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- 01GR12X4YKSPTRMY38RG2TBJAR classification P1.
- 01GR12X4YKSPTRMY38RG2TBJAR date "2022".
- 01GR12X4YKSPTRMY38RG2TBJAR language "eng".
- 01GR12X4YKSPTRMY38RG2TBJAR type conference.
- 01GR12X4YKSPTRMY38RG2TBJAR hasPart 01GR136TW2CBMHZV0HTJGHCYH2.pdf.
- 01GR12X4YKSPTRMY38RG2TBJAR subject "Technology and Engineering".
- 01GR12X4YKSPTRMY38RG2TBJAR doi "10.1007/978-3-031-14190-4_49".
- 01GR12X4YKSPTRMY38RG2TBJAR isbn "9783031141898".
- 01GR12X4YKSPTRMY38RG2TBJAR isbn "9783031141904".
- 01GR12X4YKSPTRMY38RG2TBJAR issn "0065-2598".
- 01GR12X4YKSPTRMY38RG2TBJAR issn "2214-8019".
- 01GR12X4YKSPTRMY38RG2TBJAR presentedAt urn:uuid:0d4c4d94-02fb-4f55-bc3f-9884f29b89d3.
- 01GR12X4YKSPTRMY38RG2TBJAR volume "1395".
- 01GR12X4YKSPTRMY38RG2TBJAR abstract "Axons in the brain and peripheral nervous system are enveloped by myelin sheaths, which are composed of stacked membrane bilayers containing large fractions of cholesterol, phospholipids, and glycolipids. The oxygen availability to the nearby oxygen consuming cytochrome c oxidase in the mitochondria is essential for the well-functioning of a cell. By constructing a rate network model based on molecular dynamics simulations, and solving it for steady-state conditions, this work calculates the oxygen storage in stacked membranes under an oxygen gradient. It is found that stacking membranes increases the oxygen storage capacity, indicating that myelin can function as an oxygen reservoir. However, it is found that the storage enhancement levels out for stacks with a large number of bilayers, suggesting why myelin sheaths consist of only 10–300 membranes rather than thousands. The presence of additional water between the stacked bilayers, as seen in cancer cells, is shown to diminish myelin oxygen storage enhancement.".
- 01GR12X4YKSPTRMY38RG2TBJAR author 542B4E2E-05F6-11E3-970D-B3B910BDE39D.
- 01GR12X4YKSPTRMY38RG2TBJAR author F7F4F4A2-F0ED-11E1-A9DE-61C894A0A6B4.
- 01GR12X4YKSPTRMY38RG2TBJAR dateCreated "2023-01-30T10:17:32Z".
- 01GR12X4YKSPTRMY38RG2TBJAR dateModified "2024-07-09T14:39:32Z".
- 01GR12X4YKSPTRMY38RG2TBJAR editor urn:uuid:64bd9477-10a6-472a-b143-2a535d36eecf.
- 01GR12X4YKSPTRMY38RG2TBJAR editor urn:uuid:a37165c2-f352-4c22-9518-5f4f9ead5ecd.
- 01GR12X4YKSPTRMY38RG2TBJAR editor urn:uuid:d3faeaf1-26f2-4bb9-8b96-c62e3eb43c73.
- 01GR12X4YKSPTRMY38RG2TBJAR name "Oxygen storage in stacked phospholipid membranes under an oxygen gradient as a model for myelin sheaths".
- 01GR12X4YKSPTRMY38RG2TBJAR pagination urn:uuid:2583f091-076e-4460-9692-824e9017451b.
- 01GR12X4YKSPTRMY38RG2TBJAR publisher urn:uuid:b205906c-4bdb-48d6-9315-c09fa29e705a.
- 01GR12X4YKSPTRMY38RG2TBJAR sameAs LU-01GR12X4YKSPTRMY38RG2TBJAR.
- 01GR12X4YKSPTRMY38RG2TBJAR sourceOrganization urn:uuid:84c29fbd-f445-483f-91cb-ebb2a7023d5d.
- 01GR12X4YKSPTRMY38RG2TBJAR type P1.