6szi/1/1:B/1:A |
| >6szi-a1-m1-cB (length=1185) [Search sequence] |
KSYVADSSGQTYYFDGNGQPLIGLQTIDGNLQYFNQQGVQIKGGFQDVNNKRIYFAPNTG
NAVANTEIINGKLQGRDANGNQVKNAFSKDVAGNTFYFDANGVMLTGLQTISGKTYYLDE
QGHLRKNYAGTFNNQFMYFDADTGAGKTAIEYQFDQGLVSQSNENTPHNAAKSYDKSSFE
NVDGYLTADTWYRPTDILKNGDTWTASTETDMRPLLMTWWPDKQTQANYLNFMSSKGLGI
TTTYTAATSQKTLNDAAFVIQTAIEQQISLKKSTEWLRDAIDSFVKTQANWNKQTEDEAF
DGLQWLQGGFLAYQDDSHRTPNTDSGNNRKLGRQPINIDGSKDTTDGKGSEFLLANDIDN
SNPIVQAEQLNWLHYLMNFGSITGNNDNANFDGIRVDAVDNVDADLLKIAGDYFKALYGT
DKSDANANKHLSILEDWNGKDPQYVNQQGNAQLTMDYTVTSQFGNSLTHGANNRSNMWYF
LDTGYYLNGDLNKKIVDKNRPNSGTLVNRIANSGDTKVIPNYSFVRAHDYDAQDPIRKAM
IDHGIIKNMQDTFTFDQLAQGMEFYYKDQENPSGFKKYNDYNLPSAYAMLLTNKDTVPRV
YYGDMYLEGGQYMEKGTIYNPVISALLKARIKYVSGGQTMATDSSGKDLKDGETDLLTSV
RFGKGIMTSDQTTTQDNSQDYKNQGIGVIVGNNPDLKLNNDKTITLHMGKAHKNQLYRAL
VLSNDSGIDVYDSDDKAPTLRTNDNGDLIFHKTNTFVKQDGTIINYEMKGSLNALISGYL
GVWVPVGASDSQDARTVATESSSSNDGSVFHSNAALDSNVIYEGFSNFQAMPTSPEQSTN
VVIATKANLFKELGITSFELAPQYRSSGDTNYGGMSFLDSFLNNGYAFTDRYDLGFNKAD
GNPNPTKYGTDQDLRNAIEALHKNGMQAIADWVPDQIYALPGKEVVTATRVDERGNQLKD
TDFVNLLYVANTKSSGVDYQAKYGGEFLDKLREEYPSLFKQNQVSTGQPIDASTKIKQWS
AKYMNGTNILHRGAYYVLKDWATNQYFNIAKTNEVFLPLQLQNKDAQTGFISDASGVKYY
SISGYQAKDTFIEDGNGNWYYFDKDGYMVRSQQGENPIRTVETSVNTRNGNYYFMPNGVE
LRKGFGTDNSGNVYYFDDQGKMVRDKYINDDANNFYHLNVDGTMS |
| >6szi-a1-m1-cA (length=1276) [Search sequence] |
LSDPITGGHYENHNGYFVYIDASGKQVTGLQNIDGNLQYFDDNGYQVKGSFRDVNGKHIY
FDSVTGKASSNVDIVNGKAQGYDAQGNQLKKSYVADSSGQTYYFDGNGQPLIGLQTIDGN
LQYFNQQGVQIKGGFQDVNNKRIYFAPNTGNAVANTEIINGKLQGRDANGNQVKNAFSKD
VAGNTFYFDANGVMLTGLQTISGKTYYLDEQGHLRKNYAGTFNNQFMYFDADTGAGKTAI
EYQFDQGLVSQSNENTPHNAAKSYDKSSFENVDGYLTADTWYRPTDILKNGDTWTASTET
DMRPLLMTWWPDKQTQANYLNFMSSKGLGITTTYTAATSQKTLNDAAFVIQTAIEQQISL
KKSTEWLRDAIDSFVKTQANWNKQTEDEAFDGLQWLQGGFLAYQDDSHRTPNTDSGNNRK
LGRQPINIDGSKDTTDGKGSEFLLANDIDNSNPIVQAEQLNWLHYLMNFGSITGNNDNAN
FDGIRVDAVDNVDADLLKIAGDYFKALYGTDKSDANANKHLSILEDWNGKDPQYVNQQGN
AQLTMDYTVTSQFGNSLTHGANNRSNMWYFLDTGYYLNGDLNKKIVDKNRPNSGTLVNRI
ANSGDTKVIPNYSFVRAHDYDAQDPIRKAMIDHGIIKNMQDTFTFDQLAQGMEFYYKDQE
NPSGFKKYNDYNLPSAYAMLLTNKDTVPRVYYGDMYLEGGQYMEKGTIYNPVISALLKAR
IKYVSGGQTMATDSSGKDLKDGETDLLTSVRFGKGIMTSDQTTTQDNSQDYKNQGIGVIV
GNNPDLKLNNDKTITLHMGKAHKNQLYRALVLSNDSGIDVYDSDDKAPTLRTNDNGDLIF
HKTNTFVKQDGTIINYEMKGSLNALISGYLGVWVPVGASDSQDARTVATESSSSNDGSVF
HSNAALDSNVIYEGFSNFQAMPTSPEQSTNVVIATKANLFKELGITSFELAPQYRSSGDT
NYGGMSFLDSFLNNGYAFTDRYDLGFNKADGNPNPTKYGTDQDLRNAIEALHKNGMQAIA
DWVPDQIYALPGKEVVTATRVDERGNQLKDTDFVNLLYVANTKSSGVDYQAKYGGEFLDK
LREEYPSLFKQNQVSTGQPIDASTKIKQWSAKYMNGTNILHRGAYYVLKDWATNQYFNIA
KTNEVFLPLQLQNKDAQTGFISDASGVKYYSISGYQAKDTFIEDGNGNWYYFDKDGYMVR
SQQGENPIRTVETSVNTRNGNYYFMPNGVELRKGFGTDNSGNVYYFDDQGKMVRDKYIND
DANNFYHLNVDGTMSR |
|
| PDB ID |
6szi (database links:
RCSB PDB
PDBe
PDBj
PDBsum) |
| Title |
ASR Alternansucrase in complex with isomaltose |
| Assembly ID |
1 |
| Resolution |
3Å |
| Method of structure determination |
X-RAY DIFFRACTION |
| Number of inter-chain contacts |
63 |
| Sequence identity between the two chains |
1.0 |
| PubMed citation |
32409580 |
|
|
Chain 1 |
Chain 2 |
| Model ID |
1 |
1 |
| Chain ID |
B |
A |
| UniProt accession |
Q9RE05 |
Q9RE05 |
| Species |
1245 (Leuconostoc mesenteroides) |
1245 (Leuconostoc mesenteroides) |
| Function annotation |
BioLiP:6sziB |
BioLiP:6sziA |
|
Switch viewer: [NGL] [JSmol]
|
Dimer structure:
Chain 1 in red;
Chain 2 in blue.
|
Full biological assembly
|
|
| Other dimers with similar sequences and structures |
6syq/1/1:B/1:A 6t16/1/1:B/1:A 6t18/1/1:B/1:A 6t1p/1/1:B/1:A |
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