ATIDB : The Arabidopsis thaliana Integrated Database
Names and Synonyms
AT1G76405.1
AT1G76405.2
AT1G76405
AT1G76405
Gene Ontology Terms
GO:0005554 [AMIGO Graph]
Term : molecular_function, molecular function unknown
Definition : Used for the annotation of gene products whose function is not known or cannot be inferred.
GO:0000004 [AMIGO Graph]
Term : biological_process, biological process unknown
Definition : Used for the annotation of gene products whose process is not known or cannot be inferred.
GO:0009941 [AMIGO Graph]
Term : cellular_component, chloroplast envelope
Definition : The double lipid bilayer enclosing the chloroplast and separating its contents from the rest of the cytoplasm; includes the intermembrane space.
MIPS Functional Catalogue Classifications
| [99] |
UNCLASSIFIED PROTEINS |
Gene Predictions [*]
| Functional Class Prediction | Accuracy | (%age) | Predicted by rule |
|---|
Gene Insertions
Flanking Sequence : T-DNA_LB.SALK_058578 [Graphical View|Text]
Location : chromosome 1, base 28667562-28667563
Mapping Score 1
[see FAQ]
Flanking Sequence : T-DNA_LB.SALK_084598.56.00.x [Graphical View|Text]
Location : chromosome 1, base 28667552-28667553
Mapping Score 1
[see FAQ]
Flanking Sequence : T-DNA_LB.SALK_102006.53.70.x [Graphical View|Text]
Location : chromosome 1, base 28667545-28667546
Mapping Score 1
[see FAQ]
Flanking Sequence : T-DNA_LB.SALK_084599.34.65.x [Graphical View|Text]
Location : chromosome 1, base 28667537-28667538
Mapping Score 1
[see FAQ]
Flanking Sequence : T-DNA_LB.SALK_084591.30.10.x [Graphical View|Text]
Location : chromosome 1, base 28667528-28667529
Mapping Score 1
[see FAQ]
Flanking Sequence : T-DNA_LB.SALK_058585.33.45.x [Graphical View|Text]
Location : chromosome 1, base 28667489-28667490
Mapping Score 1
[see FAQ]
Flanking Sequence : T-DNA_LB.SALK_102015.22.90.x [Graphical View|Text]
Location : chromosome 1, base 28667445-28667446
Mapping Score 1
[see FAQ]
Design Validation Primers
Automatically design primers for insert validation
InterProScan results
Sequences
AT1G76405.1 Sequences
AT1G76405.1, Protein sequence 59 amino acids
METSMRYTSNSKSMKIHAKEKVPVNSKTHLQLHGELDTGTGAPSYFCAMIRHFFPEALG*
AT1G76405.1 Sequence 1848 bases
GACTCAGTGAGGATTTTCTAGGCGATTTTCTCGAGAAAATCGTTTGAGGAAAATGGAGACTTCTATGAGGTATACCAGCAATTCCAAGTCTATGAAGATT
CATGCCAAAGAGAAGGTTCCGGTGAACTCAAAAACCCATTTACAGGTGAAAATTTTGTTTTTTGTTGTCTGCTTCGTATTCTTGTTGCTATGGAGGACTT
TAACTCTATTCAATTTCTTGGGAAGTTTCTTTACTCTGGAGTTTAATGCCCAAAAGTCTCTTGGGATTTGCAAAGTTTAAGCTTTTGAGGATATGTAGGG
TTTTATTTTGGGTGTTTCGGAGAATGTTGTGTGCATTTTACATAAGTGAACTGTGTTGTCTTGAACTTTTGATTAAGAAGATAAGATTACTTTAAAGGAG
CTCTTGGAGTTATGAAACCTAATCTGAGAGAAATTGTGACCTAGGTTTTGTTCAAATTTCTAGCATTGAGCTGTTGCAGGAGCCAAATTGAGGAGTAGTT
TGTGTCTTACACACTTGCTCTCTGCTTGGAATTCTCGTAGGATTCTGTATCATCATTTTTGCTGTTAGGGTTTTGGGTTTTGAGAATGTTATCTAGGTTC
TAGACTTCTTGTGTTAGGCATAAGAAAAAAATTGTGTCTTGAACTTCTTTATAATGGTTATTAGCAAAGAAACATCCATATGCTTCCGGGAATCTTGATT
TATTATTTGTCAGTGTATGTTCCCAGCTTGGTTGTTGTGGTATAGTTGTTTGGCTTTGGCTACAGTATAGCCGGATTATGTTTCGTTTCTTGCAAACATG
TTTCTGATTTCTTAATTTCCTTGATGGTTTTTTGTTTGGTGCTAGCTTCATGGAGAGTTAGATACTGGAACTGGGGCTCCGAGTTACTTCTGTGCGATGA
TTAGACACTTTTTTCCTGAGGTTTGATTTCATTTTCTGCTGTTTCTTCTATTTTGTCACCGTGAAACATTTTCTGCTGTAGACTAATACTAATATAGTGT
TACAAATTTCCCTTAGGCTTCAACAGGCCTTGGGGTAGGATTGCATTATGATAAGCGCCAAAAGCTTCGGTGTCTTGTACGCGGAAAAAAAGAGTTTCCT
GTAAGAGCTGATAAGCGTGTAACCTTTAATATTAAAGGGCGGTGTGATATTGATCAGGACTTAAATCAGGTTCGATGTTTTTTTCTTGGTCTCGGGAACT
TTCTTTGAAGTTATGTTTCTTCCTTGTGTATTATCCCTAACGGAACTGTCATCATTTTGTGCTAACAGAAGAACCCCAAAGGAGCAGCAGAATTTGCCTG
GAACATAATGGATTTCAAGGAAGATCAGGATGTACGGATCAAAGTTGGCTACGAAATGTTTGATAAGGTATCTCTCTCGTACCTGGAAGTGTGTTGACTC
TTCCAAAATTTGCTCTTTTAATCTCTAAGTTCACAAAGCAGAGTGTTTGTTGAAACCAAAGTTCTTTTCATTTCATAGTATCATTGATAATCCATCTATT
TGCTTAGAGGACTCTTATATGATTGCCTAAGCCAACACTCTTGAAATCGATTGTCATCGTTTTCAGGCTTTATATCATTTGTAAAACTCGAAAAATGCTT
TCCATTTTTTTTTAATTCTTCAGAACAATGTTTGCCTCTTCCTTTCAGGTCCCTTATATGCAGATTAGAGAAAACAATTGGACTCTCAACGCGAACATGA
AGGGAAAATGGAACTTGCGGTATGACCTGTAACTGCATTTTTTTCAATCATCATCTGAGAAATGTATTGATACCACTGCTGATGAACACATTTTAATTCT
ACCAATTAATCAAATTCAGAGATCTTCCAAATCATCATCTCTTAAAGG
AT1G76405.1 Coding Sequence (CDS) 177 bases
ATGGAGACTTCTATGAGGTATACCAGCAATTCCAAGTCTATGAAGATTCATGCCAAAGAGAAGGTTCCGGTGAACTCAAAAACCCATTTACAGCTTCATG
GAGAGTTAGATACTGGAACTGGGGCTCCGAGTTACTTCTGTGCGATGATTAGACACTTTTTTCCTGAGGCCTTGGGGTAG
AT1G76405.1 cDNA Sequence 662 bases
GACTCAGTGAGGATTTTCTAGGCGATTTTCTCGAGAAAATCGTTTGAGGAAAATGGAGACTTCTATGAGGTATACCAGCAATTCCAAGTCTATGAAGATT
CATGCCAAAGAGAAGGTTCCGGTGAACTCAAAAACCCATTTACAGCTTCATGGAGAGTTAGATACTGGAACTGGGGCTCCGAGTTACTTCTGTGCGATGA
TTAGACACTTTTTTCCTGAGGCCTTGGGGTAGGATTGCATTATGATAAGCGCCAAAAGCTTCGGTGTCTTGTACGCGGAAAAAAAGAGTTTCCTGTAAGA
GCTGATAAGCGTGTAACCTTTAATATTAAAGGGCGGTGTGATATTGATCAGGACTTAAATCAGAAGAACCCCAAAGGAGCAGCAGAATTTGCCTGGAACA
TAATGGATTTCAAGGAAGATCAGGATGTACGGATCAAAGTTGGCTACGAAATGTTTGATAAGGTCCCTTATATGCAGATTAGAGAAAACAATTGGACTCT
CAACGCGAACATGAAGGGAAAATGGAACTTGCGGTATGACCTGTAACTGCATTTTTTTCAATCATCATCTGAGAAATGTATTGATACCACTGCTGATGAA
CACATTTTAATTCTACCAATTAATCAAATTCAGAGATCTTCCAAATCATCATCTCTTAAAGG
AT1G76405.2 Sequences
AT1G76405.2, Protein sequence 167 amino acids
METSMRYTSNSKSMKIHAKEKVPVNSKTHLQLHGELDTGTGAPSYFCAMIRHFFPEASTG
LGVGLHYDKRQKLRCLVRGKKEFPVRADKRVTFNIKGRCDIDQDLNQKNPKGAAEFAWNI
MDFKEDQDVRIKVGYEMFDKVPYMQIRENNWTLNANMKGKWNLRYDL*
AT1G76405.2 Sequence 1867 bases
GTGAGGTTTTGGTTTTGTTGACTCAGTGAGGATTTTCTAGGCGATTTTCTCGAGAAAATCGTTTGAGGAAAATGGAGACTTCTATGAGGTATACCAGCAA
TTCCAAGTCTATGAAGATTCATGCCAAAGAGAAGGTTCCGGTGAACTCAAAAACCCATTTACAGGTGAAAATTTTGTTTTTTGTTGTCTGCTTCGTATTC
TTGTTGCTATGGAGGACTTTAACTCTATTCAATTTCTTGGGAAGTTTCTTTACTCTGGAGTTTAATGCCCAAAAGTCTCTTGGGATTTGCAAAGTTTAAG
CTTTTGAGGATATGTAGGGTTTTATTTTGGGTGTTTCGGAGAATGTTGTGTGCATTTTACATAAGTGAACTGTGTTGTCTTGAACTTTTGATTAAGAAGA
TAAGATTACTTTAAAGGAGCTCTTGGAGTTATGAAACCTAATCTGAGAGAAATTGTGACCTAGGTTTTGTTCAAATTTCTAGCATTGAGCTGTTGCAGGA
GCCAAATTGAGGAGTAGTTTGTGTCTTACACACTTGCTCTCTGCTTGGAATTCTCGTAGGATTCTGTATCATCATTTTTGCTGTTAGGGTTTTGGGTTTT
GAGAATGTTATCTAGGTTCTAGACTTCTTGTGTTAGGCATAAGAAAAAAATTGTGTCTTGAACTTCTTTATAATGGTTATTAGCAAAGAAACATCCATAT
GCTTCCGGGAATCTTGATTTATTATTTGTCAGTGTATGTTCCCAGCTTGGTTGTTGTGGTATAGTTGTTTGGCTTTGGCTACAGTATAGCCGGATTATGT
TTCGTTTCTTGCAAACATGTTTCTGATTTCTTAATTTCCTTGATGGTTTTTTGTTTGGTGCTAGCTTCATGGAGAGTTAGATACTGGAACTGGGGCTCCG
AGTTACTTCTGTGCGATGATTAGACACTTTTTTCCTGAGGTTTGATTTCATTTTCTGCTGTTTCTTCTATTTTGTCACCGTGAAACATTTTCTGCTGTAG
ACTAATACTAATATAGTGTTACAAATTTCCCTTAGGCTTCAACAGGCCTTGGGGTAGGATTGCATTATGATAAGCGCCAAAAGCTTCGGTGTCTTGTACG
CGGAAAAAAAGAGTTTCCTGTAAGAGCTGATAAGCGTGTAACCTTTAATATTAAAGGGCGGTGTGATATTGATCAGGACTTAAATCAGGTTCGATGTTTT
TTTCTTGGTCTCGGGAACTTTCTTTGAAGTTATGTTTCTTCCTTGTGTATTATCCCTAACGGAACTGTCATCATTTTGTGCTAACAGAAGAACCCCAAAG
GAGCAGCAGAATTTGCCTGGAACATAATGGATTTCAAGGAAGATCAGGATGTACGGATCAAAGTTGGCTACGAAATGTTTGATAAGGTATCTCTCTCGTA
CCTGGAAGTGTGTTGACTCTTCCAAAATTTGCTCTTTTAATCTCTAAGTTCACAAAGCAGAGTGTTTGTTGAAACCAAAGTTCTTTTCATTTCATAGTAT
CATTGATAATCCATCTATTTGCTTAGAGGACTCTTATATGATTGCCTAAGCCAACACTCTTGAAATCGATTGTCATCGTTTTCAGGCTTTATATCATTTG
TAAAACTCGAAAAATGCTTTCCATTTTTTTTTAATTCTTCAGAACAATGTTTGCCTCTTCCTTTCAGGTCCCTTATATGCAGATTAGAGAAAACAATTGG
ACTCTCAACGCGAACATGAAGGGAAAATGGAACTTGCGGTATGACCTGTAACTGCATTTTTTTCAATCATCATCTGAGAAATGTATTGATACCACTGCTG
ATGAACACATTTTAATTCTACCAATTAATCAAATTCAGAGATCTTCCAAATCATCATCTCTTAAAGG
AT1G76405.2 Coding Sequence (CDS) 501 bases
ATGGAGACTTCTATGAGGTATACCAGCAATTCCAAGTCTATGAAGATTCATGCCAAAGAGAAGGTTCCGGTGAACTCAAAAACCCATTTACAGCTTCATG
GAGAGTTAGATACTGGAACTGGGGCTCCGAGTTACTTCTGTGCGATGATTAGACACTTTTTTCCTGAGGCTTCAACAGGCCTTGGGGTAGGATTGCATTA
TGATAAGCGCCAAAAGCTTCGGTGTCTTGTACGCGGAAAAAAAGAGTTTCCTGTAAGAGCTGATAAGCGTGTAACCTTTAATATTAAAGGGCGGTGTGAT
ATTGATCAGGACTTAAATCAGAAGAACCCCAAAGGAGCAGCAGAATTTGCCTGGAACATAATGGATTTCAAGGAAGATCAGGATGTACGGATCAAAGTTG
GCTACGAAATGTTTGATAAGGTCCCTTATATGCAGATTAGAGAAAACAATTGGACTCTCAACGCGAACATGAAGGGAAAATGGAACTTGCGGTATGACCT
GTAA
AT1G76405.2 cDNA Sequence 691 bases
GTGAGGTTTTGGTTTTGTTGACTCAGTGAGGATTTTCTAGGCGATTTTCTCGAGAAAATCGTTTGAGGAAAATGGAGACTTCTATGAGGTATACCAGCAA
TTCCAAGTCTATGAAGATTCATGCCAAAGAGAAGGTTCCGGTGAACTCAAAAACCCATTTACAGCTTCATGGAGAGTTAGATACTGGAACTGGGGCTCCG
AGTTACTTCTGTGCGATGATTAGACACTTTTTTCCTGAGGCTTCAACAGGCCTTGGGGTAGGATTGCATTATGATAAGCGCCAAAAGCTTCGGTGTCTTG
TACGCGGAAAAAAAGAGTTTCCTGTAAGAGCTGATAAGCGTGTAACCTTTAATATTAAAGGGCGGTGTGATATTGATCAGGACTTAAATCAGAAGAACCC
CAAAGGAGCAGCAGAATTTGCCTGGAACATAATGGATTTCAAGGAAGATCAGGATGTACGGATCAAAGTTGGCTACGAAATGTTTGATAAGGTCCCTTAT
ATGCAGATTAGAGAAAACAATTGGACTCTCAACGCGAACATGAAGGGAAAATGGAACTTGCGGTATGACCTGTAACTGCATTTTTTTCAATCATCATCTG
AGAAATGTATTGATACCACTGCTGATGAACACATTTTAATTCTACCAATTAATCAAATTCAGAGATCTTCCAAATCATCATCTCTTAAAGG