name":"Dataset (via NCBI at PRJNA914702)","payload":{"path":"root/External Links/Dataset (via NCBI at PRJNA914702)","title":"Restricted Access Data","url":"https://www.ncbi.nlm.nih.gov/bioproject/"},"starred":true,"subtype":"restricted","type":"link"},{"id":"88ca6e0b-0bdc-466d-8039-e354ad0744a4","name":"Preprint.pdf","payload":{"annotations":[{"endX":0.829878533951697,"endY":0.5125738053723328,"id":"53440d6b-7f71-41db-ad05-08b474f4207f","pageIndex":25,"rects":[{"endX":0.829878533951697,"endY":0.5125738053723328,"pageIndex":25,"startX":0.7701717153867926,"startY":0.49527276731004904}],"startX":0.7701717153867926,"startY":0.49527276731004904,"text":"You can also find all code inside this Node, and import it via a simple Python statement (check the metadata for import statements!)\n\n[README.md](#/code/2884a7db-58c1-4939-95bb-59af888e3387?path=README.md)\n"}],"cid":"bafybeidwmgfbo536jkk6b6vrfxgullhqh5lqwpefnovxum6kuq5fw447w4","path":"root/Preprint.pdf","title":"Preprint"},"starred":true,"subtype":"preprint","type":"pdf"},{"id":"93a011f2-893a-4128-b72b-7ec8b9b41365","name":"Additional Materials","payload":{"cid":"draft","path":"root/Additional Materials"},"type":{".jpg":"data"}}],"coverImage":"bafybeig4bofvukhv3a2dgz4euckxubphkdpulfgduabpii4tgjscdsnale","defaultLicense":"CC BY","dpid":{"id":"140","prefix":"beta"},"researchFields":["Longevity","genomics"],"title":"Genomic Signatures of Exceptional Longevity and Negligible Aging in the Long-Lived Red Sea Urchin","version":"desci-nodes-0.2.0","description":"The genome of the long-lived red sea urchin was analyzed and compared with short-lived species, revealing chromosome rearrangements and expanded gene families linked to immunity, nervous system, and genome stability. Genes under positive selection related to genomic regulation, protein homeostasis, and mitochondrial function suggest mechanisms for maintaining tissue homeostasis, disease resistance, and negligible aging."}