Research Data Complementary multi-omics integration approaches feature a role for salicylic acid biology in accelerating kiwiberry fruit development

Name: Research Data Complementary multi-omics integration approaches feature a role for salicylic acid biology in accelerating kiwiberry fruit development
Creator: Catrin S Günther
Published: 2025-12-11T00:59:16.452Z
Keywords: Analytical Chemistry, Data Integration, Transcriptomics, Plant Development, Kiwifruit

Günther, Catrin S; Jaudal, Mauren; Angelin-Bonnet, Olivia; Guo, Lindy; Salgado, Leonardo; Anderson, Rachelle; Paringatai-Hare, Karangawai; Cooney, Janine; Trower, Tania; Ying, Lucia; Jensen, Dwayne; Boldingh, Helen; Pereira, Trisha; Wang, Ruiling; Richardson, Annette; Nardozza, Simona; Guenther, Catrin

doi:10.17632/kr2tzw84nv.1

Research Data Complementary multi-omics integration approaches feature a role for salicylic acid biology in accelerating kiwiberry fruit development

Published: 11 December 2025| Version 1 | DOI: 10.17632/kr2tzw84nv.1

Contributors:

Catrin S Günther, Mauren Jaudal, Olivia Angelin-Bonnet, Lindy Guo, Leonardo Salgado, Rachelle Anderson, Karangawai Paringatai-Hare, Janine Cooney, Tania Trower, Lucia Ying, Dwayne Jensen, Helen Boldingh, Trisha Pereira, Ruiling Wang, Annette Richardson, Simona Nardozza,

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Raw data (transcriptomics and targeted metabolomics) underlying analyses of the research paper "Complementary multi-omics integration approaches feature a role for salicylic acid biology in accelerating kiwiberry (Actinidia arguta) fruit development".

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New Zealand Institute for Plant and Food Research Ltd

Research Data Complementary multi-omics integration approaches feature a role for salicylic acid biology in accelerating kiwiberry fruit development

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