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. Author manuscript; available in PMC: 2014 Mar 1.
Published in final edited form as: Trends Plant Sci. 2012 Oct 16;18(3):133–139. doi: 10.1016/j.tplants.2012.09.004

Table 1.

LrgB proteins in Plantae and Stramenopila

Kingdom Species Gene namea Amino
acids
Predictable
CTPb
GenBank ID Refs
Plantae Arabidopsis thaliana AtLrgB 512 Yes GI:18398254 [64]
Oryza stativa, Japonica OsLrgB1 519 Yes GI:222618542 [67]
OsLrgB2 458 No GI:115483664
Glycine max GmLrgB1 501 Yes GI:356559047 [68]
GmLrgB2 456 No GI:356495970
Physcomitrella PpLrgB1 529 Yes GI:168038766 [69]
Patens PpLrgB2 447 No GI:168022538
Zea mays ZmLrgB1 544 Yes GI:226501414 [70]
ZmLrgB2 542 Yes GI:293334459
Vitis vinifera VvLrgB1 450 No GI:296085918 [71]
VvLrgB2 434 No GI:225439243
Chlamydomons reinhardtii CrLrgB 455 No GI:159472707 [72]
Stramenopila Phaeodactylum PtLrgB1 524 Yes GI:219118995 [73]
tricorntum PtLrgB2 408 No GI:219118464
Thalassiosira TpLrgB1 525 Yes GI:224008725 [74]
pseudonana TpLrgB2 413 No GI:224005114
a

LrgB homologues in Plantae and Stramenopila were collected from the Genbank resource of NCBI (http://www.ncbi.nlm.gov/). Amino acid sequence alignment of LrgB domains were conducted as described by Yang et al. [64].

b

CTP (chloroplast transit peptides) were predicted using the program ChloroP [75].