TWGFD
The tetraploid wheat gene family database
Information
Gene Id:TRIDC1AG002020.1
exon number:3
Chromosome number:1A
Start Position:8999133
End Position:9003888
Genome length:4755 bp
Strand positive:-
Protein length:921 aa
Molecular weight:104.1 kDa
Theoretical pI:5.83
Total number of negatively charged residues(Asp + Glu):126
Total number of positively charged residues (Arg + Lys):108
Instability index (II):41.17
Aliphatic index:99.37
Grand average of hydropathicity (GRAVY):-0.11
Ortholog groups
Protein ID | Ortholog | gene symbol |
---|---|---|
TRIDC1AG002020.1 | - | - |
TRIDC1AG002020.1 | - | - |
Sequence
Protein sequence:
>TRIDC1AG002020.1
MAQYLVSASTGAVGSLLTELGTILDDEYILLAGVGRDIEFVIHRVRHMWQSFLLKVAHTEEPGQHDKSCADFMRELSYDIEDKIDNSMSLILHHACPKSGIKKHMIKFNNLLPVKNRHQIAKDIRDIKSQILEAHDRCERYCRVEDVCPARTEFVDPRLCTVDTCAADLVGIDGPKYELVKWLRNGEDEQKVVSIVGCAGLGKTTLAKQVYDELRINFEYRAFVSISRSPDMAAILKCVLSQFHAQDYSSDESEIPKLVDQIRDLLQDKRYFVIIDDIWDMKTWDVLKCALCKNSCGSVIMTTTRIYDVAKSCCSSNGDLVYNIQPLSVADSEKLFLNRVFGHEKGVPPELKEVSKDVLKKCGGLPLAINAISILLAAEENKEEWGHVGLSSVFAERHKKPDIDAMKYILSLSYFDLPPHLRSCLLYLAMFPEDCLIEKERLVHRWISEGFIRYQDGEDLVQVGERYLYELVNRSLIESVGVPYDGKARFYRVHNVILDFLMIKSMEENFCTLTSNQSRLDYKVRRLSLFANKDPSCIAQLDLSHARSLGASGHLGQLISSVKSNALRVLDVQDCSELGNHHVKDIGRNPLLRYLNISGTDVTELPIQIGDMGFLETLDASFTELVEMPGSITRLRQLQRLFVSDETKLPDEIGNMCLQELGDINAFSQSVNFLNELGKLMDLRKLSIIWDTNGILRFGKRSYKEKKLVSSLCKLDQVSLRTLCVTFYLREKDGFIGHPFLPALNSIREVYLRRGRMCWINKWLLSLANLEKLHISGGDEIEQDDLRTVGSIPTLVEFKLYSGCLGPIIISSGFEQLERLELKFSFSQLTFEVGAMPNLKKLDLHVYLSKFKSAGAGFDFGIQHLSSLACVSIVIFCEGVSAAYVEAAEGAFKSMVNAHPNPNRPMLEMTRESADFMSQDE
CDS sequence:
>TRIDC1AG002020.1
ATGGCACAATATCTGGTGAGCGCATCCACGGGAGCAGTGGGTTCCCTCCTGACAGAGTTGGGAACCATATTAGATGACGAATACATCCTGCTCGCGGGTGTTGGTCGAGACATCGAGTTCGTCATACATCGAGTTCGTCATATGTGGCAATCATTTCTCCTCAAGGTGGCACACACGGAGGAACCTGGACAGCATGACAAGAGTTGTGCTGACTTTATGCGGGAGCTCTCATATGATATTGAGGACAAGATTGACAACTCCATGTCACTTATACTCCATCACGCCTGTCCCAAGAGTGGCATCAAGAAGCACATGATCAAATTCAATAATTTGTTACCCGTCAAGAACCGCCATCAGATAGCCAAAGATATAAGAGACATCAAGAGCCAAATCCTGGAGGCCCATGATAGATGTGAAAGATACTGCAGGGTTGAGGATGTCTGTCCCGCAAGAACCGAATTCGTTGACCCTAGATTGTGCACTGTCGATACATGTGCAGCCGACCTTGTAGGCATTGATGGTCCGAAATATGAGCTTGTTAAGTGGCTGAGAAACGGGGAGGATGAACAGAAGGTTGTCTCTATTGTTGGTTGTGCGGGATTAGGGAAGACGACTCTTGCCAAACAGGTCTACGACGAGCTTAGAATAAACTTTGAATATCGGGCTTTTGTATCAATTTCACGAAGCCCTGATATGGCAGCCATTTTAAAATGTGTACTGTCTCAATTCCACGCTCAAGATTATTCTTCCGATGAAAGCGAGATTCCAAAACTCGTCGATCAAATCAGAGATCTCCTACAAGATAAAAGGTACTTTGTGATAATCGATGATATATGGGATATGAAGACATGGGATGTTTTGAAATGTGCGTTATGCAAGAATAGTTGTGGCAGTGTAATAATGACCACAACACGTATTTATGATGTAGCTAAATCATGTTGCTCTTCTAACGGGGATCTTGTCTACAATATCCAACCACTTAGTGTTGCTGACTCGGAGAAGCTATTTTTGAACCGAGTATTTGGTCACGAAAAGGGAGTTCCCCCTGAATTGAAAGAAGTCTCGAAGGATGTCTTAAAAAAATGTGGTGGTTTACCACTGGCCATCAATGCCATATCTATATTGCTGGCTGCTGAGGAAAACAAAGAAGAGTGGGGTCACGTGGGACTCTCTAGTGTCTTTGCAGAAAGACACAAGAAGCCTGACATTGATGCTATGAAATACATATTATCTCTGAGTTACTTTGACCTTCCCCCTCATCTAAGAAGTTGTCTATTGTATTTGGCTATGTTTCCCGAAGATTGTTTGATTGAAAAGGAGCGGTTAGTACACAGATGGATTTCAGAGGGCTTCATTCGCTATCAAGATGGGGAAGATCTTGTTCAAGTAGGAGAGAGATATTTATATGAGCTTGTTAACAGAAGTTTAATAGAATCAGTGGGCGTGCCATATGATGGTAAGGCACGGTTCTACAGAGTCCACAATGTTATCCTTGATTTCCTCATGATAAAGTCCATGGAAGAGAATTTTTGTACTTTGACAAGTAATCAATCAAGGCTAGATTACAAAGTACGTCGTCTCTCTCTGTTTGCAAATAAAGATCCATCATGTATCGCACAACTGGATTTATCGCATGCTCGATCTCTCGGTGCTTCTGGGCATCTTGGGCAATTAATTTCCTCTGTGAAGTCAAATGCTCTGCGTGTGCTCGACGTACAAGATTGCTCGGAGTTGGGGAATCATCATGTCAAAGATATTGGAAGAAATCCTCTATTAAGGTACTTGAACATCTCTGGAACAGATGTAACTGAGCTTCCCATACAGATTGGAGATATGGGGTTCCTAGAAACACTTGATGCATCATTTACGGAATTAGTTGAGATGCCTGGATCCATTACTCGTCTAAGACAACTGCAGCGTCTGTTTGTTTCAGATGAAACTAAATTGCCTGATGAGATTGGAAACATGTGCTTGCAAGAGCTTGGGGATATAAATGCCTTCAGCCAATCAGTTAACTTTCTGAATGAGCTTGGCAAACTAATGGATCTGCGTAAGCTGAGCATTATCTGGGACACCAACGGTATTCTCAGATTTGGCAAAAGAAGTTATAAGGAAAAAAAGTTGGTCTCCTCGCTCTGTAAACTGGATCAGGTGAGCCTTCGCACCCTCTGTGTTACATTTTATTTGAGAGAAAAGGATGGCTTCATAGGACATCCGTTCTTGCCTGCTCTCAATAGCATCCGAGAGGTTTATCTCCGCCGTGGACGCATGTGTTGGATTAACAAATGGCTGCTTTCACTTGCCAACCTAGAAAAATTACATATCAGTGGTGGGGATGAGATAGAGCAGGATGATCTGCGTACAGTTGGAAGCATACCAACTCTGGTTGAATTCAAGCTTTACTCTGGCTGCTTAGGGCCTATCATCATAAGTTCAGGATTTGAACAGTTAGAAAGGCTCGAGTTGAAGTTCAGTTTTTCGCAGCTGACGTTTGAAGTGGGCGCTATGCCTAACCTGAAGAAACTTGATCTCCATGTTTATTTATCAAAGTTCAAATCTGCTGGTGCTGGTTTTGATTTTGGCATCCAGCATCTCTCCAGCCTTGCTTGCGTTTCTATCGTCATATTTTGCGAGGGCGTCAGTGCTGCCTATGTGGAGGCAGCGGAGGGAGCTTTCAAGAGCATGGTCAATGCACACCCCAACCCCAACCGGCCCATGCTGGAAATGACTAGAGAATCTGCGGACTTCATGTCACAGGATGAGTGA