Figure 3.
![TEs distributed C4-related transcription factor binding motifs (TFBMs) from pre-existing cis-regulatory elements of non-photosynthetic genes, generating a novel regulatory network of C4 photosynthetic genes [38].](https://port.silverchair-cdn.com/port/content_public/journal/biochemsoctrans/48/3/10.1042_bst20190937/1/bst-2019-0937c.03.png?Expires=1717068590&Signature=LrvglP5PA2h3laNBmI0qpYGh774Elxj8eB6v0KGSVv44A6IaD~-RpQhdyllSDDsAA7ncj52l1uZtyAvxQJS8P00B6YMcSt3hEM2ZQpOHCtO-jpvOBLVc12PJSs9o2rGTkeoGG-SZlsnvM4CpI5-MvqFL93CopMicWf2qWvZYi7q6v2oUvx5N60Bj1xXo9nnSnkwiWpazuUfEaNiutbyJSSBeeXnNZJoc460WM5XMCnG1uRFgYNI-SK60wZo7zy0kh7aGEFNzg62UoLoyS5GcYlyWq9YoomUE5cQ50mlz6tUz70e6gghFFRaJIIaXyDotknKeCP61NT44ce5sNZupBw__&Key-Pair-Id=APKAIE5G5CRDK6RD3PGA)
TEs promote the transition from C3 to C4 photosynthesis by transposition of transcription factor binding motifs.
TEs distributed C4-related transcription factor binding motifs (TFBMs) from pre-existing cis-regulatory elements of non-photosynthetic genes, generating a novel regulatory network of C4 photosynthetic genes [38].