Gene ontology (GO) classification of 16,573 protein annotated unigenes from the three hepatopancreas samples (control, moribund and survived groups).

Caiyuan Zhao (5488919)
Hongtuo Fu (477388)
Shengming Sun (477390)
Hui Qiao (477393)
Wenyi Zhang (127372)
Shubo Jin (477387)
Sufei Jiang (477391)
Yiwei Xiong (477392)
Yongsheng Gong (458426)

Publication date

July 2018

DOI

10.1371/journal.pone.0200222.g002

Abstract

<p>The three main GO categories include biological process (red), cellular component (green), and molecular function (blue). Each bar represents the relative abundance of unigenes classified under each category at level 2.</p

Extracted data

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Gene ontology (GO) classification of 16,573 protein annotated unigenes from the three hepatopancreas samples (control, moribund and survived groups).

Abstract

Extracted data

Gene ontology (GO) classification of 16,573 protein annotated unigenes from the three hepatopancreas samples (control, moribund and survived groups).

Abstract

Extracted data

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