| Acc. |
TCMT42194 |
| Internal Acc. |
|
| Type |
TC/Unigene
|
| Annotation (Top 5 hits in Uniprot_trembl) |
50S ribosomal protein L2, chloroplastic OS=Panax ginseng E-value=0; 50S ribosomal protein L2, chloroplastic OS=Nicotiana tabacum E-value=0; 50S ribosomal protein L2, chloroplastic OS=Nicotiana tomentosiformis E-value=0; 50S ribosomal protein L2, chloroplastic OS=Nicotiana sylvestris E-value=0; 50S ribosomal protein L2, chloroplastic OS=Lactuca sativa E-value=0; |
| Length |
6887 nt |
| Species |
Medicago truncatula |
| Belonged EST Libraries |
MT_TRI (30 ESTs); MT_PhoLEAF (26 ESTs); MT_GESD (24 ESTs); MT_DFLOWER (15 ESTs); MT_GSEED (9 ESTs); GLSD (7 ESTs); MT_JCVI-MT2 (6 ESTs); MT_JCVI-MT1 (5 ESTs); MT_FLOSEED_MTY (4 ESTs); MT_CDS (3 ESTs); MT_Shoots (3 ESTs); MT_ECELL (2 ESTs); MtBA (2 ESTs); MT_UV-B (2 ESTs); MT_MGHG (2 ESTs); MtBB_NOD (2 ESTs); MT_GPOD (2 ESTs); MT_DSTEM2 (2 ESTs); MT_JAS_ROOR (1 ESTs); MT_SROOT_KV1 (1 ESTs); MT_DSLC (1 ESTs); MTGIM (1 ESTs); MTUS_MIXTISSUE (1 ESTs); MT_DSIL (1 ESTs); |
| Sequence |
ATGCACGCCAATAGAACCCTACCTCCCATAAAGTCGATTTTTGTTCAAGAATGAATCAAT
CCGAACTGTTTGACTTAAATAACTTAACTAATTTCTTGATTTCCATCATTTTGAATTTAC
GTTCAATTTACGTAATTTCTTGATTTCCATCATTTTGAATTTACGTTCAATTTACGTAAT
TTATTTCTTTAACTAATTTCTTGATTTCCATCATTTTGAATTTACGTAATTTATTTACTT
AAATAAAAAAAAAAAAATTTCTGATCTGTATCTGTAGTGGACCTATTAGCTTAGTATGAT
TTGAATCGAGACGAAGTTCTGACCATCTGCCAGAGAAAAAAAGACCGATTGGCTCTGTAT
CAATGGAATCTCATCATCCATTATAACGAATTGGTGTGGTAAATTCAAATTTAAATATAT
GAACAGTAAATAAAACTAGTATTCGTATTGAGACTAGAACTCATAGGGAAGAAAATAGAT
TTATGAATGGAATAAAAAATGCAATATTTACAGACAAAAGTATTCGGTTATTGGGAAAAA
ATCAATATACTTTTAATGTCGAATCAGGATCAACTAGGACAGAAATAAAACATTGGGTCG
AACTCTTTTTTGGTGTCAAGGTAATAGCTATGAATAGTCATCGACTCCCAATAAAGGGTA
GAAGAATGCGACCTATTATGGGACATAGACCGCATTACAAACGTATGATCATTACGCTTC
AACCGGGTTATTCTATTCTACCTCTTAGAAAAGAACTTAAATAAAAATACACTTAATAGC
ATGGCGATACATTTATACAAAACTTCTATCCCGAGCACCCGCACACGAAATCGTTTGATT
TATGGACAGCATCATTGTGGTAAAGGCCGTAATGCCAGAGGAATCATTACCGCAGGGCAT
AGAGGGGGAGGTCATAAGCGTCTATACCGTAAAATTGATTTTCGACGTAATGAAAAAGAC
ATATATGGTCGAATCGTAACTATCGAATACGACCCTAATAGAAATGCACACATTTGTCTC
ATACACTATGGGGATGGTGAGAAAAGATATATTTTACACCCCAGAGGGGCTATAATTGGA
GATACCATTGTTTATGGTACAGAAGTTCCTATAAAAATGGGAAATGCCCTACCTTTGACC
GATATGCCCTTAGGCACGGCCATACATAACATAGAAATAACACTTGGAAAGGGTGGACAA
TTAGCTAGAGCGGCTGGTGCTGTAGCGAAACTGATTGCAAAAGAGGGGAAATCGGCAACA
TTAAAATTACCTTCTGGAGAGGTCCGTTTGATATCAAAAAACTGCTCAGCAACAGTAGGA
CAAGTAGGGAATGTTGGAGTAAACCAAAAAAGTTTGGGCAGAGCCGGAGCTAAACGTTGG
TTAGGTAAGCGTCCTGTAGTAAGAGGAGTAGTTATGAACCCTGTAGACCATCCACATGGT
GGTGGTGAAGGGAGGGCCCCGATTGGTAGAAAAAAACCCTCAACTCCTTGGGGTTATCCT
GCACTTGGAAGAAGAAGTAGAAAAAAAAATAAATATAGTGATAATTTGATTCTTCGTCGC
CGTAGTAAATAGTCTAGAGTAGAGAAAATAGAATTTGTTTCTTCGTCTTTACAAAAGAAA
AGAGTGATTTACTATGACATTATATGATTTGATTTTGTTTTTTTAGAGATTATATAATTT
TATTTTTTAAAATATAAGAGAAAAAATTCACTTTTTTAGAAATTATAAGAGGAATAATTA
ACTATGACACGTTCACGAAAAAAAAATCCTTTTGTAGCAAATCATTTATTAAAAAAAATA
AATAAGCTTAACACAAAAGGAGAAAAAGAAATAATAATAACTTGGTCCAGAACATCTACC
ATTATACCTACAATGATTGGCCATACCATTGCTATCCATAATGGAAAAGAGCATTTACCT
ATTTATATAACAGATCGTATGGTAGGCCATAAGTTGGGAGAATTTTCACCTACTCTAAAC
TTCCGGGGGTATGCGAAAAATGATAATAGATCGAATCGTTAACATTAATTTTAAGGTAAA
TTTAGTATACTAATAGTCATTAATAAATAAATATTAATTAATAAACTCATTTCATTTTTT
CGTGAAAATATAACCTTAGGAGAAAGAAGAACCAATACATAGAAGTATAAGCCTTTGGTC
AAAAAATATTTGTGTCTATTCACAAGACAAAGCGCGAATCGTAATTCATAATATTTCTAT
TTTTAAAGGGTTATTATAATAGAAATTATGCTTTATGGAGTTGAGCATATTATTCTATTT
TTTTTTTTTGAATTGCTTTATTCTGCAGGAGAAAATGCTAGTCACAATATATAGTTCAAC
GAACTAAGTCAATGAGTCATAAAGATATATAATATTTTTTATATAAAAAAAGTAAAAAAA
AAGATATAGATAAAAAAGTAGACAAATAAGACGTATTATTTTATATAGAGTAGTGAGGAA
TTATGGGACAAAAAATACATCCGCTTGGTTTCAGACTTGGTACAACTCAAAATCATGATT
CTATTTGGTTTGCACAACCAAGAAATTATTCCGAGAATCTAAAAGAAGATAAAATAATAC
GAGATTGTATCAAGAATTATATACAAAAAACCCCCGGTGTCGAGGGAATTGGACGAATAA
AGATTAAAAAAACAATCGATCAGATTCAAGTCATAATCTATATGGTACTTCCAACGTTAT
TAACGGAGGGTAAGCCTCGAAGAATCGAAGAATTACAGACTAATGTACAAAAAAAACTTA
ATTGTGTGACGCGAAAAATTAACATTACAAGTACAAGAATTCCAAATGCTTATAGCGACC
CTAATATTCTTGCAGAATTTATAGCTGGACAATTAAAGAATAGAATTTCGTTTAGGAAAG
CAATCAAAAAAGCTATTGAATTAGCTGAACAGGCAGGTACAAAAGGAGTTCAAGTACAAA
TTGCGGGACGTATCGACGGAAAAGAAATTGCACGTGTCGAATGGATTAGAGAAGGTAGGG
TTCCTCTACAAACCATTCGAGCTAAAATTGATTATTGTTCCTATCCAGTTCGAACTATTT
ATGGGGTATTAGGAATCAAAGTTTGGATATTTCTAAACAACGACTAATTTACTTTTCCTT
ATTTTTAGCGTTCCATCTTTTGATAAAAGAAAAAATGACGAATTCTTATTCCCAAAAAAG
AAATGACAAATTTTATAAGATTGAATAAAAAAATTGATTAATCATTTTATAGTAAAGGAG
TTGCTATGCTTAGTGTGTGACTCGTTGGTTTTTTTTAGAGTGGTTAAATTTCTACAAGAA
TTCGTAGAATTAATTACTAAAGAATTAATAACCTACTCATCGCTTACCATTATCTGGATA
TAAAGAACCGCGGAAAATAGAAAATCAAAATAAAGATCTATGTGGTGATATAATTATAGC
AACTGAAATAAAAAAGAATCTGATTATTAGTTGTAAAGCAATAAGAATATACAGATAAAT
GAAGGGGTGAAAGAAAGATAGAAAAAAAGATATCAATGATATAGAATTCGACTATGTAAA
GGTCTATGGGTCATTTCGTAAAAGGTAGTGTAATAAAGCATCAATATTCTAAATTCATCC
ATATATGGATGAATATATTCGTAGAATAGACAAATCAAGAGCTGCGAATCAATAAAACTG
AGAAGGTTGATTCAACAAAAAAGAATAAAATAAATAAGAAAATTTTATGAAAATAAAATC
TTATTAATATTAAAGAGGCTCCATTGTAGAATTTAGACCTAACCATAAATAGAAAAGCGA
TGGGAACGATGGAACCTGTGAATACCTAAGATTATATTAAATTTCATAATCTTACTGATT
CATTAGATGGGATGGCGGACGGAACTAAGAATTCATTATTTTTTGAGGAGTTGTGGACTA
ACCCAACATTACATCTTAAATTTATAATGAAAGAGTAAATATTCGCCCGCGAAAATGTGG
ATTTTTTTGAATTTAGAAATTTTTGCCAATATGATAATAAAAAAAAAAAAAGACAAATAT
GGATTCGTTAGAACCTTATATCAAAACAACATTATCTAGTTAGATATGGATAGCAAAAAT
GGTCTATAAGAATCCATATTTGGTTCTATATCAAAGCAAGATATACAAATTTCTAATATG
TCAAAAAATCCCGCGATTGTATTCTATTTTAAATTTAATATTGTAATTTAAAATTAAATT
TTTTTTGGTTAAATATTTTTGAATCGATTTATTCGCGAGGAGCCGTATGAGGTGAAAATC
TCATGTACGGTTCTGTAATAGAGATGGAATTGAGAAATAACCATCAACTATAACCCCAAA
AGAACCAGATTCCGTAAACAACATCGAGGAAGAATGAAAGGAAAAGCCTATCGAGGTAAT
ACAATTTCCTTCGGAAAATATGCTCTTCAGGCACTTGAGCCCGCTTGGATCACATCTAGA
CAAATAGAAGCAGGGCGACGGGCAATGTCACGAAATGTTCGCCGAGGTGGGAAAATATGG
GTACGCATATTTCCAGACAAACCTGTTACAGTAAGACCTACCGAAACGCGTATGGGTTCG
GGAAAAGGATCTCCCGAATATTGGGTAGCTGTCGTTAAACCCGGCAAAATACTTTATGAA
ATGGGAGGGGTCCCAGAAAATATAGCTAGAAAGGCTATTTCAATAGCGGCATCCAAAATG
CCTATACGAACTCAATTCATTCTTTCAGAATAATCATTAGAACGAAATAGGTCTTTAGTA
TGAAAAAAATGGTAATTGTTGGTTTCTTTTTTTTTTTTTTGAACACAGAATATTTTTTTT
ACTTCAACTTTTTGACTGAAAGATAGAAAAAAATGATATGATTCAACCTCAAACCTATTT
AAATGTAGCCGATAATAGCGGAGCCCGCGAATTGATGTGTATTCGAATCATAGGAGCTAG
TAATCGACGGTATGCTTATATTGGTGACATTGTTGTTGCTGTAATCAAAAAAGCAGTACC
AAATTCATCTTTAGAAAGATCTGAAGTGATCAGGGCTGTAATTGTACGTACTTGTAAAGA
ACTAAAACGTAGTAATGGTATAATAATAAAGTATGATGATAATGCGGCGGTTCTCATTGA
TAAAGAAGGAAATCCAAAAGGAACTCGAATTTTTTCCGCAATAGCCCGAGAATTGAGACA
GTTAAATTTCACTAAAATAGTTTCATTAGCACCCGAGGTATTATAATACGAGATCGTGAT
ATAGATATATTATTTAGGACTGGAATGAATAGGAAGGAAATCTATTTGAATATATATTTG
AATAGAAGTGAAATAGAGTCCTAAATATATTAGATCTCACATATATACCTTATATACTTG
TGTAATCATTATTCTATAATTATGAATATTTATATTAAGATTATTACATAAATATGAAAA
GTATACATATCGATAAGTTATTAGAAATAGTAAGTCATTATATTAATTAATAAATATTTT
TAAAACGAAATAATAATAATAGATGAAAAAAAAAAAAAGAAAAAGGAATGAAATCTATAT
ATATATTGAATATATATATAGATATAGATAGATTCAAAATACAAATTCGAATTCAGAATT
CTATTTGTATTTTTTTTTTATACTTTATACAAAATACAAATAGAATTCTGAATTCGATAT
AATATTATCTATCTAGTTTATAATTTATAATAGGTCATTCATTCATTTTCTTTCTATCTT
TTTTTAGTTTTAGAATATTCTATATTATAGATTTACATTATACTGATTAGACTAATTAGA
ATTTTCTATCTATATATAGTATTATTATATTCTCATATTCAATATATGATATTTTATTGA
ATCAAAAAAAAAAAAAAAAACAAAAAACAGGAGCACGTTTATTATATCGAAAGTAAGGAG
CAATAATCTATCGTGGGTAAAGATACTATCGCTGATATGCTAACTTTGATACGCAATGCT
GACATGAATCGAAAAAGAACGGTTCAAATACCACTTACTAATATCACCGAAAACATTGTG
AAAATACTTTTACGAGAGGGTTTTGTTGAAAACGTTAGAAAACATGGAGAAAGCAACAAA
TACTTTTTAGTTTTAACTCTACGGTATAGAAGAAATAGGAAAGAATCGTATAAAACTTTT
TTAAATTTAAAAAGGATCAGTACACCTGGTCTACGAATCTATTCTAACTATCAACAAATT
CCGAGAGTTTTAGGAGGAATGGGGATTGTAATTCTTTCTACTTCTAGGGGTATAATGACA
GATCGAGAGGCTCGATTAGAAAGAATCGGCGGCGAAGTTTTATGTTATATATGGTAATGG
TAAATTTGCCGATATCCGATTTCTATGAAAAAATTATATACATTATTGTAAATGGAGTAG
AGAAAAAATGGATTTCTACTATGTACTCCTGATACCTTAGTGAATGTGTGAAGAGGATTT
AACTAGAATAGAAATAAAAATTCATGAAGATTAAATTACTGAATAACTTCTGAGGGTATG
TTCCATGTTAGAGAAATAGAATTTAAATAAAATTCTAGGCTATGTTTACAAAAAAATTGA
ACGTACTTAATGTATACGACCGGTAAAGGAGAAAAAGGAAGTATAAGTCACTTAATTTAA
TTTTTTAACTTTAAACATGTTTTTTAGGAGGCACAATTATAAGTTAAAAATGTAAGGAAA
ACCTATTTTCTTCGAATATATAGATTTGGCATTCCATTTTAGTTAAGGAGTTAATTTAAA
AATATGAAAGTAGGAGCCTCTGTTCGTAAAATTTGTGAAAAATGTCGATTGATACGCAGG
CGAGGTCGAATTATAGTAATTTGTTCCAACCCAAAACATAAACAAAGACAAGGATAATAT
TTTAACAAAAAAAGGGCTTTCTATTAAAAAGAAAGTACCAAATGTAC
|
| EST members of Unigene |
BT053468 BT053360 BT051540 CA921230 AL375389 AL375388 CX542478 CX541565 CX540926 CX540877 CX538183 CX536809 CX536680 CX536595 BI268775 CX526921 CX525627 CX524842 AW693693 AW690233 BF649451 BF645133 EV262710 EV262348 EV261966 EV260981 EV254820 DW018608 DW017684 DW017184 DW015122 BF006505 DY632981 DY632676 AJ499632 CA991366 CA991237 CA991226 CA991194 CA991187 CA991144 CA990847 CA990761 CA990729 CA990725 CA990588 CA990300 CA990086 CA918482 CA918481 BI312356 BI311777 BI311343 BI310698 BI310697 BI310417 BI310245 BI309885 BI309827 BQ149737 BQ148995 BQ148820 BQ148674 BQ148666 BQ148497 BQ147782 BQ147223 BQ147034 BI273315 BI272651 BI271619 BI271067 BI270574 BI270130 CA917973 BI308574 AW775940 CA858901 BQ123621 BQ122931 BQ122857 BQ122838 BQ122790 BQ122244 BI264403 BI264203 BI264108 BI263187 BG457661 BG457062 BG456768 BG456454 BG456192 BG455757 BG455603 BG455525 BE323342 BE323644 BE323532 BF639143 BF639089 BF639065 BF639016 BF638438 BF638313 BF638227 BF638226 BF637916 BF637754 BF637481 CX534963 BF004306 AL371116 AL371115 BE943415 BE943007 GE350581 GE350521 GE352635 GE348353 GE345657 GE345585 EX532796 EX532746 EX532620 EX532014 EX531862 EX531795 EX531750 EX531398 EX531294 EX530956 EX530477 EX529511 EX529021 EX528099 EX527823 EX527712 EX526518 EX526389 EX526013 ES613573 ES613400 ES613377 ES613314 ES613297 ES613067 ES612834 ES612501 ES611483 ES611458 ES611245
|
| InterProScan Domain |
|
| Gene Ontology |
|
| KEGG Orthology |
Genetic Information Processing > Translation > ko03010 Ribosome > K02938 large subunit ribosomal protein L8e |
| EC |
|
| Transcription Factor Family |
|
| Transporter Classification Family |
|
| Probeset |
Mtr.14036.1.S1_s_at, Mtr.14037.1.S1_s_at
|
| Corresponding NCBI Gene |
N/A
|
| Trichome-related Gene from Literature |
N/A
|