FBXL4 suppresses mitophagy by restricting the accumulation o…

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FBXL4 suppresses mitophagy by restricting the accumulation of NIX and BNIP3 mitophagy receptors

Article 2023 EN Hybrid

Abstract Cells selectively remove damaged or excessive mitochondria through mitophagy, a specialized form of autophagy, to maintain mitochondrial quality and quantity. Mitophagy is induced in response to diverse conditions, including hypoxia, cellular differentiation, and mitochondrial damage. However, the mechanisms by which cells remove specific dysfunctional mitochondria under steady-state cond…

86

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58

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17

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17.17

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UN Sustainable Development Goals
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17 authors
#AuthorInstitutionsORCID
1 Giang Nguyen Vietnam National University Ho… (VN) The University of Queensland (AU)
2 Keri‐Lyn Kozul The University of Queensland (AU)
3 Yi Cui The University of Queensland (AU)
4 Brendan Townsend The University of Queensland (AU)
5 Prajakta Gosavi The University of Queensland (AU)
6 Soo Siang Ooi The University of Queensland (AU)
7 Antonio Marzio Weill Cornell Medicine (US) NYU Langone’s Laura and Isaac … (US) +1
8 Nissa L. Carrodus The University of Queensland (AU)
9 Steven Zuryn The University of Queensland (AU)
10 Michele Pagano NYU Langone’s Laura and Isaac … (US) New York University (US)
11 Robert G. Parton The University of Queensland (AU) Centre for Microscopy and Micr… (AU) +1
12 Michael Lazarou The University of Melbourne (AU) Walter and Eliza Hall Institut… (AU) +1
13 S. Sean Millard The University of Queensland (AU)
14 Robert William Taylor Newcastle upon Tyne Hospitals … (GB) Newcastle upon Tyne Hospital (GB) +2
15 Brett M. Collins The University of Queensland (AU) Institute for Molecular Biosci… (AU)
16 Mathew V. Jones The University of Queensland (AU)
17 Julia K. Pagan Corresponding The University of Queensland (AU) Institute for Molecular Biosci… (AU)

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