File:Figure 5.png - Revision history

Yueliya: uploaded a new version of "File:Figure 5.png"

2014-06-09T13:05:17Z

uploaded a new version of "File:Figure 5.png"

Yueliya at 09:12, 9 June 2014

2014-06-09T09:12:56Z

2014-06-09T09:11:30Z

uploaded a new version of "File:Figure 5.png": Figure 1. Abundance of OsPOR transcripts and OsPOR proteins during the greening of etiolated seedlings. The 6–day-old etiolated seedlings of wild type (WT) and fgl were exposed to light (200 �

WangT: The lycopene cyclase family in plants. Phylogenetic tree of the cyclase genes generated on the basis of amino-acid sequence alignment. The data agree with the hypothesis that the gene CrtL from cyanobacteria encodes the ancestral archetype of plant cycl

2014-05-30T03:49:36Z

New page

The lycopene cyclase family in plants. Phylogenetic tree of the cyclase genes generated on the basis of amino-acid sequence alignment. The data agree with the hypothesis that the gene CrtL from cyanobacteria encodes the ancestral archetype of plant cyclases, which have evolved, probably by gene duplication, into different types of enzymes. First, the lycopene ε-cyclase, Lcy-e, evolved from the lycopene β-cyclase, Lcy-b. A duplication of Lcy-b then gave rise to Cyc-b, which in pepper was later transformed to CCS.

← Older revision		Revision as of 09:12, 9 June 2014
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−	The lycopene cyclase family in plants. Phylogenetic tree of the cyclase genes generated on the basis of amino-acid sequence alignment. The data agree with the hypothesis that the gene CrtL from cyanobacteria encodes the ancestral archetype of plant cyclases, which have evolved, probably by gene duplication, into different types of enzymes. First, the lycopene ε-cyclase, Lcy-e, evolved from the lycopene β-cyclase, Lcy-b. A duplication of Lcy-b then gave rise to Cyc-b, which in pepper was later transformed to CCS.	+	[[File:figure 5.png]]The lycopene cyclase family in plants. Phylogenetic tree of the cyclase genes generated on the basis of amino-acid sequence alignment. The data agree with the hypothesis that the gene CrtL from cyanobacteria encodes the ancestral archetype of plant cyclases, which have evolved, probably by gene duplication, into different types of enzymes. First, the lycopene ε-cyclase, Lcy-e, evolved from the lycopene β-cyclase, Lcy-b. A duplication of Lcy-b then gave rise to Cyc-b, which in pepper was later transformed to CCS.

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