sib1

Hydroxamate-type ferrichrome siderophore peptide synthetase

4924 amino acids

Involved in intracellular and extracellular ferrichrome siderophore biosynthesis.

Belongs to the ATP-dependent AMP-binding enzyme family.

559.849 kDa

MKNSNEEDAFSTQISQLGPMRPSSDAPYHVLSLPFSHPYSAFLDAWSWLFCGITGGEVSFFFFPVSDDVIPNTNPKNCQCYLYHSTNSQLEPLEVFHLHKLHSAVFTSRRDPSFADDLFESSKPCLNQLLSYFSDITAFRSMDVVADIAFVCSPNFLTLKWNSSLFDDDLARLLFFMINSKITNYDLPFSILNSPCSDLCLNSSSLANYLHGCFYHNTLSHPYQDALKFIYEIGDDLEDTFRSFSFLELHSLAIKLSKLVTCKNEVVPIMVSHSPALFVGILAILYSGNAYCPIDVETRTERVHFISKDVDASFAIVSEEFVNRFPNNTIILKVPEYNESMEIKVDDEIPPFPFPESLDSVAYVLYTSGSTGNPKGVAISHRAATNSIKSHGYLYPMFGLERGDAWLQFANVTFDVSVFEIFGNWNNGLTLVTSKRQNLIGNLEYLIYDYKIAALELTPTVANVISLDENKELFTSVRMLITIGELLTNRIIDFWGERLVNAYGPTEAAIHVTLNPSKALTTVYLVGVPLQSATICVVSLPTEDSQPHVLHEGFLGEVCIAGPQLSSGYINRPEINAKAFVEVQYNEQTLSIYRTGDLGRIINGKLYIFGRIAGDMQIKIRGRRIEIGEIESKLAPSVDSLAIEKIGDNLVAFYVGDEMKLRKHAESHLASWMCPTKYVGLPGFPRLASGKTDRKALKIQFSASDKHSTDFSSFNQSELLVANVLHEICEKRFNSVVSISRFSSIFDLGLDSLDIVYFVRKIRSLGFEANPSIVLTSKVVFKIAESLILLKPNEVQSKNNFLNKCTPLQKGMLYESFSNNGNLYFNHTVFKIAASPEKVKLAWEKLLDTHTILSNGFALDENEGFTRFILEKKPPLYSYSKNCLECIQKHFTTKEFDEQFLNSGPLDAAVIYDSSNCYLSIVWHHALYDGWSIDIIMQQLFMLIHDRRLTIVPQFEDYVQELESLRRLNYKNCISFWKKYLKDFKFKSLSYQREKMGVVELSSNISLLSVENICKQLQTTPLSFFLTAWSTVLSSYLKTNDFLVGTVVSGRVNSLLPNVDYVIGPCMQTLPVRIKLDDELSYKNLCQNLFKELSFVLKHSVMAISDFQEELLVSNLFESILIYQQSGIPSVDESFISLIHSTDHVEQPLLIEIEKNKGYKFKLTGYLSSELLNNLLNDFDKILNFILYNIESKIQTHASFNVTITEHNHVESKARTGFSKREEKLVRSCLSKILGNTVLSADVFENLQNYGFDSLCAMRFFSLLRKSSGIGNLKIPNMKSNPTIASLCELLVLPTETLSADNEITFYEVSDIQHEANLDIESFQYFPCTPMQQALLASSEKNGVEYYYNKYLFETGKSSQEEIYLLFKTLLNNLPILRTCFFVTRSKKYPYCQVVLNEPNFYFQVLPYKGESLSKYNLAEIPLLDSKKVPIQIFFLQGENKNYVLFCIHHVLYDAWAFQLIMDDINHLLRKENPKGSQSMLKFISYLHRYNKNVDLEIWSKIFLGFKPSKFPELCKDINPEQRTYKCNLSISLSQIDDLCNGFSFTTSTFLQCCWAKTLSFLLNSRDICFGNIISGRDVPVDEVVSLVAPTFNSFPLRVLLDSKLSFAEVCGQLQRLKETLQEHQMTSVQSICKSLTVKSLFDTVFIIQPQLLSDRTGPWKLLNESSSMDMRFIIELLLGSDDSPLTLVGTGTGKSGKLVCNLYKTILKHYVHYGLSTSVPLYTSLEKHNLISRSPSSPPPIHTNFDTNADIITLFEKEANEHPSSIALHFVYNVDKENIYSYKFFSEYSIKASYWLHSIGIKKNDVVAVFIDKSLDYYSLMLGVLRIGAFFFPLEHCSSLNFAKENLLRTNVKLLIVDKFLPFEDVNQVEIDKFRQVVDKLPTVEIPNESRSSAFIFPSYELAEGLTMMESSSFMDSIISFIDSTCFPSSSRWFQYAPSSTACQMFDCFMCWFFGCTLISGPQLFLKNNLKPLLLATHASHLITTSSIAASLKGEDIPSIQRLYCYEGPINNYMIKSWGSRLSYIYAFKPLICSCVPATEYLESNIMMVGIPLKGLIFAVVNSDTNTLAPIGSSGELCIASVKKSGNTMMDSQRVFTFENRSYYRTGDIVRILAGGEFEYIKKKSFIFIDSMPLDIEGKINVDKLRDLLNDDNYIFKVDNDEFPKNDNILDGFQEKVILTISDFASIPFEKLSLNTKLSTIGIDSISAIQLSKDLREIFHLRISALDILNSSTINSLIRKLKRRRTESHTRNDKIHESIDQFFKDIRKQILIPQTLCDKIEQILPCLASQCSMLSRFYTNGGKDYLNYSVFHLQKYNDPLLLRSSWENVISNVSILRTKFQTTKHKRSPFCQVTYSKVDIPWSMELHAASVEKVLNEYLELQRRDLLQGKNVLPYSLIFVRTFSQETFLIIIMHHALYDESSLRKILGLVEKSLNSPIGKFNHEPIVRQIELLKANYEEAKAFWIKQLLSFQPTNFPSLTACRIDNEDRMLTKKPCALNYTNLTKWCNAHDVTLQVLGQLVWAKILASYCAENYAVFGTVLSGKSVLTDVDDNIFPTVTTIPCVVKLQGTVEDCLRQLQKFNLDANKFQFTSLLDIKKWLNLGPSEKLFSSLFSIYVDNDIPLKLFNDECKAQGFIEFPVALEMRFSESTSELTLNSAVNYIPQAHASLILDQFNAILTTIFNNPLQQIEILENSLPTQLLSIKPAIVGDYPTEIKYLHQFVEYFAQKSPNSCALEFALDINQDSVQLIRLTYSELNERANKLAHNLKSYGFRVGSIIAVYFDKCIEAFISMLAILKAGCCFLALDVSAPTERIRYIVTDSTAVLVMSTGELYTKLLNASINVTILDASDPGNYSNNIENPYTKDFEDSNLAYVLYTSGSTGKPKGCCLTHHNVVQCMLAFQDQFAGEWDTNSRFLAFASFHFDVSVLEQYFSWSTGITLVAAPQSLILQDLPTAISALKITHVDLTPSLASILTPKTAPLLRVFITGGEQIKQELLNIWGDTRVLYNFWGPTELTIGASAFRKVPKNAKVSNIGPPFPNCSTYILSKETKVPVLLGGLGEICMGGNQVAKGYLNLPEQTDAKFYFDRRFNDRIYHTGDLGRLLKDNNSLEFCGRTDDQIKLRGQRIEIGEINAVIKSSSEKILGVYTLAVVHPVLRKQQLVAFIHVKGISASHLIVHDHKDPSLIGFINSACKASLAKYMVPSFYVFISSVPLTPTNKFDKKKVIEEFSRLSLGQLSSFAPAREENDNEGSNVVEPKLLKIIADFSDVKVTDISPQTSVFELGLDSISAVALSGLLRKSGYDNANPSLILTSSTISNLGFALNTQTNEELEDSIKVNSIIKLPSCSQFPFHQYIELINPCLPLVEGLLFELERSNNENYYNSFFFLFEKREQADQFINNFKLLRKQYEVLRSSFLKSDGEYFQVVWKSDFIAEVDVLNNDSLIKTVRYSLKCEKGFFLVTVTLFHGIYDGWSLDLLLNDLARLCSRKTLAPRPRYSKIVRQLLINTSLKKDTKEYWLNLFRSKNIYVPIFQGKLDMAITLGHKLSISSAKLSTICRSVLKASVNSALLTSWICFLNSIGAINCVGIVVSGRSEISMDCLEVMGPLFNTIPFPLFLEKDESFDCLVRRCQLTLASMIPYHQTSLREIKKWLRRSELFNVLFTYNLHPSVIKQCEFPWSFSSESTDTGYPLALEIEEDVDGTMNLHLSSNFKYIGQTEIIGLLDSYDCYLSSLLETSNAKISSRPNVLMPNQPEVKQYIPNVWNDVLKKLITILSPKVIITKLDFERDTFVHEFGIDSIDLIWLASKVSEAGIGKLDIGLLMEKPTFYRILQLLCETSANHSTSLKHEFGTLNTLLSKYLTDQDAEDCYPATPIQSGLLLETMNQKNLYQNDVLFSLDAEISLEKLQNSWKRLCQKNAILRTHFAISEDSSEPMVIQIVDKFEARSCLNQIKILPSRFTNIEDTLRFLRHDEEAKRFLDPFKNPPYYVQFFEIGAKNYMFVQMHHSLYDGWSLSLMYDELMQLYRDEQGNSRKPFKDYIIQLYSLKYDYDFWFKYFENLSIPKPLPFLSNNGKFMSSMMSTVSLPSVRLACQLYGVSIQSLVFFTWGYYIASVLNCPDIVFHTVLSGRTYIEGAETVMGPCMNTIPVRIKFEGALQTLKKTSRMLINLAKQQHTPLSWIYKTYGNVAAIPMESILVYQHLPDSSQSETFLNVVTDNSAVDYPIAIQFEIQGDTLNWLTSLDLARVDGDVANQLLQTIDKIFSNLTKGSFEKLTFNFSNFVKYRQYQINLKDFRENLLLTEEAISDCDLLIIDERVLVVFILFPEPDAKFPYLVLNEEIIRMLKSYIKKFRLTLSSAMVPDILVPVSYLPRSLDHSENEGKLLNIYNSISADNLKILSAVHEIHLNETEKILLEGFSKIICLPQDSVDISNNFFQLGMDSIRSIHLCSYLRNKGLNVSVSDILQHSSIEKLAHYLQYEKKESSSSFDIASFQLDEYLNTLPSNIPINLVQKILPCSAGQMYALNAWYNTEKKKYFHTFFYTTEEKIELLKLKLAWAKLVKSSDILRTTFIRSSSPCYPLLQIVLKSFECPWEHYITDNLHDTCLKIQKRELVTNTTLQEVPLRIATIETSGKFVFCLTIHHALYDGWSLDIMINYLSKMYYDDSLTIVQQNSQLFLSTVLDPAVGLSRKKFWNNYLTNYKPYTFLEKPSASQEITLFFPKLFSLDTVYSSVRSRGLTVQSVSFAVFARLLANEVKQEDVVFGIYVSGRTLDVDNIDELLFPTFNVVPLRVTDTFRPLGEIALEIQSFLNEISGNLQYISLLDLPVHGMMDIAVNFLSTGDNNEPSKVFSVYPLKLNNAELKINEVETTIDGCEILFGNKPKLDFELAIRDGYLEIGLFCQSSIFSKREASVFINNFVTIIKEIEL

SIB1

Sigma factor binding protein 1, chloroplastic

151 amino acids

Contributes to plant defense. May regulate chloroplast metabolism upon infection with pathogens such as Pseudomonas syringae (PubMed:20040062). Functions as activator of WRKY33 in plant defense against necrotrophic pathogens by stimulating the DNA-binding activity of WRKY33 (PubMed:21990940).

16.862 kDa

MESSSSTFLTTTSLDKKKPSPVSRKSPKQKKKTTSTNKPIKVRYISNPMRVQTCASKFRELVQELTGQDAVDLQPEPIYSPSSDDHNLSPPAENLAPRVLHQEPFGERDSDCYEPLNAEDMFLPDQMSAGFSGFFSNGFYNVNDFGSIDSM