Mitochondria-Derived Reactive Oxygen Species Regulation of Tardigrade Osmobiosis Revealed by Proteomics of Hypsibius exemplaris

Tardigrades are microscopic invertebrates renowned for their ability to survive extreme environmental stress such as radiation, extreme temperatures, and desiccation. Yet, the biochemical mechanisms they utilize to survive these extremes are poorly understood. Herein, we implement proteomics to inve...

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Detalles Bibliográficos
Autor principal:	Evan R. Stair (17803878) (author)
Otros Autores:	Brendin B. Flinn (17803872) (author), Aaron C. Grimmett (21674620) (author), Samantha J. Balboa (11089965) (author), Adam J. Burr (21674623) (author), Jessica A. Siebold (21674626) (author), Andrea Granados Baca (21674629) (author), Meredith H. Daughtridge (17803875) (author), Derrick R. J. Kolling (7542365) (author), Leslie M. Hicks (200420) (author)
Publicado:	2025
Materias:	Biophysics Biochemistry Medicine Cell Biology Physiology Marine Biology Infectious Diseases Computational Biology Environmental Sciences not elsewhere classified Biological Sciences not elsewhere classified Chemical Sciences not elsewhere classified microscopic invertebrates renowned hypsibius exemplaris tardigrades work suggests mitochondrial mitochondrial respiratory chain using two solutes osmobiote formation suggesting biochemical mechanisms contributing tardigrade osmobiosis – tardigrade osmobiosis revealed biochemical mechanisms tardigrade osmobiosis mitochondrial activity tardigrade extremotolerance solutes lead osmobiosis formation osmobiosis induction ros formation survival state spectroscopy reveals proteins involved poorly understood osmotic pressure increased abundance extreme temperatures biomolecular underpinnings alternative oxidase
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Mitochondria-Derived Reactive Oxygen Species Regulation of Tardigrade Osmobiosis Revealed by Proteomics of Hypsibius exemplaris

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