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Internal Transposable Elements | |
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Internal Repeats | |
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| Name: Tn5501.4 |
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| Family: Tn3 Group: Tn3000 |
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| Evidence of Transposition: no |
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| Host |
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| Host Organism: | Uncultured bacterium | Molecular Source: | contig003 chromosome |
| Place of Origin: | Kortrijk, Belgium | Date of Isolation: | 2016 |
| | Other Geographic Information: | on-farm biopurification system or soil |
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| Map |
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| Terminal Inverted Repeats (IR) |
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| IRL (Length: 38 bp) |  | GGGGTTCTAAGCCGGAACCGCCGAAAATTCCGTCAGCC |
| IRR (Length: 38 bp) | | GGGGTTCTAAGCCGGAACCGCCGAAATTTCCGTCATCC |
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| Sequence |
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--------10 --------20 --------30 --------40 --------50 --------60 --------70 --------80 --------90 -------100
GGGGTTCTAA GCCGGAACCG CCGAAAATTC CGTCAGCCGA TCAACGTGGC TTGTCCCGCG CCCGGTCGAT GGGGTAGACC CAACAGTCGT GTCACTAGCC 100
GCCATTTCGA TCACGGCAAT GCCAGCCGGA CGTCACGTCC AGATTGTTCC GGTCTGGATG AGGCCGACTG ACGTCTCGGA TGACGGGTGG CATACAACTG 200
CTGTGAGTCC TGCAGGGGGG CAGCTGCCTG ACCGGACGGC GAGCATCAGC CCATCTCATG TATTCGTCAT GTCAGCTTTG ACACTGCGCA CGCGACGGCA 300
CCCGACCCGT TGCTGCCGTT CAGCTTTGAT GGAAGCTGCC AGTCAACGTT TGAATTCACC GGTGCTGCGC GGCTTTATCG CGCAGCGTCC GGTGGAATGA 400
TGGGTTGGGC ATTCAGTGGA TAAACCTCAT CGGATAAGCT GCATTAGGGC TGCCATCAAC GCATCTGAAA CAGTTCTTGA TGGAAACGCT CTGGTGGCAG 500
GCCGTGGGCG AGGAAGTCCT CGCGCAGCGC CTGACCAAAC CTCGGCGGGC CGCAGAACCA GATGCTGGCG GACTGCCATT CCGGAATGAC GGCACGGATA 600
CGTTCGCCAT TCAAGCGCCC ATCCTTGCCA TCGACCAGCA GGTGCAGCCG CACGCCCGCG GCCTTGGCAT CTGCCGTGAG GCGGTCGATG GCGGCCTGTT 700
CGAACTCGGC AGTCGGATGA AAGAGATCGA TCGTCTTTGC GTCCGGCGTC GTGGCGCGCT GCTTCATGCG GGCGATGAAC GGCGTGATGC CGATCCCCGC 800
ACCCACCCAA ATCTGACGTG GCTGCGCATC CTCGAAGTTG AAGCAGCCGT AAGGACCTTC CACTGTCACC GGCATGCCGA TCTTCAATCT TTCCCGCAAG 900
CGGCTGGTGT GGTCGCCCAG CGCCTTGGTG ATGAAGACGA GCCGACGGTC GGCGGGATTC CAGGCCGAGG CGATGGTATA GGGATGTGCG CCTTCGCTCC 1000
TGTCCGAGGT GATGAAGGCG AACTGCCCGG CGGCATGGCC GCGCCAGCCG TCCTCTAGCA CGACGGCGGT CTCGAGCACG CGCAGCGCGG GATAATCGAT 1100
CAGACCCGCG ATGGTTCCCG TAACCTTGCG GCCGGTGCCG ATCCGCCCCG TCAGGGTCAG CAGCGCGGTC ACGGTGCCGC CCAGCAGCAA GGCCGCCATT 1200
AGCCAGCCGA CCGGCTGCGT CCAATACTCC ACCTTAGTGA GCACGGCGGA GTGATAGGCC AGGGCAAGGT AGGCGACTGC GATCCATTTG TGGGTTTTGA 1300
CGAACCAGTG GTAGGGGAAG CGCTTGACCA AAGCCAGAAC GATCAGCACG GCGGCCGCGT AGAACGCCCA TTCGCCGACG GATTCGGCAA ACCCCCGCTG 1400
GCTGCGCAGC CAGCCTTCGA TGTTGCCGAG GGTTTCTCCG GCCACCGGTT TGCGCACGGG CTTTTCCAGC CAGCCCCAAC CCACCATCCA TTTGGTGCCT 1500
TTTCCCCACC ACCAGTGAAC GATGGCGACC ACCAGGGCGG CGATGCCCAA CCACTTGTGC AGGCGATACA TCTTGTCCAG CCCGTCCAGA TGCGGCTCCA 1600
GCCATTTCGG GCGCAGCGCC AGCAGCATGG CCACGCTCAT CAAGCCGATG CCGATCACCC CGCTGTACTG CATGAACACG GTGCGAAACG AGAAGTACGT 1700
GAACGGCTCG GGCAACAGCG TATCGGCGGC CAGCCATAAC GCAGTCAGCA ATAGCAGTAC TGCCAAAAGT GAAACCTTAA TGCGCTTCAT GGATCATCTC 1800
CGATACAATT TCGTATGTAG CCCAACGCCT GAATTAAGCC GCGCCGCGAA GCGGCGTCGG CTTGAATGAA TTGTTAGGCG CCACTCCGGT CTTAGCCTTG 1900
CTCACAAGTA TCACGGCGCT GTCAGAACCG GGCGAAGGAC TCAGCGATTC GTGTCGCGAC TGTCTGGTCG TTCTCGCCGG AAGAGCCGCT GACGCCGACC 2000
GCGCCAATGA CCTCTCCGTC GAAAACAACC GGGATGCCGC CCTGCAAAGG CAGCAGCCCT GGCGTGGTCG CCATGGATGG CTGGCCAGAA TTGATCATGT 2100
CCTCGAATAC TTTTGATGGT GCCTTGAGAA AGGCCGCAGT CCGCGCCTTG CCCACCGCCA CGTCAATCGT AACGATCGAG GCTCCGTCCA TCCGCACGAA 2200
GGCCAGCAGG TTACCGGCGC TATCGACGAC AGCAATCGCC AGTCGCATCT CGCGCTGCCC GGCGATCTCC AAGCCATTAG CAAGGAGCCT TTGTGCCGAC 2300
GCAAGCGAAA TCTCGCGTAC GGTCTTTACG TACTCGGGCT GCGCCTTGGC GGTTCCCATT GCGGGCGCAC TCTGGGCGAC AGCCTCTTGT GTAGGAAAGC 2400
CCGCACCGAT CGCCAGTGCC ACGCAGAAGC ACACCATTCC GTGTGCGTTT GGGAGAATCT GTCTCATGTC TCACCTCTTT TCTAGTTGAA ATGAACTTCG 2500
ATGCAACAAG CTGAGCCAAC GCAGCGGGTG CGTGGGGGAC GCCTAACTTT GTTTTAGGGC GACAGTTCTG CCGCATAACA TTGGGATGCC GGATAACATG 2600
TTCTGCAACC TCCTGTTTAG AAGAAGAAAT ATCGCGCAAT GCAAGATAAC AACGCAGGTA AAGCAGCAGC CCGCATGGTG TGTGGTCTGA TCGACTCCGG 2700
ACACAGGCGT TTAGCATATC CTCCCGCCGC AATGACCGCT ATCCGGATCG ATTGATGACC GGCCGCATAT GGCCGCCTGC CGCCGACCGC GGTCTGGCTC 2800
GAAAGCAGTC TGTCAACGCG CCGTTTCATT GTTGCCATGA TCATCTCTTA ATCGCGCACA GGCGGCCACA GGCGGGCAGT ATGAACCAGC GTCAGTATCC 2900
ACACCGTTTC GCCGTCGATC TGATACACCA GGCGATAGCT TTCGTGCGGG ATCAACTCGC GGGTCCCGGG AATCTTTCCC GGCTTGCCCA GCATGGGGTG 3000
CTGGATCAAC CGGGCGGCCG CGTCGCTGAA AATCTCATCC ATCCGGGCCG CCGCGCGCGG ATTGTCGGCT GCGATGTAGT CCCACACATC GGCACGGTCT 3100
TGCTGCGCTT CGGGCGTCCA AACAACCCTC ACGCCTGGCT CGCCACACTG GCACGCCGTG CGGCGAATTC GGCCTCAACT TCATCGTTCG ACCGCCCCAA 3200
TCCAGCGCGC ATCGAAGCCC GGCCGGCTTC GACCTTGCGG CGCAGGAACT CGTCGTACTC GCGCGACTCG CGCTGGCGCT GAACGAACTC GCGCATCAGC 3300
TCGCGCAGCA CTTGCGACGC CGGGCGATGG GCCGCTTCGG CTTCGGCCAT GAACTCGGCG CGCAACTCGG GCTCCAGCTT CATCGTGAAA ACGGCTTGTT 3400
TTGACATGAT CGGGGCCTCC TGCCACTTAA TACTAACAAA GTATATACGT CGTCTTTACT AAGCGCTACT CACAGAACAC TGCAAGGCGG GCCTGCGCTA 3500
TGCCAAGACC TGTCGGAAAA CATTTGTTTT TCGACAGGCC TTCAACGGTC CTCTGCACCA ACCTCCGAGT GGCCGCAAAA TTGTGCGGAA AACTCTGTCG 3600
CCAGACGCTA CCATACGGAA ACCTCGTCTT GATGGTTTTC CGCCTATGTT GGTAGGTTAC ATGCGCGTGT CGTCGGACTC CGACCGCCAG AGCACGAACT 3700
TGCAGCGCGA TGCGCTGCTC GCCGCCGGCG TCGATGCGCG GCATCTGTTC GAGGATCATG CTTCCGGCGC GAAGGACGAC CGCGCGGGCC TGGCGCGGGC 3800
GCTCGAATTC GTTCGCCCTG GCGACGTGTT GGTCGTGTGG AAGCTCGACC GGCTCGGCCG TTCGTTGTCG CACTTGCTCG CCATCGTGAC CTCGCTCAAG 3900
GAAAAGCAGG TGGCGTTCCG CTCGCTGACG GAGAACCTGG ATACCACGAC GCCCTCGGGC GAGTTTCTGT TCCAGGTGTT CGGCGCGCTC GCGCAGTACG 4000
AACGCGCCTT GATCCAGGAA CGTGTCGTCG CCGGTCTGGC TGCCGCCCGC AAACGGGGCC GGATCGGCGG CCGGCCGCAG GCGATCACCG GCGAGAAGCT 4100
GGAGGCCATC GTCGCTGCGC TCGATGGCGG CATGTCCAAG GCGGCGGTGT GCCGCAACTT CGGCGTCAAG CGAACCACGC TGATCGAGAC CCTGGCACGG 4200
GTTGGTTGGA CGGGCTCTCG TGGAGCGTCA TCGCGATGAC GACCAAGAGC GAACGATTGA CCGTCCTGTC GGACGCCGAG CAGGAAGCCC TGTACGGCCT 4300
GCCGGACTTC GACGACGCCC AGCGGCTGGA ATACTTGGCG TTGACTGAAA CCGAACTGGC GCTCGCCAGC AGCCGGCCTG GTCTCCATGC CCAGGTCTAT 4400
TGCATCTTGC AGATCGGTTA CTTCAAGGCC AAGCATGCCT TCTTCCGCTT CGACTGGAGT GAGGTCGAGC ACGATTGCGC CTTCGTGCTG AGCCGCTACT 4500
TCCACGGCGA GTCCTTCGAG CACAAGCCAA TCTCCAAGCA CGAGCACTAC ACCCAGCGCG AGTGGATTGC CGATCTGTTC GGCTACCGGC CGTGGGCGGC 4600
CGAGTTCCTG GCGCAGCTCG CGCAGCAGGC CGCGCAGACC GTGCGGCGCG ACGTGATGCC GGGGTTCATC GCCGCCGAGC TGATCGTCTG GCTAAACGAG 4700
CACAAGATCA TCCGGCCCGG CTATACCACC CTGCAAGAGC TGGTGAGCGA AGCCCTGTCC GCCGAGCGTC GGCGGCTGGC TGGCCTGCTG TCGGAAGTGT 4800
TGGACGAATC GGCCAAGGCC GCGCTGGGTC GGCTTCTAGT GCGTGACGAC ACCCTGTCGC AATTGGCGGC GCTCAAGCAG GACGCCAAGG ACTTTGGCTG 4900
GCGTCAGATG GCCCGCGAAC GCGAAAAGCG CGCCACGCTG GAGCCGCTGC ACCGGATCGC CAAGGCGCTG CTGCCCAAGC TCGGCGTCTC GCAGCAGAAT 5000
CTGCTGTACT ACGCCAGCCT GGCGAACTTC TACACCGTCC ACGATCTACG CAACCTGAAG GCCGATCAGA CCTACCTCTA CCTGCTTTGC TATGCCTGGG 5100
TGCGCTACCG GCAGCTTTCC GACAACCTGG TCGATGCGAT GGCCTACCAC ATGAAGCAGT TGGAGGACGA AAGCAGTGCG GGCGCAAAGC AATCCTTTGT 5200
CGCCGAGCAG GTGCGCCGTC AGCAAGACAC ACCGCAGGTC GGCCGCCTGC TGTCGCTTTA CATCGACGAC AGCGTGCCCG ATCCCACGCC GTTCGGCGAT 5300
GTGCGCCAGC GCGCCTACAA AATCATGCCC CGCGATACGC TGCAAACCAC CGCGCAGCGC ATGAGCGTGA AGCCGGTGAG CAAGCTGGCT TTGCACTGGC 5400
AGGCGGTGGA CGGCCTGGCT GAGCGCATCC GCCGCCATCT TCGGCCGCTG TATGTCGCGC TCGACCTCGC TGGCACTGAT CCGGGCAGCC CGTGGCTCGT 5500
GGCGCTGGCC TGGGCCAAGG ACGTGTTCGC CAAACAGCAG CGCCTATCGC AACGGCCGCT CGCCGAATGT CCAGCGGCCA CGCTGCCGAA ACGCTTGCGA 5600
CCGTACCTGC TGACCTTCGA TGCCGATGGC AAGCCGACGG GCCTGCATGC CGACCGCTAC GAGTTCTGGC TGTACCGCCA GGTCAGGAAG CGCTTCCAGT 5700
CGGGTGAACT CTACCTCGAC GACAGCTTGC AGCACCGGCA TTTTTCCGAC GAGCTGGTTT CGCTGGATGA GAAGGCCGCC GTGCTGGCGC AGATCGACAT 5800
CCCGTTCCTG CGGCAGCCAC TCGATGCCCA GCTCGATGCG CTCGCGACCG AGCTGCGCGC TCAGTGGCTG GCCTTCAACC GCGAGCTGAA GCAGGGCAAG 5900
CTGACGCACC TAGAATACGA CAAGGACACG CAGAAGCTGA CATGGCGCAA GCCCAAGGGC GAGAACCAGA AGGCGCGCGA GAAGGCGTTC TACGAGCAAC 6000
TGCCGTTCTG CGACGTGGCC GACGTGTTCC GCTTCGTCAA CGGCCAGTGC CAGTTCCTGT CGGCGCTGAC GCCTTTGCAG CCGCGCTATG CGAAGAAGGT 6100
CGCCGACGCC GACAGCCTGA TGGCGGTCAT CATCGCGCAG GCGATGAACC ACGGCAACCA GGTCATGGCA CGCACCAGCG ACATCCCTTA CCACGTGCTG 6200
GAGAGCGCCT ACCAACAGTA CCTGCGCCAC GCAACGCTGC ACGCGGCCAA CGACTGCATC AGCAACGCCA TCGCCGCGCT GCCGATCTTC CCGTACTACT 6300
CGTTCGACCT CGATGCACTG TACGGTGCCG TCGATGGTCA GAAATTCGGC GTCGAGCGGC CGACCGTGAA AGCGCGCCAC TCGCGCAAAT ACTTTGGGCG 6400
CGGCAAGGGC GTGGTCGCCT ACACGCTGCT GTGCAACCAC GTGCCGCTCA ACGGCTACCT GATCGGCGCG CACGATTACG AGGCCCATCA CGTGTTCGAC 6500
ATCTGGTATC GCAACACGTC GGACATCGTG CCGACCGCGA TCACCGGCGA CATGCACAGC GTCAACAAGG CCAACTTCGC TATCCTGCAC TGGTTCGGCC 6600
TGCGTTTCGA GCCGCGCTTC ACCGACCTTG GCGATCAGTT GAAGGAACTC TACAGTGCCG ACGATCCGGC GCTGTACGAT CAGTGCCTGA TCCGGCCGGC 6700
CGGGAGAATC GACCGCGATC TCATAGTCAG CGAGAAGCCG AACCTCGACC AGATTGTCGC CACGCTCGGA CTGAAGGAGA TGACGCAGGG CACGCTGATC 6800
CGCAAGCTAT GCACCTACAC CGCGCCGAAC CCGACGCGGC GCGCGGTGTT CGAGTTCGAC AAGCTCATCC GCAGCATCTA CACGCTGCGC TACCTGCGCG 6900
ATCCGCAACT GGAGCGCAAC GTTCACCGCT CACAGAACCG CATCGAGTCC TATCACCAGC TACGCTCAAC CATCGCCCAG GTCGGCGGCA AGAAGGAATT 7000
GACCGGGCGC ACCGACATCG AAATTGAGAT CAGCAACCAG TGCGCCAGGC TGATCGCCAA CGCGGTCATC TTCTACAACT CGGCCATCCT CTCGCGGCTG 7100
CTGATGAAGT ACGAGGCGAG CGGCAACGCC AAGGCGCACG CTCTCCTGAC CCAGATATCG CCGGCGGCCT GGCGGCACAT CCTGCTGAAC GGGCATTACA 7200
CCTTCCAGAG CGACGGCAAG ATGATCGACC TGGATGCGCT CGTGGCGGGG CTGGAGCTGG GATGACGGAA ATTTCGGCGG TTCCGGCTTA GAACCCC
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| Recombination Sites |
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| Name |
Coordinates |
Gene |
Sequence |
| res |
3508-3638 |
131 |
ACCTGTCGGA AAACATTTGT TTTTCGACAG GCCTTCAACG GTCCTCTGCA CCAACCTCCG
AGTGGCCGCA AAATTGTGCG GAAAACTCTG TCGCCAGACG CTACCATACG GAAACCTCGT
CTTGATGGTT T |
| res_site_I |
3508-3536 |
29 |
ACCTGTCGGA AAACATTTGT TTTTCGACA |
| res_site_II |
3570-3613 |
44 |
TGGCCGCAAA ATTGTGCGGA AAACTCTGTC GCCAGACGCT ACCA |
| res_site_III |
3614-3638 |
25 |
TACGGAAACC TCGTCTTGAT GGTTT |
| res_site_III |
3614-3638 |
25 |
TACGGAAACC TCGTCTTGAT GGTTT |
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| ORFs |
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| Gene Name |
Associated TE |
Coordinates |
Class |
Sub Class |
Orientation |
| oxidoreductase |
Tn5501.4 |
456-1790 |
Passenger Gene |
Other |
- |
| glcG |
Tn5501.4 |
1922-2467 |
Passenger Gene |
Other |
- |
| parE |
Tn5501.4 |
2848-3132 |
Passenger Gene |
Toxin |
- |
| parD |
Tn5501.4 |
3129-3407 |
Passenger Gene |
Antitoxin |
- |
| tnpR |
Tn5501.4 |
3661-4239 |
Accessory Gene |
Resolvase |
+ |
| tnpA |
Tn5501.4 |
4236-7265 |
Transposase |
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+ |
| Gene Name |
Protein Name |
Associated TE |
Gene Length |
Coordinates |
Strand |
| oxidoreductase |
Oxidoreductase |
Tn5501.4 |
1335 |
456-1790 |
- |
| Class: | Passenger Gene |
| Sub Class: | Other |
Protein Sequence:
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MKRIKVSLLA VLLLLTALWL AADTLLPEPF TYFSFRTVFM QYSGVIGIGL MSVAMLLALR PKWLEPHLDG LDKMYRLHKW LGIAALVVAI VHWWWGKGTK
WMVGWGWLEK PVRKPVAGET LGNIEGWLRS QRGFAESVGE WAFYAAAVLI VLALVKRFPY HWFVKTHKWI AVAYLALAYH SAVLTKVEYW TQPVGWLMAA
LLLGGTVTAL LTLTGRIGTG RKVTGTIAGL IDYPALRVLE TAVVLEDGWR GHAAGQFAFI TSDRSEGAHP YTIASAWNPA DRRLVFITKA LGDHTSRLRE
RLKIGMPVTV EGPYGCFNFE DAQPRQIWVG AGIGITPFIA RMKQRATTPD AKTIDLFHPT AEFEQAAIDR LTADAKAAGV RLHLLVDGKD GRLNGERIRA
VIPEWQSASI WFCGPPRFGQ ALREDFLAHG LPPERFHQEL FQMR
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| Gene Name |
Protein Name |
Associated TE |
Gene Length |
Coordinates |
Strand |
| glcG |
GlcG |
Tn5501.4 |
546 |
1922-2467 |
- |
| Class: | Passenger Gene |
| Sub Class: | Other |
| Comment: | glc operon protein |
Protein Sequence:
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MRQILPNAHG MVCFCVALAI GAGFPTQEAV AQSAPAMGTA KAQPEYVKTV REISLASAQR LLANGLEIAG QREMRLAIAV VDSAGNLLAF VRMDGASIVT
IDVAVGKART AAFLKAPSKV FEDMINSGQP SMATTPGLLP LQGGIPVVFD GEVIGAVGVS GSSGENDQTV ATRIAESFAR F
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| Gene Name |
Protein Name |
Associated TE |
Gene Length |
Coordinates |
Strand |
| parE |
ParE |
Tn5501.4 |
285 |
2848-3132 |
- |
| Class: | Passenger Gene |
| Sub Class: | Toxin |
| Target: | DNA gyrase |
| Sequence Family: | ParE_toxin (Pfam:PF05016) |
Protein Sequence:
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VRVVWTPEAQ QDRADVWDYI AADNPRAAAR MDEIFSDAAA RLIQHPMLGK PGKIPGTREL IPHESYRLVY QIDGETVWIL TLVHTARLWP PVRD
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| Gene Name |
Protein Name |
Associated TE |
Gene Length |
Coordinates |
Strand |
| parD |
ParD |
Tn5501.4 |
279 |
3129-3407 |
- |
| Class: | Passenger Gene |
| Sub Class: | Antitoxin |
| Sequence Family: | parD (PDB:4Q2U) |
| Comment: | RelB |
Protein Sequence:
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MSKQAVFTMK LEPELRAEFM AEAEAAHRPA SQVLRELMRE FVQRQRESRE YDEFLRRKVE AGRASMRAGL GRSNDEVEAE FAARRASVAS QA
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| Gene Name |
Protein Name |
Associated TE |
Gene Length |
Coordinates |
Strand |
| tnpR |
TnpR |
Tn5501.4 |
579 |
3661-4239 |
+ |
| Class: | Accessory Gene |
| Sub Class: | Resolvase |
| Transpoase Chemistry: | Serine |
| Sequence Family: | Serine Site-Specific Recombinase |
Protein Sequence:
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MRVSSDSDRQ STNLQRDALL AAGVDARHLF EDHASGAKDD RAGLARALEF VRPGDVLVVW KLDRLGRSLS HLLAIVTSLK EKQVAFRSLT ENLDTTTPSG
EFLFQVFGAL AQYERALIQE RVVAGLAAAR KRGRIGGRPQ AITGEKLEAI VAALDGGMSK AAVCRNFGVK RTTLIETLAR VGWTGSRGAS SR
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| Gene Name |
Protein Name |
Associated TE |
Gene Length |
Coordinates |
Strand |
| tnpA |
TnpA |
Tn5501.4 |
3030 |
4236-7265 |
+ |
| Class: | Transposase |
| Transpoase Chemistry: | DDE |
Protein Sequence:
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MTTKSERLTV LSDAEQEALY GLPDFDDAQR LEYLALTETE LALASSRPGL HAQVYCILQI GYFKAKHAFF RFDWSEVEHD CAFVLSRYFH GESFEHKPIS
KHEHYTQREW IADLFGYRPW AAEFLAQLAQ QAAQTVRRDV MPGFIAAELI VWLNEHKIIR PGYTTLQELV SEALSAERRR LAGLLSEVLD ESAKAALGRL
LVRDDTLSQL AALKQDAKDF GWRQMARERE KRATLEPLHR IAKALLPKLG VSQQNLLYYA SLANFYTVHD LRNLKADQTY LYLLCYAWVR YRQLSDNLVD
AMAYHMKQLE DESSAGAKQS FVAEQVRRQQ DTPQVGRLLS LYIDDSVPDP TPFGDVRQRA YKIMPRDTLQ TTAQRMSVKP VSKLALHWQA VDGLAERIRR
HLRPLYVALD LAGTDPGSPW LVALAWAKDV FAKQQRLSQR PLAECPAATL PKRLRPYLLT FDADGKPTGL HADRYEFWLY RQVRKRFQSG ELYLDDSLQH
RHFSDELVSL DEKAAVLAQI DIPFLRQPLD AQLDALATEL RAQWLAFNRE LKQGKLTHLE YDKDTQKLTW RKPKGENQKA REKAFYEQLP FCDVADVFRF
VNGQCQFLSA LTPLQPRYAK KVADADSLMA VIIAQAMNHG NQVMARTSDI PYHVLESAYQ QYLRHATLHA ANDCISNAIA ALPIFPYYSF DLDALYGAVD
GQKFGVERPT VKARHSRKYF GRGKGVVAYT LLCNHVPLNG YLIGAHDYEA HHVFDIWYRN TSDIVPTAIT GDMHSVNKAN FAILHWFGLR FEPRFTDLGD
QLKELYSADD PALYDQCLIR PAGRIDRDLI VSEKPNLDQI VATLGLKEMT QGTLIRKLCT YTAPNPTRRA VFEFDKLIRS IYTLRYLRDP QLERNVHRSQ
NRIESYHQLR STIAQVGGKK ELTGRTDIEI EISNQCARLI ANAVIFYNSA ILSRLLMKYE ASGNAKAHAL LTQISPAAWR HILLNGHYTF QSDGKMIDLD
ALVAGLELG
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| References |
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