P22629 (SAV_STRAV) Streptomyces avidinii
Streptavidin UniProtKBInterProInteractive Modelling
183 aa; Sequence (Fasta)
It is possible new templates exist for this target since these models were created.
Available Structures
281 Experimental Structures
| Description | PDB ID | Oligo-state | Range | Seq id (%) | Ligands | |
|---|---|---|---|---|---|---|
| scdSav(SARK)mv2 - Engineering Single-Chain Dimeric Streptavidin as Host for Artificial Metalloenzym… |
Heteromer | 99.18 | 4×4IR; 6×GOL; 1×SO4; | |||
| cis-divalent streptavidin |
Heteromer | 90.91 | 4×EDO; 2×PG4; | |||
| Engineered streptavidin variant (ENAGY) in complex with the Twin-Strep-tag peptide |
Heteromer | 95.08 | ||||
| Streptavidin complex with SBP-Tag |
Heteromer | 100 | ||||
| T7-tagged full-length streptavidin | homo-4-mer | 100.0 | 4×GOL; 2×SO4; | |||
| Streptavidin 8-aa-loop H127C mutein with reversible biotin binding | homo-4-mer | 99.19 | 4×BTN; 4×CL; | |||
| Circular Permuted Streptavidin A50/N49 | homo-4-mer | 100.0 | 4×BTN; 6×GOL; 6×SO4; 2×EOH; | |||
| Circular Permuted Streptavidin N49/G48 | homo-4-mer | 100.0 | 4×BTN; 2×SO4; | |||
| Streptavidin Mutant S27A with Biotin at 1.6A Resolution | homo-4-mer | 99.17 | 4×BTN; | |||
| Wild-type core streptavidin at atomic resolution | homo-4-mer | 100 | 3×MPD; 7×MRD; | |||
| CRYSTAL STRUCTURE OF STREPTAVIDIN WITH PEPTIDE AFPDYLAEYHGG | homo-4-mer | 100 | ||||
| Crystal structure of the core streptavidin mutant V21 (Y22S/N23D/S27D/Y83S/R84K/E101D/R103K/E116N) … | homo-4-mer | 93.6 | 4×ZOE; 3×GOL; 9×CD; 2×P6G; | |||
| Spectroscopic and structural characterization of a genetically encoded direct sensor for protein-li… | homo-4-mer | 99.18 | 4×PEG; | |||
| Streptavidin Mutant with Osteopontin Hexapeptide Insertion Including RGD | homo-4-mer | 100 | 8×MRD; | |||
| Streptavidin Mutant with Insertion of Fibronectin Hexapeptide, including RGD | homo-4-mer | 100 | 8×MRD; | |||
| Engineered streptavidin variant (VTAR) in complex with the Twin-Strep-tag peptide | homo-4-mer | 97.56 | 4×NH2; | |||
| Wild-type core streptavidin-biotin complex at atomic resolution | homo-4-mer | 100 | 4×BTN; 6×GOL; | |||
| Crystal structure of apo streptavidin at cryogenic temperature | homo-4-mer | 100 | 3×MRD; 1×MPD; | |||
| Streptavidin variants harbouring an artificial organocatalyst based cofactor | homo-4-mer | 95.12 | 4×HL9; 12×EDO; | |||
| Biotin complex of Y54F core streptavidin | homo-4-mer | 99.17 | 4×BTN; 4×BSO; 8×GOL; 6×SO4; | |||
| STREPTAVIDIN-2-IMINOBIOTIN-SULFATE COMPLEX, PH 3.50, SPACE GROUP I4122 | homo-4-mer | 100 | 4×SO4; 4×IMI; | |||
| Crystal structure of wild-type core streptavidin in complex with D-biotin/biotin-D-sulfoxide at 1.3… | homo-4-mer | 100 | 2×BTN; 10×GOL; 2×BSO; 2×SO4; | |||
| STREPTAVIDIN-GLYCOLURIL PH 2.58 I4122 COMPLEX | homo-4-mer | 100 | 4×ACT; 4×SO4; 4×GLL; | |||
| Streptavidin mutant M112 (G26C/A46C) | homo-4-mer | 98.37 | 4×BTN; | |||
| Streptavidin variants harbouring an artificial organocatalyst based cofactor | homo-4-mer | 94.26 | 4×HL9; | |||
| Artificial Metalloproteins with Dinuclear Iron Centers | homo-4-mer | 98.37 | ||||
| STREPTAVIDIN-BIOTIN PH 2.0 I222 COMPLEX | homo-4-mer | 100 | 4×BTN; 2×SO4; | |||
| STREPTAVIDIN-BIOTIN COMPLEX, PH 2.40, SPACE GROUP I222 | homo-4-mer | 100 | 2×CL; 4×BTN; 2×SO4; | |||
| STREPTAVIDIN-2-IMINOBIOTIN COMPLEX, PH 3.25, SPACE GROUP I222, CRYSTALLIZED FROM 4.3 M AMMONIUM SUL… | homo-4-mer | 100 | 4×IMI; | |||
| STREPTAVIDIN-GLYCOLURIL COMPLEX, PH 2.50, SPACE GROUP I222 | homo-4-mer | 100 | 4×GLL; 6×FMT; | |||
| APOSTREPTAVIDIN PH 2.0 I222 COMPLEX | homo-4-mer | 100 | 4×NA; 6×CL; | |||
| STREPTAVIDIN-GLYCOLURIL COMPLEX, PH 2.50, SPACE GROUP I4122 | homo-4-mer | 100 | 4×GLL; 4×FMT; | |||
| STREPTAVIDIN-2-IMINOBIOTIN-SULFATE COMPLEX, PH 2.50, SPACE GROUP I4122 | homo-4-mer | 100 | 4×SO4; 4×IMI; | |||
| STREPTAVIDIN-CYCLO-[5-S-VALERAMIDE-HPQGPPC]K-NH2 | homo-4-mer | 100 | 4×LEA; | |||
| STREPTAVIDIN-CYCLO-[5-S-VALERAMIDE-HPQGPPC]K-NH2, PH 2.5, I222 COMPLEX | homo-4-mer | 100 | 4×LEA; | |||
| STREPTAVIDIN-CYCLO-[5-S-VALERAMIDE-HPQGPPC]K-NH2, PH 3.5, I222 COMPLEX | homo-4-mer | 100 | 4×LEA; | |||
| STREPTAVIDIN-BIOTIN COMPLEX, PH 2.00, SPACE GROUP I222 | homo-4-mer | 100 | 4×BTN; 2×SO4; | |||
| APOSTREPTAVIDIN, PH 3.60, SPACE GROUP I222 | homo-4-mer | 100 | 10×SO4; | |||
| STREPTAVIDIN-2-IMINOBIOTIN COMPLEX, PH 3.25, SPACE GROUP I222 | homo-4-mer | 100 | 4×IMI; | |||
| STREPTAVIDIN-BIOTIN COMPLEX, PH 1.90, SPACE GROUP I222 | homo-4-mer | 100 | 4×BTN; 2×SO4; | |||
| APOSTREPTAVIDIN, PH 3.32, SPACE GROUP I222 | homo-4-mer | 100 | 2×NA; 2×ACT; 6×CL; | |||
| CRYSTAL STRUCTURE OF STREPTAVIDIN with cyclic peptide NQpWQ | homo-4-mer | 100 | ||||
| STREPTAVIDIN-CYCLO-[5-S-VALERAMIDE-HPQGPPC]K-NH2, PH 1.5, I222 COMPLEX | homo-4-mer | 100 | 4×LEA; | |||
| Streptavidin Mutant S27A at 1.5A Resolution | homo-4-mer | 99.15 | 1×MRD; 4×MPD; | |||
| Streptavidin variant S112E-K121H bound to bis-biotinylated Iron-porphyrin | homo-4-mer | 98.36 | 2×SIK; | |||
| STREPTAVIDIN-GLYCOLURIL COMPLEX, PH 2.50, SPACE GROUP I222 | homo-4-mer | 100 | 4×ACT; 4×GLL; | |||
| STREPTAVIDIN-2-IMINOBIOTIN COMPLEX, PH 2.6, SPACE GROUP I222 | homo-4-mer | 100 | 4×IMI; | |||
| STREPTAVIDIN-BIOTIN PH 4.0 I222 COMPLEX | homo-4-mer | 100 | 4×BTN; 2×SO4; | |||
| Streptavidin mutant M88 (N49C/A86C) | homo-4-mer | 98.36 | 4×BTN; | |||
| APOSTREPTAVIDIN pH 3.0 I222 COMPLEX | homo-4-mer | 100 | 2×SO4; 4×CL; 2×IOD; 2×NH4; | |||
| STREPTAVIDIN-2-IMINOBIOTIN COMPLEX, PH 4.0, SPACE GROUP I222 | homo-4-mer | 100 | 4×IMI; | |||
| STREPTAVIDIN-BIOTIN COMPLEX, PH 1.39, SPACE GROUP I222 | homo-4-mer | 100 | 4×BTN; | |||
| Crystal structure of the core streptavidin mutant V212 (Y22S/N23D/S27D/S45N/Y83S/R84K/E101D/R103K/E… | homo-4-mer | 92.68 | 4×ZOF; 2×P6G; | |||
| Crystal structure of apo streptavidin at ambient temperature | homo-4-mer | 100 | ||||
| APOSTREPTAVIDIN, PH 5.6, TWO MOLECULES OF (SO4)2 BOUND AT THE BIOTIN BINDING SITE | homo-4-mer | 100 | 8×SO4; | |||
| STREPTAVIDIN, PH 5.6, BOUND TO PEPTIDE FCHPQNT | homo-4-mer | 100 | ||||
| Structure of Streptactin, solved at wavelength 2.75 A | homo-4-mer | 95.12 | 28×CL; 4×GOL; | |||
| STREPTAVIDIN-2-IMINOBIOTIN COMPLEX, PH 2.0, SPACE GROUP I222 | homo-4-mer | 100 | 4×IMI; | |||
| Streptavidin variants harbouring an artificial organocatalyst based cofactor | homo-4-mer | 95.87 | 4×HL9; 6×EDO; 2×GOL; | |||
| STREPTAVIDIN DIMERIZED BY DISULFIDE-BONDED PEPTIDE AC-CHPQNT-NH2 DIMER | homo-4-mer | 100 | ||||
| STREPTAVIDIN-GLYCOLURIL COMPLEX, PH 2.58, SPACE GROUP I4122 PREPARED FROM AN APOSTREPTAVIDIN CRYSTAL | homo-4-mer | 100 | 4×ACT; 4×SO4; 4×GLL; | |||
| STREPTAVIDIN-CYCLO-AC-[CHPQFC]-NH2, PH 11.8 | homo-4-mer | 100 | ||||
| STREPTAVIDIN-FSHPQNT | homo-4-mer | 100 | ||||
| STREPTAVIDIN DIMERIZED BY DISULFIDE-BONDED PEPTIDE FCHPQNT-NH2 DIMER | homo-4-mer | 100 | ||||
| MINIPROTEIN MP-1 COMPLEX WITH STREPTAVIDIN | homo-4-mer | 100 | ||||
| Spectroscopic and structural characterization of a genetically encoded direct sensor for protein-li… | homo-4-mer | 99.17 | 4×BTN; | |||
| CORE STREPTAVIDIN-BNA COMPLEX | homo-4-mer | 100 | 4×BNI; | |||
| Epi-biotin complex with core streptavidin | homo-4-mer | 100 | 4×BTN; 4×BTQ; 6×GOL; | |||
| Epi-biotin complex with core streptavidin | homo-4-mer | 100 | 4×BTN; 4×BTQ; 6×GOL; | |||
| Crystal structure of the low-immunogenic core streptavidin mutant LISA-314 (Y22S/Y83S/R84K/E101D/R1… | homo-4-mer | 95.08 | 4×BTN; 20×GOL; 2×SO4; | |||
| CRYSTAL STRUCTURE OF STREPTAVIDIN WITH PEPTIDE D-amino acid containing peptide GyGlanvdessG | homo-4-mer | 100 | 1×IPA; | |||
| CRYSTAL STRUCTURE OF STREPTAVIDIN with D-amino acid containing peptide GGwhdeatwkpG | homo-4-mer | 100 | ||||
| CRYSTAL STRUCTURE OF STREPTAVIDIN WITH PEPTIDE RDPAPAWAHGGG | homo-4-mer | 100 | 2×NA; | |||
| Crystal structure of the core streptavidin mutant V21 (Y22S/N23D/S27D/Y83S/R84K/E101D/R103K/E116N) … | homo-4-mer | 93.44 | 4×ZOF; 5×GOL; | |||
| APOSTREPTAVIDIN PH 3.12 I4122 STRUCTURE | homo-4-mer | 100 | 4×SO4; 4×FMT; | |||
| CRYSTAL STRUCTURE OF ALiS2-STREPTAVIDIN COMPLEX | homo-4-mer | 100 | 3×MT6; 1×PE3; 1×DMS; 2×P6G; | |||
| CRYSTAL STRUCTURE OF STREPTAVIDIN WITH PEPTIDE GNSFDDWLASKG | homo-4-mer | 100 | 4×GOL; | |||
| Crystal structure of the core streptavidin mutant V212 (Y22S/N23D/S27D/S45N/Y83S/R84K/E101D/R103K/E… | homo-4-mer | 92.62 | 4×ZOF; 2×EDN; | |||
| Crystal structure of the core streptavidin mutant V21 (Y22S/N23D/S27D/Y83S/R84K/E101D/R103K/E116N) … | homo-4-mer | 93.44 | 4×BTN; 2×SO4; | |||
| Streptavidin variants harbouring an artificial organocatalyst based cofactor | homo-4-mer | 95.9 | 12×GOL; 4×ACT; 4×HL9; 4×CL; | |||
| STREPTAVIDIN-BIOTIN PH 3.50 I4122 STRUCTURE | homo-4-mer | 100 | 4×BTN; | |||
| Streptavidin variants harbouring an artificial organocatalyst based cofactor | homo-4-mer | 95.08 | 4×HL9; | |||
| STREPTAVIDIN-BIOTIN PH 10.44 I222 COMPLEX | homo-4-mer | 100 | 4×BTN; | |||
| Co-crystallization of streptavidin-biotin complex with a lanthanide-ligand complex gives rise to a … | homo-4-mer | 100 | 48×PDC; 4×BTN; 20×TB; 4×NA; | |||
| Wildtype Core-Streptavidin with Biotin at 1.4A. | homo-4-mer | 100 | 4×BTN; | |||
| Streptavidin bound to peptide-like compound KPM-6 | homo-4-mer | 100 | 2×BZ4; 2×HDO; | |||
| STREPTAVIDIN-2-IMINOBIOTIN PH 7.3 I222 COMPLEX | homo-4-mer | 100 | 4×IMI; | |||
| Streptavidin WT artificial metalloenzyme for carboamination | homo-4-mer | 100 | 4×0OD; 4×CL; 8×SO4; | |||
| STREPTAVIDIN-BIOTIN PH 2.53 I4122 STRUCTURE | homo-4-mer | 100 | 4×BTN; | |||
| APOSTREPTAVIDIN PH 3.08 I222 COMPLEX | homo-4-mer | 100 | 2×NA; 4×CL; 4×FMT; 2×NH4; | |||
| streptavidin mutant S112A with an iridium catalyst for CH activation | homo-4-mer | 99.18 | 4×NOF; | |||
| crystal structure of streptavidin mutant (M3) a combination of M1+M2 | homo-4-mer | 95.83 | 4×BNI; | |||
| an engineered streptavidin with improved affinity for the strep-tag II peptide : SAm1-StrepII | homo-4-mer | 97.52 | ||||
| COMPLEX BETWEEN STREPTAVIDIN AND THE STREP-TAG II PEPTIDE | homo-4-mer | 100 | ||||
| COMPLEX BETWEEN STREPTAVIDIN AND THE STREP-TAG PEPTIDE | homo-4-mer | 100 | ||||
| Streptavidin Iron-Porphyrin | homo-4-mer | 98.35 | 2×JLL; 4×IMD; 2×FE; | |||
| Artificial imine reductase mutant S112A-N118P-K121A-S122M | homo-4-mer | 95.9 | 4×6IR; 16×IR; 4×ACT; 4×SO4; | |||
| Streptavidin variants harbouring an artificial organocatalyst based cofactor | homo-4-mer | 94.26 | 6×EDO; 4×HL9; | |||
| an engineered streptavidin with improved affinity for the strep-tag II peptide : SAm2-StrepII | homo-4-mer | 97.52 | ||||
| Rapid crystallization of streptavidin using charged peptides | homo-4-mer | 100 | 4×GOL; | |||
| streptavidin mutant S112I with an iridium catalyst for CH activation | homo-4-mer | 99.18 | 4×NOF; | |||
| Crystal structure of a triple-mutant of streptavidin in complex with desthiobiotin | homo-4-mer | 97.52 | 4×DTB; 12×SO4; | |||
| Streptavidin with a bisbiothinilated Fe4S4 cluster | homo-4-mer | 98.35 | 2×NUI; | |||
| Streptavidin variants harbouring an artificial organocatalyst based cofactor | homo-4-mer | 95.9 | 4×HL9; 2×EDO; | |||
| A Hyrdrogen Producing Hybrid Streptavidin-Diiron Catalyst | homo-4-mer | 100 | 4×BN7; | |||
| Engineered streptavidin variant (YNAFM) in complex with the Strep-tag II peptide | homo-4-mer | 95.08 | 4×NH2; | |||
| Streptavidin variants harbouring an artificial organocatalyst based cofactor | homo-4-mer | 95.04 | 4×HL9; 4×EDO; 4×GOL; | |||
| WILDTYPE CORE-STREPTAVIDIN WITH a conjugated BIOTINYLATED PYRROLIDINE | homo-4-mer | 100 | 4×EYW; | |||
| Wild-type streptavidin in complex with love-hate ligand 3 (LH3) | homo-4-mer | 100 | 2×LH3; | |||
| STREPTAVIDIN MUTANT Y43F | homo-4-mer | 99.17 | 1×MRD; 5×MPD; | |||
| Streptavidin in complex with Nanotag | homo-4-mer | 100 | 4×SO4; 2×GOL; | |||
| Crystal structure of ALiS1-Streptavidin complex | homo-4-mer | 100 | 4×T21; | |||
| Artificial Metalloproteins with Dinuclear Iron Centers | homo-4-mer | 98.35 | 4×KM3; 4×ACT; | |||
| Artificial Iron Proteins: Modelling the Active Sites in Non-Heme Dioxygenases | homo-4-mer | 97.52 | 4×QG7; | |||
| Coordination Chemistry within a Protein Host: Regulation of the Secondary Coordination Sphere | homo-4-mer | 100 | 4×S18; 4×CU; 4×GOL; | |||
| APOSTREPTAVIDIN, PH 2.97, SPACE GROUP I4122 | homo-4-mer | 100 | 8×SO4; | |||
| Artificial Iron Proteins: Modelling the Active Sites in Non-Heme Dioxygenases | homo-4-mer | 97.52 | 4×QFY; 20×ACT; | |||
| Designed Artificial Cupredoxins | homo-4-mer | 99.17 | 4×SI9; | |||
| Artificial Metalloproteins with Dinuclear Iron Centers | homo-4-mer | 98.35 | 4×KM3; 2×ACT; | |||
| Hydrophobic probe bound to Streptavidin - 1 | homo-4-mer | 100 | 4×N9O; | |||
| APOSTREPTAVIDIN PH 2.00 I4122 STRUCTURE | homo-4-mer | 100 | 4×FMT; | |||
| STREPTAVIDIN COMPLEXED WITH THE HEAD-TO-TAIL DISULFIDE-BONDED PEPTIDE DIMER OF CYCLO-AC-[CHPQGPPC]-… | homo-4-mer | 100 | ||||
| Artificial Iron Proteins: Modelling the Active Sites in Non-Heme Dioxygenases | homo-4-mer | 97.52 | 4×QG1; 8×ACT; | |||
| STREPTAVIDIN COMPLEXED WITH THE HEAD-TO-TAIL DISULFIDE-BONDED PEPTIDE DIMER OF CYCLO-AC-[CHPQGPPC]-… | homo-4-mer | 100 | ||||
| Traptavidin, biotin bound form | homo-4-mer | 98.35 | 4×BTN; 12×GOL; | |||
| Artificial Metalloproteins with Dinuclear Iron Centers | homo-4-mer | 98.35 | 4×KM3; 4×ACT; | |||
| Peroxide Activation Regulated by Hydrogen Bonds within Artificial Cu Proteins - N49A | homo-4-mer | 99.17 | 4×SI7; 4×ACT; | |||
| Peroxide Activation Regulated by Hydrogen Bonds within Artificial Cu Proteins - WT | homo-4-mer | 100 | 4×SI8; 4×ACT; 4×SO4; 4×CU; | |||
| Peroxide Activation Regulated by Hydrogen Bonds within Artificial Cu Proteins - S112A | homo-4-mer | 99.17 | 4×SQ1; 4×CU; 4×GOL; 4×SO4; | |||
| Artificial Iron Proteins: Modelling the Active Sites in Non-Heme Dioxygenases | homo-4-mer | 97.52 | 4×QFY; 12×ACT; | |||
| STREPTAVIDIN-CYCLO-AC-[CHPQFC]-NH2, PH 3.6 | homo-4-mer | 100 | ||||
| STREPTAVIDIN-CYCLO-[5-S-VALERAMIDE-HPQGPPC]K-NH2, PH 3.5, I4122 COMPLEX | homo-4-mer | 100 | 4×LEA; | |||
| Engineered streptavidin variant (ENAGY) in complex with the Strep-tag II peptide | homo-4-mer | 95.04 | ||||
| streptavidin A86D mutant with love-hate ligand 4 | homo-4-mer | 99.17 | 4×LH4; 4×PEG; 2×CA; | |||
| Streptavidin with a fluorescent substrate | homo-4-mer | 100 | 4×K9D; | |||
| Wild-type streptavidin in complex with biotin solved by native SAD with data collected at 6 keV | homo-4-mer | 100 | 4×BTN; | |||
| Artificial transfer hydrogenase with a Mn-5 cofactor and Streptavidin S112Y-K121M mutant | homo-4-mer | 98.35 | 4×X08; 4×MN; 4×BR; 1×GOL; | |||
| trans-divalent streptavidin | homo-4-mer | 97.48 | 3×MPD; | |||
| Artificial Metalloproteins Containing a Co4O4 Active Site - 2xm-S112Y-a | homo-4-mer | 97.52 | 4×OL5; | |||
| Streptavidin with a Ni-cofactor | homo-4-mer | 100 | 4×WKF; 3×NI; | |||
| Streptavidin S112YK121E artificial metalloenzyme for carboamination | homo-4-mer | 98.35 | 4×0OD; 12×IR; | |||
| STREPTAVIDIN-CYCLO-AC-[CHPQFC]-NH2, PH 4.2 | homo-4-mer | 100 | ||||
| Peroxide Activation Regulated by Hydrogen Bonds within Artificial Cu Proteins - WT (low exposure) | homo-4-mer | 100 | 4×SI0; 4×ACT; 4×SO4; | |||
| E. coli surface display of streptavidin for directed evolution of an allylic deallocase | homo-4-mer | 98.35 | 4×JCT; | |||
| Artificial Metalloproteins with Dinuclear Iron Centers | homo-4-mer | 98.35 | 4×KM3; 2×ACT; | |||
| Crystal structure of streptavidin with one wild type subunit and three mutated subunits (N23A/S27D/… | homo-4-mer | 97.52 | 1×PEG; | |||
| T7-tagged full-length streptavidin complexed with ruthenium ligand | homo-4-mer | 99.17 | 4×KYS; | |||
| STRUCTURE-BASED DESIGN OF SYNTHETIC AZOBENZENE LIGANDS FOR STREPTAVIDIN | homo-4-mer | 100.0 | 4×DMB; | |||
| STREPTAVIDIN COMPLEXED WITH CYCLO-AC-[CHPQGPPC]-NH2 MONOMER, PH 2.85 | homo-4-mer | 100 | ||||
| Expanding Nature's Catalytic Repertoire -Directed Evolution of an Artificial Metalloenzyme for In V… | homo-4-mer | 95.87 | 4×9RU; 4×SO4; | |||
| Photo-Driven Hydrogen Evolution by an Artificial Hydrogenase Utilizing the Biotin-Streptavidin Tech… | homo-4-mer | 99.17 | 4×9CO; | |||
| Artificial Metalloproteins with Dinuclear Iron Centers | homo-4-mer | 98.35 | 4×KM3; 4×AZI; 4×ACT; | |||
| Designed Artificial Cupredoxins | homo-4-mer | 99.17 | 4×CU6; | |||
| Artificial Metalloproteins with Dinuclear Iron Centers | homo-4-mer | 98.35 | 4×KM3; 4×CYN; 4×ACT; | |||
| Designed Artificial Cupredoxins | homo-4-mer | 99.17 | 4×SI4; 4×GOL; | |||
| AN ENGINEERED STREPTAVIDIN WITH IMPROVED AFFINITY FOR THE STREP-TAG II PEPTIDE : apo-SAM2 | homo-4-mer | 97.5 | ||||
| STREPTAVIDIN-CYCLO-[5-S-VALERAMIDE-HPQGPPC]K-NH2, PH 2.5, I4122 COMPLEX | homo-4-mer | 100 | 4×LEA; | |||
| Engineered streptavidin variant (H--WY) in complex with the Strep-tag II peptide | homo-4-mer | 96.12 | 12×PGE; 4×TRS; | |||
| Designed Artificial Cupredoxins - WT | homo-4-mer | 100 | 4×CU6; 4×GOL; 4×ACT; | |||
| Streptavidin variants harbouring an artificial organocatalyst based cofactor | homo-4-mer | 94.22 | 4×HL9; | |||
| STREPTAVIDIN COMPLEXED WITH CYCLO-AC-[CHPQGPPC]-NH2 MONOMER, PH 2.5 | homo-4-mer | 100 | ||||
| Streptavidin-S112Y-K121E Complexed with Palladium-Containing Biotin Ligand | homo-4-mer | 98.33 | 4×SVP; 4×CL; | |||
| Artificial Metalloproteins with Dinuclear Iron Centers | homo-4-mer | 98.35 | 4×KM3; 2×AZI; 2×ACT; | |||
| Sav-SOD: Chimeric Streptavidin-cSOD as Host for Artificial Metalloenzymes | homo-4-mer | 99.17 | 4×UFW; | |||
| STRUCTURE-BASED DESIGN OF SYNTHETIC AZOBENZENE LIGANDS FOR STREPTAVIDIN | homo-4-mer | 100.0 | 4×NAB; | |||
| MINIPROTEIN MP-2 COMPLEX WITH STREPTAVIDIN | homo-4-mer | 100 | ||||
| Streptavidin-K121H | homo-4-mer | 99.17 | 4×0OD; 4×RH; | |||
| Hydrophobic probe bound to Streptavidin - 2 | homo-4-mer | 100 | 4×N9O; | |||
| Artificial Iron Proteins: Modelling the Active Sites in Non-Heme Dioxygenases | homo-4-mer | 97.52 | 4×QG4; 12×ACT; | |||
| STREPTAVIDIN-CYCLO-AC-[CHPQFC]-NH2, PH 4.8 | homo-4-mer | 100 | ||||
| STREPTAVIDIN-CYCLO-AC-[CHPQFC]-NH2, PH 2.0 | homo-4-mer | 100 | ||||
| STREPTAVIDIN-CYCLO-AC-[CHPQFC]-NH2, PH 3.0 | homo-4-mer | 100 | ||||
| Artificial Metalloproteins with Dinuclear Iron Centers | homo-4-mer | 98.35 | 4×KM3; 2×CYN; | |||
| Artificial Transfer Hydrogenases for the Enantioselective Reduction of Cyclic Imines | homo-4-mer | 99.17 | 4×4IR; 8×IR3; | |||
| An engineered streptavidin with improved affinity for the strep-tag II peptide: apo-SAM1 | homo-4-mer | 97.5 | ||||
| Artificial imine reductase mutant S112A-N118P-K121A-S122M | homo-4-mer | 96.69 | 4×4IR; 12×IR; | |||
| Chaperoned ruthenium metallodrugs that recognize telomeric DNA | homo-4-mer | 100 | 4×KYT; 4×SO4; 4×GOL; | |||
| STREPTAVIDIN COMPLEXED WITH CYCLO-AC-[CHPQGPPC]-NH2 MONOMER, PH 3.67 | homo-4-mer | 100 | ||||
| STREPTAVIDIN, PH 5.0, BOUND TO CYCLIC PEPTIDE AC-CHPQGPPC-NH2 | homo-4-mer | 100 | ||||
| CRYSTAL STRUCTURE AND LIGAND BINDING STUDIES OF A SCREENED PEPTIDE COMPLEXED WITH STREPTAVIDIN | homo-4-mer | 100.0 | ||||
| streptavidin mutant S112I K121R with an iridium catalyst for CH activation | homo-4-mer | 98.35 | 4×NOF; 8×SO4; | |||
| Engineered streptavidin variant (ACGR) in complex with the Strep-tag II peptide | homo-4-mer | 95.87 | ||||
| streptavidin-norbiotin complex | homo-4-mer | 100 | 4×SNR; | |||
| Streptavidin-S112H | homo-4-mer | 99.17 | 4×0OD; 16×CL; 4×RH; | |||
| STREPTAVIDIN, PH 7.5, BOUND TO CYCLIC DISULFIDE-BONDED PEPTIDE LIGAND AC-CHPQFC-NH2 | homo-4-mer | 100 | ||||
| Structural-, Kinetic- and Docking Studies of Artificial Imine Reductases Based on the Biotin-Strept… | homo-4-mer | 99.17 | 4×5IR; 4×IR; | |||
| STRUCTURAL ORIGINS OF HIGH-AFFINITY BIOTIN BINDING TO STREPTAVIDIN | homo-4-mer | 100 | 4×BTN; | |||
| Crystal structure of streptavidin mutant L124R (M1) complexed with biotinyl p-nitroanilide (BNI) | homo-4-mer | 99.15 | 4×BNI; | |||
| Full Matrix Error Analysis of Streptavidin | homo-4-mer | 99.16 | 4×BTN; 2×GOL; 2×MPD; | |||
| Wild-type streptavidin in complex with love-hate ligand 1 (LH1) | homo-4-mer | 100 | 4×LUV; | |||
| Crystal structure of streptavidin mutant (M2) where the L3,4 loop was replace by that of avidin | homo-4-mer | 99.13 | 4×BNI; | |||
| Crystal structure of ALiS3-Streptavidin complex | homo-4-mer | 100 | 4×6F3; | |||
| WILDTYPE CORE-STREPTAVIDIN WITH a conjugated BIOTINYLATED PYRROLIDINE II | homo-4-mer | 100 | 4×UJE; | |||
| Core-streptavidin mutant F130L in complex with biotin | homo-4-mer | 99.16 | 4×BTN; 11×GOL; | |||
| Y54F mutant of core streptavidin | homo-4-mer | 99.17 | 4×CL; 4×EDO; | |||
| Structure of D128N streptavidin | homo-4-mer | 99.16 | 4×BTN; | |||
| Artificial Metalloproteins Containing a Co4O4 Active Site - 2xm-S112Y-b | homo-4-mer | 97.5 | 4×BTN; | |||
| Artificial Metalloproteins Containing a Co4O4 Active Site - 2xm-S112Y-b | homo-4-mer | 97.5 | 4×OL3; | |||
| Traptavidin, apo-form | homo-4-mer | 98.33 | 6×GOL; | |||
| Artificial metalloproteins containing a Co4O4 active site - 2xm-Sav | homo-4-mer | 98.33 | 4×OLS; | |||
| Coordination Chemistry within a Protein Host: Regulation of the Secondary Coordination Sphere | homo-4-mer | 100 | 4×S31; 4×CU; | |||
| streptavidin with an iridium catalyst for CH activation | homo-4-mer | 100 | 4×NOF; 8×SO4; | |||
| Crystal structure of ALiS4-Streptavidin complex | homo-4-mer | 100 | 7×SO3; 2×6FX; | |||
| S45A MUTANT OF STREPTAVIDIN IN COMPLEX WITH BIOTIN | homo-4-mer | 99.15 | 4×BTN; | |||
| Genetic Engineering of an Artificial Metalloenzyme for Transfer Hydrogenation of a Self-Immolative … | homo-4-mer | 99.01 | 4×4IR; 16×IR3; | |||
| trans-divalent streptavidin with love-hate ligand 4 | homo-4-mer | 97.46 | 2×LH4; | |||
| Structure of Savm-W120K, streptavidin mutant | homo-4-mer | 99.15 | 4×BTN; | |||
| Artificial Metalloproteins Containing a Co4O4 Active Site - 2xm-S112F | homo-4-mer | 97.5 | 4×OL4; | |||
| Coordination Chemistry within a Protein Host: Regulation of the Secondary Coordination Sphere | homo-4-mer | 100 | 4×S32; 4×CU; 4×GOL; | |||
| CORE-STREPTAVIDIN MUTANT W79F AT PH 4.5 | homo-4-mer | 99.12 | ||||
| Streptavidin Mutant Y43A at 1.70A Resolution | homo-4-mer | 99.17 | 1×MRD; | |||
| STREPTAVIDIN MUTANT Y43A WITH IMINOBIOTIN AT 1.8A RESOLUTION | homo-4-mer | 99.17 | 1×IMI; | |||
| APO-CORE-STREPTAVIDIN AT PH 7.5 | homo-4-mer | 100 | ||||
| Chimeric Streptavidin With A Dimerization Domain For Artificial Transfer Hydrogenation | homo-4-mer | 99.16 | 4×4IR; | |||
| Artificial transfer hydrogenase with a Mn-12 cofactor and Streptavidin S112Y-K121M mutant | homo-4-mer | 98.33 | 4×WZQ; 4×MN; 4×BR; 1×CL; | |||
| SFX structure of corestreptavidin-selenobiotin complex | homo-4-mer | 100 | 4×BYY; | |||
| CORE-STREPTAVIDIN MUTANT W120A AT PH 7.5 | homo-4-mer | 99.11 | ||||
| APO-CORE-STREPTAVIDIN AT PH 4.5 | homo-4-mer | 100 | ||||
| Streptavidin variant with a cobalt catalyst for CH metal-catalyzed hydrogen-atom-transfer (M-HAT) | homo-4-mer | 100 | 4×UFU; | |||
| Streptavidin mutant S112R with a biotC4-1 cofactor - an artificial iron hydroxylase | homo-4-mer | 99.17 | 4×O6T; | |||
| CORE-STREPTAVIDIN MUTANT W120F AT PH 7.5 | homo-4-mer | 99.17 | ||||
| STREPTAVIDIN MUTANT N23E AT 1.96A | homo-4-mer | 99.11 | ||||
| Streptavidin WT Co-TAML artificial metalloenzyme | homo-4-mer | 100 | 4×VJL; 3×SO4; | |||
| Streptavidin S112Y Co-TAML artificial metalloenzyme | homo-4-mer | 99.17 | 4×VJL; 1×NA; 1×SO4; | |||
| CORE-STREPTAVIDIN MUTANT W108F IN COMPLEX WITH BIOTIN AT PH 7.0 | homo-4-mer | 99.17 | 3×BTN; | |||
| 1.70 A cryo-EM structure of streptavidin | homo-4-mer | 100 | 4×BTN; | |||
| 1.77 A cryo-EM structure of Streptavidin using first 40 frames (corresponding to about 40 e/A^2 tot… | homo-4-mer | 100 | 4×BTN; | |||
| Streptavidin wildtype with a biotC5-1 cofactor - an artificial iron hydroxylase | homo-4-mer | 100 | 4×O7Q; 4×GOL; | |||
| dithiol-ligand bound to streptavidin | homo-4-mer | 98.32 | 2×PEG; 4×K9R; | |||
| Streptavidin mutant S112R with a biotC5-1 cofactor - an artificial iron hydroxylase | homo-4-mer | 99.16 | 4×O7Q; 4×GOL; | |||
| Streptavidin wildtype with a biotC4-1 cofactor - an artificial iron hydroxylase | homo-4-mer | 100 | 8×O6T; 8×GOL; | |||
| Crystal Structure of Streptavidin Double Mutant S45A/D128A with Biotin: Cooperative Hydrogen-Bond I… | homo-4-mer | 98.32 | 4×BTN; | |||
| MINIPROTEIN MP-2 (M9A) COMPLEX WITH STREPTAVIDIN | homo-4-mer | 100 | ||||
| CRYSTALLOGRAPHIC AND THERMODYNAMIC COMPARISON OF NATURAL AND SYNTHETIC LIGANDS BOUND TO STREPTAVIDIN | homo-4-mer | 100.0 | 4×HAB; | |||
| STRUCTURE-BASED DESIGN OF SYNTHETIC AZOBENZENE LIGANDS FOR STREPTAVIDIN | homo-4-mer | 100.0 | 4×MHB; | |||
| CORE-STREPTAVIDIN MUTANT W108F AT PH 7.0 | homo-4-mer | 99.16 | ||||
| MINIPROTEIN MP-2 (V10A) COMPLEX WITH STREPTAVIDIN | homo-4-mer | 100 | ||||
| Streptavidin mutant S112R,K121E with a biotC4-1 cofactor - an artificial iron hydroxylase | homo-4-mer | 98.32 | 4×O6T; | |||
| streptavidin-BCAP complex | homo-4-mer | 100 | 4×BH7; | |||
| Streptavidin mutant S112R_K121E with a biotC5-1 cofactor - an artificial iron hydroxylase | homo-4-mer | 98.32 | 4×O7Q; 4×SO4; | |||
| Structure of streptavidin mutant (S112Y-K121E) complexed with biotin-cyclopentadienyl-rhodium (III)… | homo-4-mer | 98.32 | 8×RH3; 4×JSU; 18×GOL; 8×CL; 10×SO4; | |||
| STRUCTURE-BASED DESIGN OF SYNTHETIC AZOBENZENE LIGANDS FOR STREPTAVIDIN | homo-4-mer | 100.0 | 4×MTB; | |||
| streptavidin-homobiotin complex | homo-4-mer | 100 | 4×SHM; | |||
| STRUCTURE-BASED DESIGN OF SYNTHETIC AZOBENZENE LIGANDS FOR STREPTAVIDIN | homo-4-mer | 100.0 | 4×MOB; | |||
| trans-divalent streptavidin bound to biotin-4-fluorescein | homo-4-mer | 97.48 | 2×MPD; 2×B4F; | |||
| Cryo-EM structure of streptavidin | homo-4-mer | 100 | ||||
| Cryo-EM structure of streptavidin | homo-4-mer | 100 | ||||
| Biotin-bound streptavidin | homo-4-mer | 100 | 4×BTN; | |||
| Apo-state streptavidin | homo-4-mer | 100 | ||||
| 1.93 A cryo-EM structure of streptavidin | homo-4-mer | 100 | ||||
| Streptavidin Mutant N23A with biotin at 1.89A | homo-4-mer | 99.14 | 4×BTN; | |||
| CORE-STREPTAVIDIN MUTANT W120A IN COMPLEX WITH BIOTIN AT PH 7.5 | homo-4-mer | 99.14 | 4×BTN; | |||
| APO-CORE-STREPTAVIDIN IN COMPLEX WITH BIOTIN (TWO UNOCCUPIED BINDING SITES) AT PH 4.5 | homo-4-mer | 100 | 2×BTN; | |||
| CORE-STREPTAVIDIN MUTANT D128A IN COMPLEX WITH BIOTIN AT PH 4.5 | homo-4-mer | 99.15 | 4×BTN; | |||
| CORE-STREPTAVIDIN MUTANT W79F AT PH 4.5 | homo-4-mer | 99.11 | ||||
| APO-CORE-STREPTAVIDIN IN COMPLEX WITH BIOTIN AT PH 4.5 | homo-4-mer | 100 | 4×BTN; | |||
| STREPTAVIDIN MUTANT N23A AT 2.18A | homo-4-mer | 99.11 | ||||
| APO-CORE-STREPTAVIDIN AT PH 4.5 | homo-4-mer | 100.0 | ||||
| Streptavidin Mutant Y43F with Biotin at 1.81A Resolution | homo-4-mer | 99.14 | 4×BTN; | |||
| CORE-STREPTAVIDIN MUTANT W120F IN COMPLEX WITH BIOTIN AT PH 7.5 | homo-4-mer | 99.14 | 3×BTN; 1×BTQ; | |||
| CORE-STREPTAVIDIN MUTANT W79F IN COMPLEX WITH BIOTIN AT PH 4.5 | homo-4-mer | 99.14 | 3×BTN; 1×BTQ; | |||
| CORE-STREPTAVIDIN MUTANT D128A AT PH 4.5 | homo-4-mer | 99.12 | ||||
| CIRCULAR PERMUTED STREPTAVIDIN E51/A46 IN COMPLEX WITH BIOTIN | homo-4-mer | 94.38 | 4×BTN; | |||
| CIRCULAR PERMUTED STREPTAVIDIN E51/A46 | homo-4-mer | 95.45 | ||||
| scdSav(SASK) - Engineering Single-Chain Dimeric Streptavidin as Host for Artificial Metalloenzymes | homo-2-mer | 99.17 | 4×4IR; 5×GOL; | |||
| Crystal structure of ligand-free R7-2 streptavidin | homo-2-mer | 95.08 | 1×GOL; | |||
| CRYSTAL STRUCTURE OF STREPTAVIDIN WITH PEPTIDE EWVHPQFEQKAK | homo-2-mer | 100 | ||||
| Spectroscopic and structural characterization of a genetically encoded direct sensor for protein-li… | homo-2-mer | 99.17 | 2×CL; | |||
| Spectroscopic and structural characterization of a genetically encoded direct sensor for protein-li… | homo-2-mer | 99.17 | 2×BTN; | |||
| X-ray crystal structure of Streptavidine without cryo-protectant using a high-pressure cryocooling … | homo-2-mer | 100 | 2×PG6; | |||
| X-ray crystal structure of streptavidin flash-cooled in 30% glycerol at ambient pressure | homo-2-mer | 100 | 1×PG6; 1×GOL; 1×PEG; | |||
| X-ray crystal structure of streptavidin flash-cooled in 30% PEG1000 at ambient pressure | homo-2-mer | 100 | 2×PG4; | |||
| Spectroscopic and structural characterization of a genetically encoded direct sensor for protein-li… | homo-2-mer | 99.17 | 7×GOL; 2×CL; | |||
| Crystal structure of R7-2 streptavidin complexed with biotin | monomer | 95.12 | 1×BTN; 1×NI; 1×SO4; 2×GOL; | |||
| Crystal structure of R7-2 streptavidin complexed with PEG | monomer | 95.12 | 3×GOL; 1×1PE; | |||
| Crystal structure of R4-6 streptavidin | monomer | 95.83 | 1×GOL; | |||
| Crystal structure of R4-6 streptavidin | monomer | 95.94 | 1×1PE; 1×GOL; | |||
| Crystal structure of the refolded R7-2 streptavidin | monomer | 95.08 | 1×1PE; | |||
| Crystal structure of R7-2 streptavidin complexed with biotin/PEG | monomer | 95.08 | 1×1PE; 1×BTN; | |||
| Crystal structure of R7-2 streptavidin complexed with desthiobiotin | monomer | 95.08 | 1×DTB; 1×NI; 1×NA; 2×GOL; | |||
| CRYSTAL STRUCTURE OF STREPTAVIDIN D-amino acid containing peptide Gdlwqheatwkkq | monomer | 100 | 1×DLE; 2×DTR; 1×DGN; 1×DHI; 1×DGL; 1×DAL; 1×DTH; 1×DLY; | |||
1 SWISS-MODEL model
| Template | Oligo-state | QMEAN | Range | Ligands | Trg-Tpl Seq id (%) | |
|---|---|---|---|---|---|---|
| 5vcq.1.A | homo-4-mer | 0.80 | 4×BN7; | 100.00 | ||