Antisense depletion of a specific potassium channel in H146 cells indicates that hTASK-1 is an airway oxygen sensing channel
Antisense depletion of a specific potassium channel in H146 cells indicates that hTASK-1 is an airway oxygen sensing channel
antisense, potassium, time, oxygen, england
pp.A817
Kemp, P.
44ed9943-0d38-4016-a24e-f75dccae3de0
Hartness, M.
b94f58ed-4076-45a7-ad94-8e7fa5df30bb
Lewis, A.
99987827-edf2-4157-b60b-81f262505bd0
O'Kelly, I.
e640f28a-42f0-48a6-9ce2-cb5a85d08c66
Peers, C.
25d5cc41-76e1-43b6-8759-223e06ba1f5f
2001
Kemp, P.
44ed9943-0d38-4016-a24e-f75dccae3de0
Hartness, M.
b94f58ed-4076-45a7-ad94-8e7fa5df30bb
Lewis, A.
99987827-edf2-4157-b60b-81f262505bd0
O'Kelly, I.
e640f28a-42f0-48a6-9ce2-cb5a85d08c66
Peers, C.
25d5cc41-76e1-43b6-8759-223e06ba1f5f
Kemp, P., Hartness, M., Lewis, A., O'Kelly, I. and Peers, C.
(2001)
Antisense depletion of a specific potassium channel in H146 cells indicates that hTASK-1 is an airway oxygen sensing channel.
FASEB Journal, 15 (5), .
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Published date: 2001
Keywords:
antisense, potassium, time, oxygen, england
Organisations:
Medicine
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Local EPrints ID: 59922
URI: http://eprints.soton.ac.uk/id/eprint/59922
ISSN: 0892-6638
PURE UUID: 60932776-a01c-4fcf-b6f3-9d275b80e816
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Date deposited: 19 Mar 2009
Last modified: 11 Dec 2021 18:01
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Contributors
Author:
P. Kemp
Author:
M. Hartness
Author:
A. Lewis
Author:
I. O'Kelly
Author:
C. Peers
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