TGF-beta activates a novel smad-independent pathway to promote osteoclast survival.

Bibliographic Details
Main Authors: Gingery, A, Pederson, L, Ruan, M, Horwood, N, Oursler, M
Format: Conference item
Published: 2006
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author Gingery, A
Pederson, L
Ruan, M
Horwood, N
Oursler, M
author_facet Gingery, A
Pederson, L
Ruan, M
Horwood, N
Oursler, M
author_sort Gingery, A
collection OXFORD
description
first_indexed 2024-03-07T00:26:48Z
format Conference item
id oxford-uuid:7e69eb8a-b8bc-4fdb-bbd0-91b85244032e
institution University of Oxford
last_indexed 2024-03-07T00:26:48Z
publishDate 2006
record_format dspace
spelling oxford-uuid:7e69eb8a-b8bc-4fdb-bbd0-91b85244032e2022-03-26T21:10:00ZTGF-beta activates a novel smad-independent pathway to promote osteoclast survival.Conference itemhttp://purl.org/coar/resource_type/c_5794uuid:7e69eb8a-b8bc-4fdb-bbd0-91b85244032eSymplectic Elements at Oxford2006Gingery, APederson, LRuan, MHorwood, NOursler, M
spellingShingle Gingery, A
Pederson, L
Ruan, M
Horwood, N
Oursler, M
TGF-beta activates a novel smad-independent pathway to promote osteoclast survival.
title TGF-beta activates a novel smad-independent pathway to promote osteoclast survival.
title_full TGF-beta activates a novel smad-independent pathway to promote osteoclast survival.
title_fullStr TGF-beta activates a novel smad-independent pathway to promote osteoclast survival.
title_full_unstemmed TGF-beta activates a novel smad-independent pathway to promote osteoclast survival.
title_short TGF-beta activates a novel smad-independent pathway to promote osteoclast survival.
title_sort tgf beta activates a novel smad independent pathway to promote osteoclast survival
work_keys_str_mv AT gingerya tgfbetaactivatesanovelsmadindependentpathwaytopromoteosteoclastsurvival
AT pedersonl tgfbetaactivatesanovelsmadindependentpathwaytopromoteosteoclastsurvival
AT ruanm tgfbetaactivatesanovelsmadindependentpathwaytopromoteosteoclastsurvival
AT horwoodn tgfbetaactivatesanovelsmadindependentpathwaytopromoteosteoclastsurvival
AT ourslerm tgfbetaactivatesanovelsmadindependentpathwaytopromoteosteoclastsurvival