PROSITE entry PS00080
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General information about the entry
Entry name [info] | MULTICOPPER_OXIDASE2 |
Accession [info] | PS00080 |
Entry type [info] | PATTERN |
Date [info] |
01-APR-1990 CREATED;
01-OCT-1993 DATA UPDATE; 29-MAY-2024 INFO UPDATE. |
PROSITE Doc. [info] | PDOC00076 |
Name and characterization of the entry
Description [info] | Multicopper oxidases signature 2. |
Pattern [info] |
H-C-H-x(3)-H-x(3)-[AG]-[LM]. |
Numerical results [info]
Total number of hits | 129 in 129 different sequences |
Number of true positive hits | 126 in 126 different sequences |
Number of 'unknown' hits | 0 |
Number of false positive hits | 3 in 3 different sequences |
Number of false negative sequences | 22 |
Number of 'partial' sequences | 6 |
Precision (true positives / (true positives + false positives)) | 97.67 % |
Recall (true positives / (true positives + false negatives)) | 85.14 % |
Comments [info]
Taxonomic range [info] | Archaea, Eukaryotes, Prokaryotes (Bacteria) |
Maximum number of repetitions [info] | 1 |
Site [info] | copper_3 at position 1 |
Site [info] | copper_1 at position 2 |
Site [info] | copper_3 at position 3 |
Site [info] | copper_1 at position 5 |
Site [info] | copper_1 at position 8 |
Version [info] | 1 |
Cross-references [info]
UniProtKB/Swiss-Prot True positive sequences |
126 sequences
ABR1_ASPFU (Q4WZB4), ABR2_ASPFU (E9RBR0), ASO_ARATH (Q8LPL3), ASO_BRARP (M4DUF2), ASO_CUCMA (P24792), ASO_CUCPM (P37064), ASO_CUCSA (P14133), ASO_TOBAC (Q40588), AURL2_GIBZE (I1RF64), CERU_HUMAN (P00450), CERU_MOUSE (Q61147), CERU_RAT(P13635), CERU_SHEEP (Q9XT27), COPA_PSESM (P59571), COPA_PSEUB (P12374), CTB12_CERBT (A0A2G5I8N8), CUEO_ECO57 (Q8X947), CUEO_ECOLI (P36649), CUEO_SALTI (Q8Z9E1), CUEO_SALTY (Q8ZRS2), CUEO_YERPE (Q8ZBK0), ELCG_PHANO (Q0UHZ8), FER1_USTMA (Q4PIF8), FET3_CANAX (P78591), FET3_CANGA (Q96WT3), FET3_GIBZE (I1RMG9), FET3_KLULA (Q6CII3), FET3_YEAST (P38993), FET5_YEAST (P43561), FETC_ASPFU (E9R598), FETC_EPIFE (K7NCS2), FIO1_SCHPO (Q09920), GEDJ_ASPTN (Q0CCX6), GIP1_GIBZE (I1RF62), GMC1_YEAST (Q04399), GME65_PESMI (A0A5B8YWJ2), HEPHL_ACRMI (B3EWZ9), HEPH_HUMAN (Q9BQS7), HEPH_MOUSE (Q9Z0Z4), HEPH_RAT(Q920H8), HPHL1_HUMAN (Q6MZM0), HPHL1_MOUSE (Q3V1H3), LAC10_ARATH (Q6ID18), LAC10_ORYSJ (Q10ND7), LAC11_ARATH (Q8VZA1), LAC11_ORYSJ (Q0DHL5), LAC12_ARATH (Q9FLB5), LAC12_ORYSJ (B9FJH4), LAC13_ARATH (Q9LYQ2), LAC13_ORYSJ (P0DKK6), LAC14_ARATH (Q9FY79), LAC14_ORYSJ (Q69L99), LAC15_ARATH (Q84J37), LAC15_ORYSJ (Q339K6), LAC16_ARATH (Q1PDH6), LAC16_ORYSJ (Q7XE50), LAC17_ARATH (Q9FJD5), LAC17_ORYSJ (Q2RBK2), LAC18_ORYSI (A2XCN6), LAC18_ORYSJ (Q53LU4), LAC19_ORYSI (A2Y9C5), LAC19_ORYSJ (Q2R0L2), LAC1_AGABI (Q12541), LAC1_ARATH (Q9LMS3), LAC1_ARTBC (D4APX3), LAC1_BOTFU (Q12570), LAC1_CRYPA (Q03966), LAC1_EMENI (P17489), LAC1_MELAO (Q70KY3), LAC1_NEUCR (P06811), LAC1_ORYSJ (Q5ZCW1), LAC1_PLEOS (Q12729), LAC20_ORYSI (A2Y9C2), LAC20_ORYSJ (Q2R0L0), LAC21_ORYSJ (Q2QZ80), LAC22_ORYSJ (Q0IQU1), LAC23_ORYSJ (Q2QYS3), LAC24_ORYSJ (Q2QUN2), LAC25_ORYSJ (Q0IP28), LAC2_AGABI (Q12542), LAC2_ARATH (O81081), LAC2_BOTFU (Q96WM9), LAC2_ORYSJ (Q8RYM9), LAC2_PLEOS (Q12739), LAC2_PODAS (P78722), LAC3_ARATH (Q56YT0), LAC3_BOTFU (Q96UM2), LAC3_ORYSJ (Q941X2), LAC3_TRAVI (Q99049), LAC4_ARATH (O80434), LAC4_ORYSJ (Q5N9X2), LAC5_ARATH (Q9SIY8), LAC5_ORYSJ (Q5N9W4), LAC6_ARATH (Q9ZPY2), LAC6_ORYSJ (Q5N7A3), LAC7_ARATH (Q9SR40), LAC7_ORYSJ (Q5N7B4), LAC8_ORYSJ (Q0JHP8), LAC9_ORYSJ (Q6Z8L2), LMCO1_THET4 (G2QFD0), LPR1_ORYSJ (Q9AWU4), LPR3_ORYSJ (Q5ZE00), LPR4_ORYSJ (Q7F757), LPR5_ORYSJ (A2ZNT5), MCE_TALPI (A0A1S7IUL2), MCO_STAAR (Q6GIX3), MCO_STAAU (Q69HT9), MCO_STAES (Q8CQF6), MCO_STAHJ (Q4LAB0), MLAC1_METAF (A0A0B4F1I0), MLAC1_METAN (C3SAH7), MLAC1_METAQ (E9E686), MLAC1_METAS (A0A0B2WJN5), MLAC1_METBS (A0A0B4F5S2), MLAC1_METGA (A0A0B4GLB5), MLAC1_METMF (A0A0B4HQH6), MLAC1_METRA (E9F648), MMCO_MYCTU (I6WZK7), OPS5_BEAB2 (J5JH35), PCOA_ECOLX (Q47452), PFMAD_PESFW (W3X7K0), PHSA_STRAT (Q53692), TERE_ASPTN (Q0D1P3), TPCJ_ASPFU (Q4WQY8), USTL_USTVR (A0A4Y6F0M8), VDTB1_BYSSP (A0A443HK79)» more
|
UniProtKB/Swiss-Prot False negative sequences |
22 sequences
COTA_BACIT (A0A7T1FRB0), COTA_BACSU (P07788), LAC1_PHLRA (Q01679), LAC1_THACU (P56193), LAC1_TRAHI (Q02497), LAC1_TRAMX (D0VWU3), LAC1_TRAVI (Q99044), LAC2_THACU (Q02075), LAC2_TRAVE (Q12718), LAC2_TRAVI (Q99046), LAC3_THACU (Q02079), LAC4_THACU (Q02081), LAC4_TRAVE (Q12719), LAC4_TRAVI (Q99055), LAC5_TRAVE (Q12717), LAC5_TRAVI (Q99056), LAC8_ARATH (Q9LFD2), LAC9_ARATH (Q9LFD1), LACC_HALVD (D4GPK6), LPR1_ARATH (F4I4K5), LPR2_ARATH (Q949X9), LPR2_ORYSJ (Q5ZE07)» more |
UniProtKB/Swiss-Prot 'Partial' sequences |
6 sequences
LAC1B_CERUI (P85308), LAC1_GALSP (P86351), LAC2D_CERUI (P85430), LAC2_CERUI (P85149), LAC_AGAPC (B3EWI3), MCOL1_ZINEL (P85414)» more |
UniProtKB/Swiss-Prot False positive sequences |
3 sequences
SNAI3_HUMAN (Q3KNW1), SNAI3_MOUSE (Q9QY31), TMUB1_DANRE (Q6P135) |
PDB [Detailed view] |
56 PDB
1AOZ; 1ASO; 1ASP; 1ASQ; 1GW0; 1KCW; 1KV7; 1N68; 1PF3; 1ZPU; 2FQD; 2FQE; 2FQF; 2FQG; 2IH8; 2IH9; 2J5W; 2Q9O; 2YXV; 2YXW; 3DKH; 3FU7; 3FU8; 3FU9; 3GYR; 3NSD; 3NSF; 3NSY; 3OD3; 3PAU; 3PAV; 3QPK; 3QQX; 4E9Q; 4E9R; 4E9S; 4E9T; 4EF3; 4EJX; 4ENZ; 4HAK; 4HAL; 4NER; 5B7E; 5B7F; 5B7M; 5N0K; 5N4L; 5YS1; 5YS5; 6IM7; 6IM8; 6IM9; 7F0V; 7F19; 7ZN6 » more |