A0A0B8RQ66 (A0A0B8RQ66_BOIIR) Boiga irregularis (Brown tree snake)
Serine/threonine-protein phosphatase UniProtKBInterProInteractive Modelling
327 aa; Sequence (Fasta) ;
157 identical sequences 157 identical sequences
Marmota monax: A0A5E4A8M7; Oryctolagus cuniculus: P62143; Capra hircus: A0A452EJ96; Bos taurus: Q3SWW9; Odocoileus virginianus texanus: A0A6J0WZ96; Camelus bactrianus: A0A9W3GNE6; Sus scrofa: P61292; Equus asinus: A0A9L0JNA1; Loxodonta africana: G3SW90; Balaenoptera musculus: A0A8B8Z2I8; Physeter macrocephalus: A0A2Y9SAP0; Delphinapterus leucas: A0A2Y9NAB7; Tursiops truncatus: A0A2U3V6V6; Leptonychotes weddellii: A0A2U3YDE7; Odobenus rosmarus divergens: A0A2U3VJ48; Zalophus californianus: A0A6J2F9S8; Puma concolor: A0A6P6I4S0; Panthera leo: A0A8C9D0X7; Felis catus: M3XDH6; Mustela putorius furo: M3Z2R4; Ailuropoda melanoleuca: G1LEU2; Salvator merianae: A0A8D0BH20; Ursus americanus: A0A452S1J3; Vulpes vulpes: A0A3Q7T4E9; Canis lupus familiaris: Q8MJ47; Homo sapiens: P62140, V9HW04; Pongo abelii: Q5R740, A0A2J8VNA3; Pan troglodytes: A0A6D2Y6H3, H2QHP3; Theropithecus gelada: A0A8D2G7H2; Papio anubis: A0A2I3MHU2; Macaca nemestrina: A0A2K6C145; Macaca mulatta: H9FWD0; Macaca fascicularis: A0A7N9CGK2; Cercocebus atys: A0A2K5MSN5; Sapajus apella: A0A6J3JQR5; Pantherophis guttatus: A0A6P9CWQ3; Callithrix jacchus: U3DD84; Desmodus rotundus: K9IJA5; Rousettus aegyptiacus: A0A7J8FL01; Pteropus alecto: L5KTG1; Erinaceus europaeus: A0A1S2ZSM5; Sarcophilus harrisii: G3W4V3; Ornithorhynchus anatinus: A0A6I8NP75; Catharus ustulatus: A0A8C3TKW2; Phasianus colchicus: A0A669P5Y7; Gallus gallus: P62207; Phyllostomus discolor: A0A6J2M2Q4; Anser cygnoides: A0A8B9DGN8; Anas platyrhynchos platyrhynchos: U3ILD5; Anas platyrhynchos: A0A8B9SJJ6; Apteryx owenii: A0A8B9QB53; Bothriechis nigroviridis: A0A6B2F5Q2; Dromaius novaehollandiae: A0A8C4J2M3; Crotalus adamanteus: J3S0H7; Geospiza parvula: A0A8C3MPM0; Agkistrodon contortrix contortrix: A0A1W7RDE9; Pseudonaja textilis: A0A670Y6Z7; Notechis scutatus: A0A6J1V9W3; Micrurus fulvius: U3FW09; Laticauda laticaudata: A0A8C5WVM5; Chrysemys picta bellii: A0A8C3EXU8; Chelydra serpentina: A0A8C3SCV9; Anas zonorhyncha: A0A8B9VI49; Mauremys mutica: A0A9D3X3M9; Podarcis lilfordi: A0AA35K5R1; Moschus moschiferus: A0A8C6DB32; Pipra filicauda: A0A6J2IY14; Podarcis muralis: A0A670HPM8; Nomascus leucogenys: G1RZE5; Rhinopithecus roxellana: A0A2K6QEJ4; Rhinopithecus bieti: A0A2K6KHF2; Lynx canadensis: A0A667FYG4; Varanus komodoensis: A0A8D2IRA4; Chlorocebus sabaeus: A0A0D9RE27; Taeniopygia guttata: A0A674HVL1; Rhinolophus ferrumequinum: A0A7J7V993; Pipistrellus kuhlii: A0A7J7VVM4; Piliocolobus tephrosceles: A0A8C9GNW5; Sciurus vulgaris: A0A8D2E2G2; Castor canadensis: A0A250YFL0; Myotis myotis: A0A7J7U606; Catagonus wagneri: A0A8C3YLV8; Gulo gulo: A0A9X9PW11; Eublepharis macularius: A0AA97JCR9; Neovison vison: A0A8C7BMC3; Calidris pygmaea: A0A8C3J7U9; Phocoena sinus: A0A8C9BY95; Camelus ferus: A0A8B8UFR9; Junco hyemalis: A0A8C5J6Q0; Monodon monoceros: A0A4U1EE54; Saimiri boliviensis boliviensis: A0A2K6S1I8; Enhydra lutris kenyoni: A0A2Y9IEY6; Gopherus agassizii: A0A452H5C1; Phascolarctos cinereus: A0A6P5K346; Suricata suricatta: A0A673TD42; Zosterops borbonicus: A0A8K1GFC1; Naja naja: A0A8C6Y827; Crotalus horridus: T1E4U8; Thamnophis sirtalis: A0A6I9XTU7; Callorhinus ursinus: A0A3Q7NR88; Nyctereutes procyonoides: A0A811YHV0; Acinonyx jubatus: A0A6J1X6J4; Balaenoptera acutorostrata scammoni: A0A384AVK7; Microcebus murinus: A0A8B7I1U8; Vicugna pacos: A0A6I9HVK2; Bos indicus x Bos taurus: A0A4W2F7R1; Bos mutus grunniens: A0A8B9WW44; Lonchura striata domestica: A0A218UW58; Vombatus ursinus: A0A4X2LYG9; Neomonachus schauinslandi: A0A2Y9HP77; Ursus maritimus: A0A8M1F9U8; Canis lupus dingo: A0A8C0LJS5; Anolis carolinensis: G1KIW6; Molossus molossus: A0A7J8E4B8; Cebus imitator: A0A2K5RMM3; Geotrypetes seraphini: A0A6P8QAX4; Terrapene carolina triunguis: A0A674IMQ7; Strigops habroptila: A0A672UA64; Amazona collaria: A0A8B9GFH1; Aquila chrysaetos chrysaetos: A0A663ETF5; Aythya fuligula: A0A6J3CQ03; Accipiter nisus: A0A8B9MPM8; Hipposideros armiger: A0A8B7RX26; Chrysochloris asiatica: A0A9B0WJG0; Gopherus evgoodei: A0A8C4WQQ8; Cyanoderma ruficeps: A0A8C3R492; Python bivittatus: A0A9F2W8J1; Bothriechis nubestris: A0A6B2F984; Limosa lapponica baueri: A0A2I0US19; Phrynocephalus forsythii: A0A9Q0Y253; Neophocaena asiaeorientalis asiaeorientalis: A0A341A9E4; Microcaecilia unicolor: A0A6P7XGD2; Monodelphis domestica: F7AJD1; Pteropus vampyrus: A0A6P3QU42; Prolemur simus: A0A8C8YIX4; Anser brachyrhynchus: A0A8B9BA35; Melopsittacus undulatus: A0A8V5G0E8; Trichechus manatus latirostris: A0A2Y9R8S4; Cairina moschata domestica: A0A8C3GP07; Orycteropus afer afer: A0A8B6ZSV7; Corvus moneduloides: A0A8C3DIG5; Lipotes vexillifer: A0A340YHP4; Pogona vitticeps: A0A6J0TMM5; Nannospalax galili: A0A8C6QR52; Castor fiber: A0A1J0N213; Cavia porcellus: H0VAY6; Rattus norvegicus: P62142, A6HA24; Mus musculus: P62141; Mus caroli: A0A6P5PUP2; Falco tinnunculus: A0A8C4UBD0; Mesocricetus auratus: A0A3Q0CW64; Cricetulus griseus: A0A8C2LGL9; Dipodomys ordii: A0A1S3EYZ1
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Available Structures
1 Experimental Structure
| Description | PDB ID | Oligo-state | Range | Ligands | ||
|---|---|---|---|---|---|---|
| Complex between protein ser/thr phosphatase-1 (delta) and the myosin phosphatase targeting subunit … |
Heteromer P62207; Q90623; | 1-308 | 2×MN; 1×PGE; | |||
| Assess | ||||||
1 SWISS-MODEL model
| Template | Oligo-state | QMEANDisCo | Range | Ligands | Trg-Tpl Seq id (%) | |
|---|---|---|---|---|---|---|
| 6dcx.2.A | monomer | 0.86 | 7-324 | 89.88 | ||
| Assess | ||||||
| Model ID | Oligo-state | Avg pLDDT | Range | Trg-Mdl Seq Id (%) |
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| Model ID | Oligo-state | Avg Confidence | Range | Trg-Mdl Seq id (%) |
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