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Table 4 Regulation of complex subunits in synthetic Brassica napus.

From: Differential regulation of gene products in newly synthesized Brassica napus allotetraploids is not related to protein function nor subcellular localization

Complexes with at least two identified subunits

Stem

root

Complexes with subunits showing identical regulation patterns

5

2

Complexes with subunits showing opposite regulation patterns

1

3

Complexes with subunits showing differing regulation patterns

5

4

Total

11

9

  1. For each organ, complexes with at least two distinct subunits identified were detected. Those complexes were differentiated on the basis of the regulation patterns of the subunits that could either display an identical pattern of regulation (all subunits up-regulated compared to the mid parent value, or all subunits down-regulated), or show opposite regulation patterns (for example, one subunit up-regulated, the other one down-regulated). Complexes comprising subunits with non-additive patterns and subunits with additive patterns were designated as "Complexes with subunits showing differing regulation patterns".
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BMC Genomics

ISSN: 1471-2164

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