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FASTA Sequence PDB Format mmCIF Format
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30JV

Cryo-em structure of the psetnsab paired-end complex (right end) in the presence of mn

PDB DOI: 10.2210/pdb30jv/pdb

Classification: DNA BINDING PROTEIN
Organism(s): Pseudoalteromonas Sp. S983 , Synthetic Construct

Deposited: 2026-04-29
Deposition Author(s): Finocchio, G. , Jinek, M. , Oberli, S.

Experimental Data Snapshot

Method: ELECTRON MICROSCOPY
Resolution: 2.86 Å

30jv
Literature

Cryo-em structure of the psetnsab paired-end complex (right end) in the presence of mn

Finocchio, G. , Jinek, M. , Oberli, S.

Primary Citation of Related Structures: 30JV


Proteins
Molecule Chains Sequence Length Organism Sequence
TnsA endonuclease N-terminal domain-containing protein,TnsB transposase A 853 Pseudoalteromonas Sp. S983 , Synthetic Construct SNMYIRNLRKPSPNKNVFKFASTKVSSVVMCESSLEFDACFHHEYNDLIESFGSQPEGFKYEFMGKSLPYTPDALISYTDKTQKYHEYKPYSKIASPLFRAEFAAKRAASLKLGIDLVLVTDRQIRVNPILNNLKLLHRYSGVYGISGIQKELLSFIHKSGVIKLNDISSQVGIPIGETRSFLFGLMHKGLVKADLGCDDLTNNPTLWATPGSGSGKRTADGSEFESPKKKRKVGSGSGGMTDFFNEFDESLVPLKPQTPTQYVKLDDANLIQRDLDTFSDTFKNQALQRYKLISTIDKKLSRGWTQRNLDPILDELFKGGDVVRPNWRTVARWRKKYIESNGDIASLADKNHKMGNRTNRIKGDDKFFDKALERFLDAKRPTIATAYQYYKDLIVIENESIVEGKIPIISYNAFNKRIKAIPPYAVAVARHGKFKADQWFAYCAAHVPPTRILERVEIDHTPLDLILLDDELLIPIGRPYLTLLIDVFSGCVLGFHLSYKSPSYVSAAKAITHAIKPKSLDALNIELQNDWPCFGKFENLVVDNGAEFWSKNLEHACQSAGINIQYNPVRKPWLKPFIERFFGVMNEYFLPELPGKTFSNILEKEEYKPEKDAIMRFSTFVEEFHRWIADVYHQDSNSRETRIPIKRWQQGFDAYPPLTMNEEEETRFSMLMRISDSRTLTRNGFKYQELMYDSTALADYRKHYPQTKETVKKLIKVDPDDISKIYVYLEELESYLEVPCTDPTGYTDGLSIYEHKTIKKINREVIRESKDSLGLAKARMAIHERVKQEQEVFIESKTKAKITAVKKQAQIADVSNTGTSTIKVSEESAAPVQKHISNDNSDDWDDDLEAFE
TnsA endonuclease N-terminal domain-containing protein,TnsB transposase B 853 Pseudoalteromonas Sp. S983 , Synthetic Construct SNMYIRNLRKPSPNKNVFKFASTKVSSVVMCESSLEFDACFHHEYNDLIESFGSQPEGFKYEFMGKSLPYTPDALISYTDKTQKYHEYKPYSKIASPLFRAEFAAKRAASLKLGIDLVLVTDRQIRVNPILNNLKLLHRYSGVYGISGIQKELLSFIHKSGVIKLNDISSQVGIPIGETRSFLFGLMHKGLVKADLGCDDLTNNPTLWATPGSGSGKRTADGSEFESPKKKRKVGSGSGGMTDFFNEFDESLVPLKPQTPTQYVKLDDANLIQRDLDTFSDTFKNQALQRYKLISTIDKKLSRGWTQRNLDPILDELFKGGDVVRPNWRTVARWRKKYIESNGDIASLADKNHKMGNRTNRIKGDDKFFDKALERFLDAKRPTIATAYQYYKDLIVIENESIVEGKIPIISYNAFNKRIKAIPPYAVAVARHGKFKADQWFAYCAAHVPPTRILERVEIDHTPLDLILLDDELLIPIGRPYLTLLIDVFSGCVLGFHLSYKSPSYVSAAKAITHAIKPKSLDALNIELQNDWPCFGKFENLVVDNGAEFWSKNLEHACQSAGINIQYNPVRKPWLKPFIERFFGVMNEYFLPELPGKTFSNILEKEEYKPEKDAIMRFSTFVEEFHRWIADVYHQDSNSRETRIPIKRWQQGFDAYPPLTMNEEEETRFSMLMRISDSRTLTRNGFKYQELMYDSTALADYRKHYPQTKETVKKLIKVDPDDISKIYVYLEELESYLEVPCTDPTGYTDGLSIYEHKTIKKINREVIRESKDSLGLAKARMAIHERVKQEQEVFIESKTKAKITAVKKQAQIADVSNTGTSTIKVSEESAAPVQKHISNDNSDDWDDDLEAFE
TnsA endonuclease N-terminal domain-containing protein,TnsB transposase C 853 Pseudoalteromonas Sp. S983 , Synthetic Construct SNMYIRNLRKPSPNKNVFKFASTKVSSVVMCESSLEFDACFHHEYNDLIESFGSQPEGFKYEFMGKSLPYTPDALISYTDKTQKYHEYKPYSKIASPLFRAEFAAKRAASLKLGIDLVLVTDRQIRVNPILNNLKLLHRYSGVYGISGIQKELLSFIHKSGVIKLNDISSQVGIPIGETRSFLFGLMHKGLVKADLGCDDLTNNPTLWATPGSGSGKRTADGSEFESPKKKRKVGSGSGGMTDFFNEFDESLVPLKPQTPTQYVKLDDANLIQRDLDTFSDTFKNQALQRYKLISTIDKKLSRGWTQRNLDPILDELFKGGDVVRPNWRTVARWRKKYIESNGDIASLADKNHKMGNRTNRIKGDDKFFDKALERFLDAKRPTIATAYQYYKDLIVIENESIVEGKIPIISYNAFNKRIKAIPPYAVAVARHGKFKADQWFAYCAAHVPPTRILERVEIDHTPLDLILLDDELLIPIGRPYLTLLIDVFSGCVLGFHLSYKSPSYVSAAKAITHAIKPKSLDALNIELQNDWPCFGKFENLVVDNGAEFWSKNLEHACQSAGINIQYNPVRKPWLKPFIERFFGVMNEYFLPELPGKTFSNILEKEEYKPEKDAIMRFSTFVEEFHRWIADVYHQDSNSRETRIPIKRWQQGFDAYPPLTMNEEEETRFSMLMRISDSRTLTRNGFKYQELMYDSTALADYRKHYPQTKETVKKLIKVDPDDISKIYVYLEELESYLEVPCTDPTGYTDGLSIYEHKTIKKINREVIRESKDSLGLAKARMAIHERVKQEQEVFIESKTKAKITAVKKQAQIADVSNTGTSTIKVSEESAAPVQKHISNDNSDDWDDDLEAFE
TnsA endonuclease N-terminal domain-containing protein,TnsB transposase D 853 Pseudoalteromonas Sp. S983 , Synthetic Construct SNMYIRNLRKPSPNKNVFKFASTKVSSVVMCESSLEFDACFHHEYNDLIESFGSQPEGFKYEFMGKSLPYTPDALISYTDKTQKYHEYKPYSKIASPLFRAEFAAKRAASLKLGIDLVLVTDRQIRVNPILNNLKLLHRYSGVYGISGIQKELLSFIHKSGVIKLNDISSQVGIPIGETRSFLFGLMHKGLVKADLGCDDLTNNPTLWATPGSGSGKRTADGSEFESPKKKRKVGSGSGGMTDFFNEFDESLVPLKPQTPTQYVKLDDANLIQRDLDTFSDTFKNQALQRYKLISTIDKKLSRGWTQRNLDPILDELFKGGDVVRPNWRTVARWRKKYIESNGDIASLADKNHKMGNRTNRIKGDDKFFDKALERFLDAKRPTIATAYQYYKDLIVIENESIVEGKIPIISYNAFNKRIKAIPPYAVAVARHGKFKADQWFAYCAAHVPPTRILERVEIDHTPLDLILLDDELLIPIGRPYLTLLIDVFSGCVLGFHLSYKSPSYVSAAKAITHAIKPKSLDALNIELQNDWPCFGKFENLVVDNGAEFWSKNLEHACQSAGINIQYNPVRKPWLKPFIERFFGVMNEYFLPELPGKTFSNILEKEEYKPEKDAIMRFSTFVEEFHRWIADVYHQDSNSRETRIPIKRWQQGFDAYPPLTMNEEEETRFSMLMRISDSRTLTRNGFKYQELMYDSTALADYRKHYPQTKETVKKLIKVDPDDISKIYVYLEELESYLEVPCTDPTGYTDGLSIYEHKTIKKINREVIRESKDSLGLAKARMAIHERVKQEQEVFIESKTKAKITAVKKQAQIADVSNTGTSTIKVSEESAAPVQKHISNDNSDDWDDDLEAFE

Nucleic Acids / Hybrid
Molecule Chains Sequence Length Organism Sequence
Transposon right-end, transferred strand e 44 NA GTCAAGGTATGGTTGCATTATGTCAAACTATGGTTGCAGCGACA
Transposon right-end, transferred strand g 44 NA GTCAAGGTATGGTTGCATTATGTCAAACTATGGTTGCAGCGACA
Transposon right-end, non-transferred strand f 48 NA ATAGTGTCGCTGCAACCATAGTTTGACATAATGCAACCATACCTTGAC
Transposon right-end, non-transferred strand h 48 NA ATAGTGTCGCTGCAACCATAGTTTGACATAATGCAACCATACCTTGAC
Experimental Data

Method: ELECTRON MICROSCOPY

Deposited Date: 2026-04-29
Deposition Author(s): Finocchio, G. , Jinek, M. , Oberli, S.