Q09WW6 (NU4LC_MORIN) Morus indica (Mulberry)
NAD(P)H-quinone oxidoreductase subunit 4L, chloroplastic UniProtKBInterProInteractive Modelling
101 aa; Sequence (Fasta) ;
243 identical sequences 243 identical sequences
Prunus sericea: A0A8K1K491; Prunus pedunculata: A0A2S1H782; Morus notabilis: A0A0F6SUP5; Prunus jamasakura: A0A0F6Q292; Prunus subhirtella: A0A7D5DSJ6; Prunus japonica: A0A7M1CJ36; Prunus takesimensis: A0A345HHX5; Prunus sargentii: A0A8B0JEV6; Prunus padus: A0A0F6Q1X1; Prunus maximowiczii: A0A0F6Q043; Chamaecrista mimosoides: A0A6H0EMU3; Prunus incisoserrata: A0A8K1K2M4; Prunus tangutica: A0A6B9IMV9; Prunus salicina: A0A1V0J0W3; Morus celtidifolia: A0A6G9KAH4; Rosa roxburghii: A0A1J0MS23; Rosa laevigata: A0A6G7L2F7; Rosa banksiae: A0A482FER7; Rosa gigantea: A0A067YP92; Rosa chinensis: A0A2P6P1E2; Rosa lucieae: A0A3Q9TZ13; Rosa multiflora: A0A3G4R3W3; Rosa rugosa: A0A513X9K6; Rosa canina: A0A7U3K6U9; Rosa persica: A0A1V0IHB2; Ceanothus herbaceus: A0A0Y0UUD6; Delonix regia: A0A6H0ECW3; Artocarpus petelotii: A0A7T1TUP6; Artocarpus camansi: A0A7S8J2E9; Potentilla freyniana: A0A411HV55; Morus australis: A0A1V0J1E0; Gymnocladus chinensis: A0A7U1ATW0; Gleditsia sinensis: A0A6G9L6X2; Gleditsia japonica: A0A6G9L5S1; Potentilla stolonifera: A0A515BLH1; Rosa odorata var. pseudindica: A0A650FBJ3; Rosa lichiangensis: A0A1V0IKU8; Parkinsonia aculeata: A0A8E7IRW5; Milicia excelsa: A0A8F3EIY8; Hagenia abyssinica: A0A1B2FKS5; Rosa praelucens: A0A2R3SLR2; Prunus undulata: A0A1V0J846; Prunus triloba: A0A5K5TK71; Prunus napaulensis: A0A1V0ILY5; Prunus dielsiana: A0A7T1K9E3; Cliffortia repens: A0A1V0IWN1; Tipuana tipu: A0A6H0E1L8; Chamaecrista fasciculata: A0A0K0LUV9; Dimorphandra macrostachya: A0A5Q0UUJ6; Bischofia polycarpa: A0A8K1JBJ5; Ziziphus mairei: A0A9E8LQJ9; Schizolobium parahyba: A0A6H0DZK5; Prunus conradinae: A0A1V0IYG3; Paratrophis banksii: A0A8K1UJ90; Prunus humilis: A0A286M5D6; Prunus avium: A0A4Y5QHQ3; Rosa minutifolia: A0A7L8ZS76; Streblus heterophyllus: A0A8K1UJG1; Cajanus cajan: A0A151QP82; Prunus speciosa: A0A4Y5WZJ2; Prunus persica: E3W0P4; Prunus yedoensis: A0A0F6PZV7; Prunus domestica: A0A7L7T712; Prunus dulcis: A0A5C1ZYG0; Paubrasilia echinata: A0A8F5VEV7; Prunus armeniaca: A0A1V0J625; Prunus cerasifera: A0A7D5DP89; Senna tora: A0A159BHA0; Fallugia paradoxa: A0A1V0J062; Luetkea pectinata: A0A1V0IU04; Morus alba: A0A7U0FMA0; Artocarpus tonkinensis: A0A8F6D5X4; Artocarpus integer: A0A890JIW5; Artocarpus heterophyllus: A0A6B9LWF9; Senna spectabilis: A0A873HQU4; Senna obtusifolia: A0A6G9L799; Senna bicapsularis: A0A6H0ECD2; Prunus kansuensis: X2G9K4; Ziziphus jujuba: A0A172QDK4; Pedicularis oederi: A0A6G7SEA1; Berchemiella wilsonii: A0A4Y5WYQ6; Arapatiella psilophylla: A0A6H0ECT9; Cadellia pentastylis: A0A6H0E6Z9; Rhodotypos scandens: A0A1V0IPL7; Quillaja saponaria: A0A6H0E9S7; Prunus emarginata: A0A6N0A1E3; Oemleria cerasiformis: A0A1V0IIF2; Lyonothamnus floribundus: A0A1V0J1I6; Holodiscus discolor: A0A1V0J7L7; Aruncus dioicus: A0A1V0IJ62; Parkinsonia africana: A0A6H0EIL3; Peltophorum africanum: A0A5Q0UUK4; Libidibia coriaria: A0A1C7D318; Plukenetia volubilis: A0A291LRT1; Rhamnus leptacantha: A0AA50NRM4; Afromorus mesozygia: A0A8F3EJX4; Dalbergia oligophylla: A0A9Y1NHV4; Aruncus sp. JP-2022a: A0A9E9ELG1; Prunus sp. Mt Wuyi: A0A9E8Z6E2; Pseudomorus brunoniana: A0A8K1PP25; Potentilla gageodoensis: A0A8F9RZ78; Prunus sargentii var. verecunda: A0A7M1CEI0; Rosa roxburghii f. normalis: A0A1V0IRL0; Vachellia nilotica subsp. indica: A0A6G9KWP3; Polylepis reticulata: A0A1V0IHZ7; Polylepis australis: A0A1V0IY06; Acaena pinnatifida: A0A1V0IWW5; Margyricarpus pinnatus: A0A1V0IU94; Rhamnus crenata: A0A8D5XEJ7; [Cerasus] fengyangshanica: A0A7S8FJJ6; Prunus gongshanensis: A0A8K1NAB7; Prunus fujianensis: A0A8K1K2D4; Rosa sterilis: A0A7S7BHX4; Prunus dictyoneura: A0A7G7CCD9; Rubus pectinaris: A0A7T7CPJ4; [Cerasus] kumanoensis: A0A7D5DV78; Arquita mimosifolia: A0A8F5VDF7; Pterocarpus pedatus: A0A6M8PKW8; Rosa laevigata var. leiocarpa: A0A6H1PFL3; Tachigali costaricensis: A0A6H0E6R8; Pterolobium punctatum: A0A6H0EJI7; Rosa xanthina: A0A7M3UFI2; Prunus pensylvanica: A0A7D5HMG5; Sanguisorba tenuifolia var. alba: A0A5B9RQZ9; Potentilla freyniana var. 'chejuensis': A0A515BM45; Potentilla stolonifera var. quelpaertensis: A0A515BL56; Prunus himalaica: A0A8K1NAJ9; Spyridium parvifolium var. parvifolium: A0A482JWX5; Prunus matuurae: A0A5Q2MTW9; Morus indica: A0A8A1RVD3; Paratrophis smithii: A0A8K1UJG8; Paratrophis glabra: A0A8K1PQ54; Rosa davurica: A0A889ZZV0; Francoa sonchifolia: M4GZI8; Prunus serotina: A0A291IA93; Rhamnus heterophylla: A0A891M311; Prunus hypoxantha: A0A7S6VGR4; Morus mongolica: A0A0A0YSM2; Morus cathayana: A0A8A1RVS5; Aruncus dioicus var. kamtschaticus: A0A7S8CU30; Ceratonia siliqua: A0A1C7D390; Berchemiella wilsonii var. wilsonii: A0A1Y0DIB0; Rosa chinensis var. spontanea: A0A344V6X4; Poterium spinosum: A0A1V0INX5; Potentilla tilingii: A0A1V0J6I1; Polylepis sp. SCZ-2017: A0A1V0IYL7; Holodiscus argenteus: A0A1V0J389; Artocarpus hypargyreus: A0A890CKZ6; Artocarpus altilis: A0A8A2F6E7; Moullava spicata: A0A6H0EGQ8; Conzattia multiflora: A0A6H0E2N4; Colvillea racemosa: A0A649X498; Libidibia ferrea: A0A8F5ZE51; Guilandina bonduc: A0A6H0EGM7; Tara cacalaco: A0A8F5ZCZ9; Artocarpus gomezianus: A0A8F5H4B1; Pterocarpus angolensis: A0A8F3ISC5; Rubus eucalyptus: A0A896SUT8; Prunus jingningensis: A0A7M1CCE7; Rhamnella martinii: A0A9Y1V0Z8; Jatropha curcas: C0LEC6; Senna marilandica: A0A0Y0UED9; Tachigali odoratissima: A0A5Q0UUP0; Sanguisorba tenuifolia: A0A4D6EV54; Sanguisorba stipulata: A0A8F0WI43; Prunus cerasus x Prunus canescens: A0A8K1XN30; Potentilla suavis: A0A7L7S6P5; Morus alba var. multicaulis: A0A159YMS5; Prunus ferganensis: A0A6B9IPC6; Prunus setulosa: A0A8F5GD91; Prunus discadenia: A0A7T3RAG8; Prunus rufa: A0A6M3QVU4; Rosa pricei: A0A650DCV1; Rosa lucidissima: A0A650DRG5; Pterogyne nitens: A0A6H0E8C7; Peltophorum pterocarpum: A0A6H0EDP4; Acrocarpus fraxinifolius: A0A6H0DYE1; Rhamnus globosa: A0A891ZQU1; Rosa filipes: A0A7U3NJA5; Rosa berberifolia: A0A5J6NGG5; Rhamnus taquetii: A0A6B9XNS5; Berchemia berchemiifolia: A0A343VTX5; Senna multiglandulosa: A0AA95ZBG8; Potentilla purpurea: A0A1V0IQ23; Prunus simonii: A0A8F0K1S2; Prunus sibirica: A0A5K5TKD4; Prunus pseudocerasus: A0A192ICT3; Prunus fruticosa: A0A7S8J3G2; Prunus fasciculata: A0A7S8FJY4; Prunus davidiana: A0A385H4M4; Prunus andersonii: A0A1V0IW93; Prunus mira: A0A3G1GIR6; Prunus mongolica: A0A2S1H6Z2; Pentaclethra macrophylla: A0A5Q0UVH5; Potentilla dickinsii var. glabrata: A0A866UBF2; Morus alba var. atropurpurea: A0A172R2X5; Prunus apetala: A0A7M1CEC2; Prunus tenella: A0A5C2A0P0; Prunus subhirtella var. subhirtella: A0A0F6Q0W7; Prunus hypoleuca: A0A0S3ITX3; Milicia regia: A0A8F3IST6; Prunus cerasus: A0A8K1WW15; Cenostigma microphyllum: A0A8F5ZBL0; Mezoneuron cucullatum: A0A1B2CY35; Sanguisorba officinalis: A0A1V0IUX2; Marcetella moquiniana: A0A1V0J5G8; Leucosidea sericea: A0A1V0IJQ3; Dendriopoterium menendezii: A0A1V0ISZ2; Bencomia sphaerocarpa: A0A1V0IXF4; Bencomia exstipulata: A0A3G4S6Q7; Prunus campanulata: A0A514CSB7; Prunus serrula: A0A8K1WWP2; Geoffroea spinosa: A0A8E7IS08; Prunus virginiana: A0A0Y0TTE1; Prinsepia sinensis: A0A1V0IX62; Prinsepia utilis: R4S127; Prunus mahaleb: A0A8K1XNY0; Rosa hybrid cultivar: A0A513X8L2; Cassia brewsteri: A0A6H0EEQ4; Senna occidentalis: A0A2Z4HGV6; Cenostigma pyramidale: A0A6H0EB18; Prunus mandshurica: A0A8F2YHG1; Rosa maximowicziana: A0A3Q9TZ39; Rosa cymosa: A0A7L8XID7; Rosa acicularis: A0A650DDQ1; Prunus clarofolia: A0A8F2JDM8; Aruncus aethusifolius: A0A8K1LYT6; Pterocarpus macrocarpus: A0A6M8PLK0; Pterocarpus tinctorius: A0A3Q9DJK2; Pterocarpus soyauxii: A0A8F3IRH2; Pterocarpus santalinus: A0A3S9KAA2; Pterocarpus marsupium: A0A6M8PLI3; Pterocarpus erinaceus: A0A8F3EH13; Malus trilobata: A0A223FXV2; Malus ioensis: A0A650B5N2; Eriolobus florentinus: A0A223FY60; Prunus tomentosa: A0A2H4N3K6; Prunus glandulosa: A0A8F2YH70; Prunus davidiana var. potaninii: A0A7S6XXS4; Sanguisorba sitchensis: A0A5B9RDI1; Prunus mume: W8GW38; Prunus discoidea: A0A6M3RFG5; Pterocarpus indicus: A0A3S9KAE4
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It is possible new templates exist for this target since these models were created.