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The Zebrafish Sperm Proteome
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  • Jayme Cohen-Krais,
  • Carlo Martins,
  • Jamie Batram,
  • Zoe Crighton,
  • Jean-Charles de Coriolis,
  • Alice Godden,
  • Daniel Marcu,
  • Weronika Robak,
  • Gerhard Saalbach,
  • Simone Immler
Jayme Cohen-Krais
University of East Anglia
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Carlo Martins
John Innes Centre
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Jamie Batram
University of East Anglia
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Zoe Crighton
University of East Anglia
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Jean-Charles de Coriolis
University of East Anglia
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Alice Godden
University of East Anglia
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Daniel Marcu
University of East Anglia
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Weronika Robak
University of East Anglia
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Gerhard Saalbach
John Innes Centre
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Simone Immler
University of East Anglia

Corresponding Author:[email protected]

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Abstract

Fertilisation is based on the tight interaction between sperm and egg and both sperm and egg proteomes are known to evolve and diverge rapidly even between closely related species. Understanding the sperm proteome therefore provides key insights into the mechanisms involved during fertilisation and the fusion between sperm and egg. Despite being a commonly used model organism for reproductive research, very little is currently understood about the zebrafish Danio rerio sperm proteome. We performed in depth proteomics analysis with six pooled samples containing ejaculates from ten males each. We confidently identified 5410 proteins, from which a total of 3900 GeneIDs were generated leading to 1720 Gene Ontology terms. This number of proteins is larger than the number of proteins described in sperm proteomes of other species.
20 Sep 2024Submitted to PROTEOMICS
25 Sep 2024Submission Checks Completed
25 Sep 2024Assigned to Editor
25 Sep 2024Review(s) Completed, Editorial Evaluation Pending
25 Sep 2024Reviewer(s) Assigned
11 Nov 2024Editorial Decision: Revise Minor
06 Dec 2024Review(s) Completed, Editorial Evaluation Pending
06 Dec 20241st Revision Received
06 Dec 2024Editorial Decision: Accept