Protein Domain : IPR011055

Type:  Domain Name:  Duplicated hybrid motif
Description:  The duplicated hybrid motif is a structural motif that is found in certain glucose-permease-like enzymes, and consists of a half-barrel beta-sheet of eight strands that is sandwiched with two 3-stranded beta-sheets. Enzymes displaying this motif include domain IIa of the glucose-specific permease from bacteria () (), which is part of the phosphoenolpyruvate:sugar phosphotransfer system (PTS), a bacterial and mycoplasma system responsible for the uptake of some sugars and their concomitant phosphorylation [].This structural motif is also found in peptidoglycan hydrolase LytM, a member of peptidase family M23, although it contains an extra N-terminal, non-conserved beta-sheet subdomain. Short Name:  Dup_hybrid_motif
Paste the following link

1 Child Features

DB identifier Type Name
IPR001127 Domain Phosphotransferase system, sugar-specific permease EIIA type 1

0 Contains

1 Cross References

Identifier
SSF51261

1 Found In

DB identifier Type Name
IPR000841 Family Peptidase M23A, B-lytic metalloendopeptidase

0 GO Annotation

0 Ontology Annotations

0 Parent Features

101 Proteins

DB identifier UniProt Accession Secondary Identifier Organism Name Length
402560 D8QR27 PAC:15405058 Selaginella moellendorffii 461  
403297 D8QTQ1 PAC:15405796 Selaginella moellendorffii 261  
31422.m000038 B9TDD2 PAC:16825015 Ricinus communis 194  
32970.m000031 B9TCM2 PAC:16825628 Ricinus communis 345  
32795.m000031 B9TEG8 PAC:16825558 Ricinus communis 420  
32823.m000021 B9TF60 PAC:16825568 Ricinus communis 377  
35539.m000026 B9TI45 PAC:16826659 Ricinus communis 273  
44321.m000019 B9TQB9 PAC:16827681 Ricinus communis 171  
29031.m000060 B9T8X4 PAC:16802192 Ricinus communis 333  
159780 PAC:27344250 Micromonas pusilla CCMP1545 144  
50627 C1MIM8 PAC:27345611 Micromonas pusilla CCMP1545 405  
101276 C1E9J4 PAC:27404165 Micromonas sp RCC299 357  
31218 A4RW55 PAC:27415670 Ostreococcus lucimarinus 207  
Araha.11756s0121.1.p PAC:28856285 Arabidopsis halleri 313  
Araha.11756s0053.1.p PAC:28856388 Arabidopsis halleri 364  
Glyma.17G059600.2.p A0A0R0FI73 PAC:30481253 Glycine max 73  
Cre01.g025750.t1.1 A0A2K3E6D8 PAC:30789625 Chlamydomonas reinhardtii 443  
Sphfalx0216s0020.1.p PAC:32618839 Sphagnum fallax 362  
Sphfalx0006s0168.1.p PAC:32628496 Sphagnum fallax 420  
Sphfalx0006s0016.1.p PAC:32628198 Sphagnum fallax 427  
Sphfalx0016s0162.1.p PAC:32616284 Sphagnum fallax 398  
Sphfalx0154s0001.1.p PAC:32622542 Sphagnum fallax 296  
Sphfalx0159s0035.2.p PAC:32627807 Sphagnum fallax 406  
Sphfalx0159s0035.1.p PAC:32627806 Sphagnum fallax 406  
Pp3c21_17920V3.5.p PAC:32916108 Physcomitrium patens 431  
Pp3c21_17920V3.3.p PAC:32916106 Physcomitrium patens 431  
Pp3c21_17920V3.6.p PAC:32916101 Physcomitrium patens 484  
Pp3c21_17920V3.11.p PAC:32916099 Physcomitrium patens 512  
Pp3c21_17920V3.12.p PAC:32916100 Physcomitrium patens 512  
Pp3c21_17920V3.10.p PAC:32916098 Physcomitrium patens 512  

1 Publications

First Author Title Year Journal Volume Pages PubMed ID
            9705652