5GZV
Crystal structure of chitinase chiw from paenibacillus sp. str. fpu-7 reveals a novel type of bacterial cell-surface-expressed multi-modular enzyme machinery
PDB DOI: 10.2210/pdb5gzv/pdb
Classification: HYDROLASE Organism(s): Paenibacillus Sp. Fpu-7
Deposited: 2016-10-01 Deposition Author(s): Fujii, Y. , Fujiwara, A. , Hibi, T. , Inaka, K. , Itoh, T. , Kimoto, H. , Ohta, K. , Sugimoto, I. , Suzuki, F. , Taketo, A. , Tanaka, H.
Experimental Data Snapshot
Method: X-RAY DIFFRACTION Resolution: 2.61 Å
Crystal structure of chitinase chiw from paenibacillus sp. str. fpu-7 reveals a novel type of bacterial cell-surface-expressed multi-modular enzyme machinery
Fujii, Y. , Fujiwara, A. , Hibi, T. , Inaka, K. , Itoh, T. , Kimoto, H. , Ohta, K. , Sugimoto, I. , Suzuki, F. , Taketo, A. , Tanaka, H.
Primary Citation of Related Structures: 5GZV
| Proteins | ||||
|---|---|---|---|---|
| Molecule | Chains | Sequence Length | Organism | Sequence |
| Chitinase | A | 885 | Paenibacillus Sp. Fpu-7 | MNHKVHHHHHHIEGRHMELGTLEVQGKIVSYIPAWVDWAKDERGVDATKFTHLYYAFGRINNGKVVTIKEDAKWTEDPTITEADRIKRRNNPDESNLAYLTGLKAKNPNLKVLVSIGGWEAEGFSDAALTPESREVFANSALDFMNKYNLDGIDLDWEYPVYGAWGVIKSRPEDKANFTALLKLLREKLDAQSTTTNKYYELAIAAGASKTYTDSVELTKITPYLDYINLMTYDLHGGWDPATSHHTAVYSATNNQLSVDSTVKLYLNNGVPAEKLMVGGAFYSRVWQNVENKGTGLSEKAGSQAGSPGTIVYSELVNNYINKNGYTRYWDDTAKAPYLFNGSTFISYEDTASAAYKAEYIKQNNLAGFMYWEYSQDSDSHELANTIYSRLYAKSGTPLSVGTSVYAGTVTMATYTQLPAGTFILPLTQGTLKPVISASDVTVSGIPAGITYTVANAADHRNAVAVYVNGGTVASNVYDPIDVRVVVKASAVLEANMTDSAPASVTIMPKFGPILLGYVPGWVDWTNSAYKVDATKLTHINYAFARIKDNKVVKISEDINWVNEFPSEEIREQRRNNPDDANFAYLKTLKQQNPSLKVLVSIGGWAAEGFSDAALTPETREELANSAIAFMHQYGFDGIDLDWEYPVYGAFGVIKSRPEDKQNFTALLKLFREKLDVEGALHGKYYELAIASAAAPIYINSVELDKIHQYLDYMSVMTYDYHGSWESKTAHQASVYTSALSPGDFSADSVLTAYRKQGVPASKLVIGGAFYARGWVNVPNINHGLFQQAGDQAKNPGTPTYNDLVKDYFDKGYTRYWDNSAKAPYLYNPDANGGTFITYDDEESLKYKAEYAKNQGLRGVMFWDYSQDISGKLLGAIFNELKAPK |
| Chitinase | B | 885 | Paenibacillus Sp. Fpu-7 | MNHKVHHHHHHIEGRHMELGTLEVQGKIVSYIPAWVDWAKDERGVDATKFTHLYYAFGRINNGKVVTIKEDAKWTEDPTITEADRIKRRNNPDESNLAYLTGLKAKNPNLKVLVSIGGWEAEGFSDAALTPESREVFANSALDFMNKYNLDGIDLDWEYPVYGAWGVIKSRPEDKANFTALLKLLREKLDAQSTTTNKYYELAIAAGASKTYTDSVELTKITPYLDYINLMTYDLHGGWDPATSHHTAVYSATNNQLSVDSTVKLYLNNGVPAEKLMVGGAFYSRVWQNVENKGTGLSEKAGSQAGSPGTIVYSELVNNYINKNGYTRYWDDTAKAPYLFNGSTFISYEDTASAAYKAEYIKQNNLAGFMYWEYSQDSDSHELANTIYSRLYAKSGTPLSVGTSVYAGTVTMATYTQLPAGTFILPLTQGTLKPVISASDVTVSGIPAGITYTVANAADHRNAVAVYVNGGTVASNVYDPIDVRVVVKASAVLEANMTDSAPASVTIMPKFGPILLGYVPGWVDWTNSAYKVDATKLTHINYAFARIKDNKVVKISEDINWVNEFPSEEIREQRRNNPDDANFAYLKTLKQQNPSLKVLVSIGGWAAEGFSDAALTPETREELANSAIAFMHQYGFDGIDLDWEYPVYGAFGVIKSRPEDKQNFTALLKLFREKLDVEGALHGKYYELAIASAAAPIYINSVELDKIHQYLDYMSVMTYDYHGSWESKTAHQASVYTSALSPGDFSADSVLTAYRKQGVPASKLVIGGAFYARGWVNVPNINHGLFQQAGDQAKNPGTPTYNDLVKDYFDKGYTRYWDNSAKAPYLYNPDANGGTFITYDDEESLKYKAEYAKNQGLRGVMFWDYSQDISGKLLGAIFNELKAPK |
Experimental Data
Method: X-RAY DIFFRACTION
Deposited Date: 2016-10-01 Deposition Author(s): Fujii, Y. , Fujiwara, A. , Hibi, T. , Inaka, K. , Itoh, T. , Kimoto, H. , Ohta, K. , Sugimoto, I. , Suzuki, F. , Taketo, A. , Tanaka, H.