RGAP LOCUS ID |
LOC_Os06g06320 |
RAP-DB ID |
Os06g0157700 |
Function |
osFTL2 FT-Like2 homologous to Flowering Locus T gene; contains Pfam profile PF01161: Phosphatidylethanolamine-binding protein, expressed |
Sub-cellular Localization
Predictions |
1) WoLF-PSORT Prediction |
localization |
chlo |
score |
7 |
2) CELLO
Prediction
|
localization |
Extracellular |
score |
1.7 |
3) NUCPRED
Prediction
|
localization |
Non Nuclear |
score |
0.01 |
4) Y-Loc
Prediction
|
localization |
Chloroplast |
score |
4 |
confidence value |
0.03 |
Number Of Software Predicting Nucleus |
0 |
Seed Specific |
No |
Transcription factor category |
|
Experimental evidence for
subcellular localization |
Published gene name (updated 1 January 2020) |
Hd3a |
Function assigned as per literature |
|
Subcellular localization as per literature |
NA |
Cells used for localization experiment |
|
NUCLEAR or Not Nuclear |
|
PMID |
|
Reference of localization |
|
Is Subcellular localization evidence by author available ?
|
No |
Sequence Analysis
|
Number of PAT4 |
0 |
Number of PAT7 |
0 |
Number of Bipartite |
0 |
Basic residues % |
0.101 |
NLS score |
-0.47 |
Protein Sequence |
>LOC_Os06g06320.1 protein
MAGSGRDRDPLVVGRVVGDVLDAFVRSTNLKVTYGSKTVSNGCELKPSMVTHQPRVEVGGNDMRTFYTLVMVDPDAPSPSDPNLREYLHWLVTDIPGTTA
ASFGQEVMCYESPRPTMGIHRLVFVLFQQLGRQTVYAPGWRQNFNTKDFAELYNLGSPVAAVYFNCQREAGSGGRRVYP |
GO Analysis |
1 |
GO Category |
Biological Process |
GO Term |
reproduction |
|
2 |
GO Category |
Molecular Function |
GO Term |
protein binding |
|
3 |
GO Category |
Cellular comBiological Processonent |
GO Term |
nucleus |
|
4 |
GO Category |
Cellular comBiological Processonent |
GO Term |
cytoplasm |
|
5 |
GO Category |
Molecular Function |
GO Term |
lipid binding |
|
6 |
GO Category |
Biological Process |
GO Term |
response to abiotic stimulus |
|
7 |
GO Category |
Biological Process |
GO Term |
post-embryonic development |
|
8 |
GO Category |
Biological Process |
GO Term |
flower development |
|
9 |
GO Category |
Biological Process |
GO Term |
cellular process |
|
Presence of Splice variants |
No |