Table 1.

Overview over the different binary YA fusion vectors for stable transformation

For each variant, a 35S promoter-based (pBIN) and a UBI10 promoter-based (pBINU) version was constructed. Both versions are available as vectors carrying either kanamycin (K) or Basta (B) resistance.

Subcellular localization	Binary plasmid 35S promoter	UBI10 promoter
Cytosol and nucleus	pBIN-YA(K)	pBINU-YA(K)
	pBIN-YA(B)	pBINU-YA(B)
Cytosol only	pBIN-CYA(K)	pBINU-CYA(K)
	pBIN-CYA(B)	pBINU-CYA(B)
Nucleolus only	pBIN-NYA(K)	pBINU-NYA(K)
	pBIN-NYA(B)	pBINU-NYA(B)
Plasma membrane	pBIN-PMYA(K)	pBINU-PMYA(K)
	pBIN-PMYA(B)	pBINU-PMYA(B)
Mitochondria	pBIN-MYA(K)	pBINU-MYA(K)
	pBIN-MYA(B)	pBINU-MYA(B)
Chloroplast OE surface	pBIN-OEYA(K)	pBINU-OEYA(K)
	pBIN-OEYA(B)	pBINU-OEYA(B)
Chloroplast IE surface	pBIN-IEYA(K)	pBINU-IEYA(K)
	pBIN-IEYA(B)	pBINU-IEYA(B)
Stroma	pBIN-CHYA(K)	pBINU-CHYA(K)
	pBIN-CHYA(B)	pBINU-CHYA(B)