PlantTFDB
Plant Transcription Factor Database
v4.0
Previous version: v1.0, v2.0, v3.0
Camelina sativa
C3H Family
Species TF ID Description
Csa00441s100.3C3H family protein
Csa00631s010.1C3H family protein
Csa01g002440.1C3H family protein
Csa01g007430.1C3H family protein
Csa01g009140.1C3H family protein
Csa01g013230.1C3H family protein
Csa01g013800.1C3H family protein
Csa01g022390.1C3H family protein
Csa01g025010.1C3H family protein
Csa01g034570.1C3H family protein
Csa01g039980.1C3H family protein
Csa01g044150.1C3H family protein
Csa02g044950.1C3H family protein
Csa02g061290.1C3H family protein
Csa02g064250.1C3H family protein
Csa02g071710.1C3H family protein
Csa03233s010.1C3H family protein
Csa03g001860.1C3H family protein
Csa03g004920.1C3H family protein
Csa03g006320.1C3H family protein
Csa03g023710.1C3H family protein
Csa03g032720.1C3H family protein
Csa03g036710.1C3H family protein
Csa03g052920.1C3H family protein
Csa03g052940.1C3H family protein
Csa03g053730.1C3H family protein
Csa04g036910.1C3H family protein
Csa04g042360.1C3H family protein
Csa04g047740.1C3H family protein
Csa04g054400.1C3H family protein
Csa04g057350.1C3H family protein
Csa04g063560.1C3H family protein
Csa04g067930.1C3H family protein
Csa05g001330.1C3H family protein
Csa05g003560.1C3H family protein
Csa05g009680.1C3H family protein
Csa05g012690.1C3H family protein
Csa05g018850.1C3H family protein
Csa05g021440.1C3H family protein
Csa05g023660.1C3H family protein
Csa05g066090.1C3H family protein
Csa05g079490.1C3H family protein
Csa05g083480.1C3H family protein
Csa05g095930.1C3H family protein
Csa06g022230.1C3H family protein
Csa06g030660.1C3H family protein
Csa06g037920.1C3H family protein
Csa06g044480.1C3H family protein
Csa06g047880.1C3H family protein
Csa06g054370.1C3H family protein
Csa07154s010.1C3H family protein
Csa07g001030.1C3H family protein
Csa07g007480.1C3H family protein
Csa07g008630.1C3H family protein
Csa07g031960.1C3H family protein
Csa07g033810.1C3H family protein
Csa07g046810.1C3H family protein
Csa07g054920.1C3H family protein
Csa08g005770.1C3H family protein
Csa08g008710.1C3H family protein
Csa08g011090.1C3H family protein
Csa08g027490.1C3H family protein
Csa08g056890.1C3H family protein
Csa08g057700.1C3H family protein
Csa09g050480.1C3H family protein
Csa09g058090.1C3H family protein
Csa09g068150.1C3H family protein
Csa09g079950.1C3H family protein
Csa09g090080.1C3H family protein
Csa09g092110.1C3H family protein
Csa10g013380.1C3H family protein
Csa10g017500.1C3H family protein
Csa10g049410.1C3H family protein
Csa11g019100.1C3H family protein
Csa11g059390.1C3H family protein
Csa11g070410.1C3H family protein
Csa11g083620.1C3H family protein
Csa11g092360.1C3H family protein
Csa11g100160.1C3H family protein
Csa11g104690.1C3H family protein
Csa12g019280.1C3H family protein
Csa12g025380.1C3H family protein
Csa12g027720.1C3H family protein
Csa12g077840.1C3H family protein
Csa12g077900.1C3H family protein
Csa12g077930.1C3H family protein
Csa13g008790.1C3H family protein
Csa13g009540.1C3H family protein
Csa13g015400.1C3H family protein
Csa13g019330.1C3H family protein
Csa13g021450.1C3H family protein
Csa13g021460.1C3H family protein
Csa14g001790.1C3H family protein
Csa14g004860.1C3H family protein
Csa14g006230.1C3H family protein
Csa14g025140.1C3H family protein
Csa14g027400.1C3H family protein
Csa14g037180.1C3H family protein
Csa14g042310.1C3H family protein
Csa14g053130.1C3H family protein
Csa14g053140.1C3H family protein
Csa14g053160.1C3H family protein
Csa14g053190.1C3H family protein
Csa14g055190.1C3H family protein
Csa14g055190.2C3H family protein
Csa15223s010.1C3H family protein
Csa15g002520.1C3H family protein
Csa15g002520.2C3H family protein
Csa15g007970.1C3H family protein
Csa15g007970.2C3H family protein
Csa15g009810.1C3H family protein
Csa15g016010.1C3H family protein
Csa15g016630.1C3H family protein
Csa15g025240.1C3H family protein
Csa15g027110.1C3H family protein
Csa15g029250.1C3H family protein
Csa15g032400.1C3H family protein
Csa15g072290.1C3H family protein
Csa16g007280.1C3H family protein
Csa16g008420.1C3H family protein
Csa16g018750.1C3H family protein
Csa16g025360.1C3H family protein
Csa16g028220.1C3H family protein
Csa16g039240.1C3H family protein
Csa16g046530.1C3H family protein
Csa16g047520.1C3H family protein
Csa17g001810.1C3H family protein
Csa17g006850.1C3H family protein
Csa17g008250.1C3H family protein
Csa17g013200.1C3H family protein
Csa17g025670.1C3H family protein
Csa17g029100.1C3H family protein
Csa17g042460.1C3H family protein
Csa17g042480.1C3H family protein
Csa17g051710.1C3H family protein
Csa17g076670.1C3H family protein
Csa18g009520.1C3H family protein
Csa18g022860.1C3H family protein
Csa18g031800.1C3H family protein
Csa18g036800.1C3H family protein
Csa18g042280.1C3H family protein
Csa19g004940.1C3H family protein
Csa19g010070.1C3H family protein
Csa19g011860.1C3H family protein
Csa19g016370.1C3H family protein
Csa19g016890.1C3H family protein
Csa19g026890.1C3H family protein
Csa19g031020.1C3H family protein
Csa19g048570.1C3H family protein
Csa19g051060.1C3H family protein
Csa20g009110.1C3H family protein
Csa20g009930.1C3H family protein
Csa20g018150.1C3H family protein
Csa20g024410.1C3H family protein
Csa20g026100.1C3H family protein
Csa20g026940.1C3H family protein
Csa20g053990.1C3H family protein
Csa20g071310.1C3H family protein
Csa22301s010.1C3H family protein
Csa30146s010.1C3H family protein
C3H Family Introduction

One gene isolated by virtual subtraction is PEI. It encodes a protein containing a Cys3His zinc finger domain associated with a number of animal and fungal transcription factors. In situ hybridization results showed that PEI1 is expressed throughout the embryo from globular to late cotyledon stage. Transgenic Arabidopsis plants expressing a PEI1 antisense gene produced white seeds in which embryo development did not progress through heart stage. Aberrant embryos failed to form cotyledons, but the embryonic root appeared to be normal. Aberrant embryos did not turn green, and the expression of genes involved in photomorphogenesis was drastically attenuated. In culture, aberrant embryos did not form true leaves, but root formation was apparently normal. These results suggest that PEI1 is an embryo-specific transcription factor that plays an important role during Arabidopsis embryogenesis, functioning primarily in the apical domain of the embryo.

we used a random binding site selection method to show that recombinant PEI1 protein purified from Escherichia coli can bind to specific DNA sequences. This DNA binding activity supports the prediction that PEI1 is an embryo-specific transcription factor.

Z Li and T L Thomas.
PEI1, an embryo-specific zinc finger protein gene required for heart-stage embryo formation in Arabidopsis.
Plant Cell, 1998. 10(3): p. 383-98.
PMID: 9501112