KEGG   Neurospora crassa: NCU08377
Entry
NCU08377          CDS       T01034                                 
Symbol
cr-1
Name
(RefSeq) crisp-1
  KO
K01768  adenylate cyclase [EC:4.6.1.1]
Organism
ncr  Neurospora crassa
Pathway
ncr00230  Purine metabolism
ncr01100  Metabolic pathways
ncr04113  Meiosis - yeast
Brite
KEGG Orthology (KO) [BR:ncr00001]
 09100 Metabolism
  09104 Nucleotide metabolism
   00230 Purine metabolism
    NCU08377 (cr-1)
 09140 Cellular Processes
  09143 Cell growth and death
   04113 Meiosis - yeast
    NCU08377 (cr-1)
Enzymes [BR:ncr01000]
 4. Lyases
  4.6  Phosphorus-oxygen lyases
   4.6.1  Phosphorus-oxygen lyases (only sub-subclass identified to date)
    4.6.1.1  adenylate cyclase
     NCU08377 (cr-1)
SSDB
Motif
Pfam: PP2C LRR_8 LRR_4 Guanylate_cyc Ad_cyc_g-alpha LRR_9 CYAA_C
Other DBs
NCBI-GeneID: 3881413
NCBI-ProteinID: XP_011393197
UniProt: Q01631
Position
I:complement(5564501..5573857)
AA seq 2300 aa
MTRNDGGSRYSSIDSAQSSITAKPFPLTPTSSLGSSMTRPLSPSLQAGSSSSNGGHNVSR
SASQGARRPAPTRLKTDDGTQFASRSSRDFESSQSQSQPSHTQTRSHSLSQATLQSCSQP
QLSLNSQQSQSPSQYHSQQTPTQQQPQQQVSPTGGSRLTQSPTTPSNASIREHRMSELGG
YRREMAAMLDTTGGALSRTSSHSQQQPQQPQQQQQQQQQQQGHAAGSVSGTFSNLSQYAP
YLGGNNGGGMSMGSFLNDSTDNLSVISQLSPGIRPMTARPSQASAGSMEFPDSAYYDDER
RPSIASITTTASSQGSRTSKTRGGLQKLQQFFGDRDDWPGRDSSEISLPQPSHSGPMSTG
KEHRSHSYSLPGSGRSHRDRNYSNATDHHPSTFGSVSTVGGRDRDASPVPSRPRTPVPAP
EVVPFLYQEADDIARYGEAPVRTSLTGPDRDRYIDSSQNPPKTSSSARSGHSIVHLPGHH
KHNKSNEDPRALKPSLSREDSAASFARDFRNGSSSMMGTRSRAQSPAPSWTGTSRGLKAN
SISDGTSSPAPSHKKGILGRFRRHNKDKEDGSSLRSGSNHTLVHRPSRQDLTRAAESTYP
ASVYVSDPSEQREVPVRPGYVRQTTAPGFTTKLFTSKKSSSAKQPQDDMDEDIGPTDMHM
GGGTVYHLDTNLNDMEGILTKPQPMTPLDNSISMRRESEKMIVPITTDPEGAWAAPDSWA
VRDNKKSLAPQVNEDLCSRQPSEEKEKKSNYYIRVFRSDSTWTTLTLPLTATAEDVIMGV
AKKTYLPPGAQDSYSLLIKKHDLFRVLNSAEQPLRIQKRLFQQIGYQEKDGIDEIGREDN
SYICRWVFLKEKEADMHLLSPDINFRNQKLNHVDLSGRNLITIPVPLYRKAAEIVSLNLS
RNLSLDVPRDFIQACTALRDIKYNNNEAQALPKSFATASKLTYLDVSNNRLQDLDHSELS
KLTGLLKLNLANNCLRSLPPTLGAYKSLRTLNISSNFLDVFPSFICELETIVDLDLSFNS
INNLPDNLMKLRNLEKFVITNNRLSGPISESVRDLVSLRELDIRYNQISTIDVLSDLPRL
EILSADHNQISKFSGSFERLRSLKLNSNPIVKFEVKAPVPTLKILNLSNAQLASIDESID
NLMNLERLILDSNYFVSLPNQIGNLKKLDHLSMANNHLGELPPEIGCLTELRTLDVHGNN
MRKLPNEIWWANKLEHLNASSNILTEFPKPASRAPQAPGEASPSPGAYPFPNANKNGLLS
RTPSMDDLNGDASRRPSQASSTLLGVAVSPVPSGPDNRKSSMVSLYGKGGRKTSVVSRST
TQSSTGVITPSNGPRKDSSLSYRFTHTFSGSLKNLYLADNQLDDDVFEELKHLPELRVLN
LSCNDLSDMPQGTIRSWPQLVELYLSGNELTSLPAEDFLEEHCLLQTLHINGNKFINLPA
EISRAKKLQVLDCSSNNLKYNVTNVPYDWNWNFNRDLRYLNLSGNKRLEIKNNYRQPQSY
RDDDFADTDFSKLTNLRVLGLMEVTHTLPNIPDQTEDRRVRTSEMKAGAYLPYGMADTLG
KNEHLSLFDLVVPRLGSVETDTLVALFDGKELSTGGSKIAKFLYEEFSRLFILELEKVKG
KPNENPADALRRTFLSVNKLLMSLSNSADERGLDSHPSRNYAHTVLTKEDLNSGCVATVA
YLSELKLYVANVGDVQGMLIQANGSFKMLTKKHDPADPVERSRIRNAGGWVSRNGRLNDV
LNVSRAFGYTELLPAVQAAPDITEHTIDDKDETVLIASKELWEHLRPELIVDVARECRSD
LMKASQKLRDLAIAYGSTNKLLIMMIGVANLKQRQAQQFKGQLNATFSMPQDDPSHVPPS
GNKRRKVRAEGPLDSNLMRLNAEVPPPTGQLSIVFTDIKNSTQLWENYPEAMRLAIKLHN
EVMRRQLRMIGGFEVKTEGDAFMVSFPTATSALLWCFAVQMKLLTVDWPPEVLSNSSCQP
IYDRNNNLITRGLSVRMGAHWGEPLAERDPVTRRMDYYGPMVNKASRISAVADGGQITAS
SDFITEIHRCLETYKESVDVDEDSLEDDATAKAIRAELRALSSQGFEVKDMGEKKLKGLE
NPELVYSVYPHALVGRTEQHHAHTESTQNQAALQPYGALATPKPATMDPDSEIQFEPETI
WALWRVALRLEMLCSTLEEPNARGLQAPETELLERMKQRAGEVTDHFLLNFMEHQISRIE
TCITSLAVRHIAIGSGPITKLNDLRAPMNDVLSTLKEQMDELARYKAKYGSLDQAETDDA
TDNNSSGDVDTLDGSDTEQE
NT seq 6903 nt   +upstreamnt  +downstreamnt
atgacgagaaatgacggcggctcccgctacagctccatcgacagcgcacaatccagcatc
acggcgaagccatttcccttgacgccgaccagcagcctgggcagctcgatgacacggccg
ctgtccccgtcgctgcaagcgggcagcagtagcagcaatggcggccacaatgtatctcgg
tccgcctcacagggtgcgcgcaggcctgcgccgacgcgtttgaagacggatgacggcacc
caatttgcgagcaggtcatcgagagatttcgagtcgtcgcagtcccagtcgcagccgtcg
catacgcagacgcggtcgcactcactgtcacaggccacgcttcaatcatgttcgcagccg
cagttgtcattgaattcccagcagtctcaatccccttctcagtaccactcgcagcagacg
ccgacacagcaacaaccacagcaacaagtatcgcccacggggggctcgcgcctgacccag
tcgcccactacaccatccaatgcgtctatccgcgaacacagaatgagcgagctgggggga
tatcgtcgtgaaatggcggccatgttggacaccacaggcggcgcattgagccgaacgtca
tcgcacagtcagcagcagccgcagcagccgcagcaacaacaacaacagcagcagcagcag
cagggtcacgctgcaggatcagtttcgggtaccttcagcaacctcagccagtacgcaccg
tatctggggggaaacaacggcggcgggatgtccatgggcagcttcctcaatgactctacg
gataatctgtcggtaatatcgcagctatcgccgggcatccggccgatgacggcacggcct
tcgcaggcgtcggcaggcagcatggagtttccggattcggcgtactacgacgatgagcgg
cggccgtcgattgcttcaatcacgacgacggcgagcagccaagggtcgcggacttccaag
acccggggcgggctacagaagctccagcagttttttggcgatcgggacgattggcctggc
cgagattcgtcggaaattagcctgccccagccgagtcactcgggccccatgtccacaggg
aaggaacaccgatcacactcttacagcctaccaggcagcggtcgctcgcaccgggaccgc
aactactccaatgccaccgatcaccatccctccacctttggctccgtctcgactgtcggc
gggcgagatagggatgcctcgcccgtgccctcgaggccgcgaaccccagtgcctgcgccc
gaagttgtgccgtttctgtaccaagaagccgacgacatcgctcgctatggcgaagcaccc
gttcgaacaagtctcactggccccgatcgcgatcgttacatcgacagctcccagaaccca
ccaaagacctcgtcttccgcccggtcaggtcactccatcgtgcacctaccgggacatcat
aaacacaacaagagtaacgaggatccaagggctttgaagccatcgcttagcagggaggat
tcggcagccagtttcgctagggattttcgcaacggttccagctctatgatgggcacccga
tctcgcgcacagagtccagcgcccagttggacagggacgtcgcggggactcaaagccaac
agtatttccgacggaacatcatctccagctccatcgcacaaaaagggcatattgggtcgc
ttccgccggcacaacaaagacaaggaagatggctccagccttcggagtggctcaaaccac
actcttgtacaccgcccgtcgagacaagaccttacccgcgccgccgaatccacctaccca
gcatccgtctacgtttcggaccctagcgagcagcgagaggtccctgtccgccctggctat
gtgcgccagacgacggcgccggggttcaccacgaaactctttacctctaagaaatcgagc
tcggccaaacagccccaagatgacatggacgaggacattgggcccactgacatgcacatg
ggaggtggaaccgtctatcatctcgatacgaaccttaatgatatggagggaattttgacc
aagcctcaacccatgacccccttggacaacagcatatcaatgcgacgcgaatcagaaaag
atgattgtcccgatcacgacagatccggagggcgcatgggctgccccggacagttgggca
gtgcgcgacaacaaaaagtctctcgcccctcaggtaaatgaagacttgtgctcacgtcaa
cctagcgaggaaaaggagaagaaaagcaattattacattcgtgtctttaggtcagatagc
acctggactacgctcaccctgcccttgactgcgacagctgaggatgttatcatgggtgtg
gcgaaaaagacttatctccctccgggtgctcaggacagctactctctccttatcaagaag
cacgatttgttcagggtcttgaatagcgccgaacaacccttgagaatccaaaaacgactc
tttcagcagataggttatcaagaaaaggatggcattgacgaaatcggtcgcgaagataac
agttacatttgtcgatgggtcttcctcaaggagaaggaagccgacatgcatttgctctca
cctgacatcaacttcaggaaccagaagctcaatcatgttgacctgtctgggcgcaaccta
ataaccataccggtaccattatatcgcaaggcagcagagattgtatcccttaatctgtcc
agaaatctgtccttagatgtccccagagactttatacaagcttgcactgctcttcgggac
atcaagtacaacaacaacgaggcgcaggccttgcccaagagcttcgccacggccagcaag
cttacctatctagatgtgtcaaacaatcgcctccaggatctggatcatagcgaactgagc
aagctaacaggcctgctcaagctgaacctcgccaacaactgtttgcgcagtctaccccct
acgcttggagcctacaagtcgctgcgaacacttaatatatcttccaacttcctcgacgtc
ttcccgtccttcatctgcgagctggaaaccatcgtcgacctcgacctcagcttcaattca
atcaacaaccttcccgataacttgatgaagttgagaaaccttgagaagttcgtgatcact
aacaaccgactgtctgggcctatatccgagagcgtgagggacctagtcagccttcgggag
ttggacatcagatacaaccagatcagtaccatcgacgtcctttctgacctacctcggttg
gagatcttatccgccgatcacaaccagatatccaaattcagtgggtcctttgaaagactt
cgaagcttgaaactcaactcgaatccgattgtcaagtttgaagtcaaagcacctgttcct
accctcaagatcctcaacctgtccaatgcgcagttagcgagcatcgacgaatcaatcgac
aacctaatgaaccttgagaggttgatactcgactctaattacttcgtctccctgccaaac
caaattggtaacctcaagaaacttgaccacctcagcatggcaaacaaccacctcggagag
cttcctcccgaaatcggctgcctgacggagctccgaacgttagacgtccacggaaacaac
atgcgcaaacttccgaacgagatttggtgggcgaacaagctcgaacacctcaatgcatcc
tccaacatcttgacagagttccccaagcctgcctcgcgtgcgccacaagcgccaggagaa
gctagcccatctccaggtgcatatcccttcccgaacgccaacaagaacggactcctttcg
cggacacctagtatggacgaccttaatggggatgcgtcgcgacgccctagccaggcttcc
agcacactcctcggcgttgctgtgtcacccgtgccatcaggacccgacaataggaagagc
tccatggtgtcgctgtatgggaaaggagggcgcaagacctccgtcgtatcacgaagtaca
acgcagagcagcactggagtaataaccccgagtaacggccctaggaaagactccagtctg
tcttaccgattcacccacacgttttcgggatctctgaagaacctctatcttgcggacaac
cagctagatgacgacgtcttcgaggagctcaagcacctccctgaacttcgagtactgaac
ctttcctgcaacgatttgagcgacatgccccaaggaacgatcaggtcctggcctcagctc
gtggagctgtacctttctggcaacgaacttactagtttacctgcagaggacttcctagag
gagcactgcctcttacagactcttcacatcaacggcaacaagtttatcaacctacccgca
gaaatatcgagggccaagaaacttcaggttctggattgtagtagcaataatctgaagtac
aacgtcaccaacgtgccctacgattggaattggaatttcaaccgcgatttgcggtacttg
aacctttctggcaacaagcgattggagatcaagaacaattaccgtcagccacaaagctat
agagacgatgattttgctgacaccgacttttcgaagctgacgaatcttcgtgtgcttggg
ttgatggaagtaactcatactttacccaacatccctgaccaaacggaagaccgccgtgtc
agaacctccgaaatgaaggccggtgcatatctaccgtacggcatggcggacacgctgggc
aaaaacgagcacttgtctcttttcgaccttgtcgtacctcgcttgggttctgtggaaacc
gatacgctcgtggccttgtttgatggcaaagagctcagcactggtggctccaagattgcc
aaatttctctatgaagagtttagcagactgttcatactggagcttgagaaggtcaagggg
aagccgaacgagaatccggcggatgccctgaggcgtactttcttgtcggtcaacaagctt
ctcatgagcctctctaacagcgcagacgaaagggggcttgactcgcaccctagcaggaat
tacgcccatacggtcctgaccaaggaagaccttaattccggctgtgtagctaccgttgct
tatttgagcgagctgaagctctacgtcgccaacgttggcgatgttcaaggcatgctcatc
caagccaacggttccttcaagatgctaaccaaaaagcatgacccggcggacccagttgag
cgcagtcgcattcgaaatgctggaggctgggtttcgcgtaacggacgattaaacgatgtt
ctcaatgtgtctcgtgcgtttggttatactgagctattaccagcagtgcaggcagcaccc
gacatcaccgagcacaccattgacgacaaagatgagacagtgctcattgccagcaaagag
ttatgggagcatcttcggccagagctcatcgtggatgtggcgcgtgagtgtcgcagcgat
ttgatgaaggcgtctcaaaagcttcgcgacctcgcgatagcctatgggtcaaccaacaag
ctcttgatcatgatgattggcgttgcaaacctaaagcaacggcaagcgcagcaattcaag
ggacagcttaatgctactttctcgatgccgcaagatgatcctagtcatgtgccaccgagc
gggaacaagaggaggaaggtgagggccgaaggacccctggactctaatctcatgcgcctt
aacgcggaagtcccgcctcctacaggccagctgtccatcgtgttcaccgacatcaaaaac
tccacgcaattatgggaaaactatcccgaagccatgaggttggcgatcaagcttcacaat
gaggtgatgcggcgacagctcaggatgattggtggcttcgaagtcaagacggaaggagac
gcatttatggtttctttccccacggccacgtctgccttgttgtggtgctttgccgtgcaa
atgaaactgctaacagtggattggccccctgaagtactgagtaacagcagctgccagccc
atttatgaccgaaacaataacctcattaccagaggtctctcagtccggatgggtgctcat
tggggtgagccactagctgagcgagatccggtcacaagacgaatggactattatggaccc
atggtcaacaaggctagtcgtatctccgctgtcgctgatggagggcagattaccgcatcg
tcggatttcattacggagattcatcgatgccttgagacctataaggagtcggttgatgtt
gacgaggactctttggaggacgatgctactgcaaaggccatccgagctgagctacgggca
ttgagcagtcaagggttcgaagtcaaggacatgggcgagaagaagctcaaaggccttgag
aaccctgaactcgtatactcggtatatcctcatgcgcttgtgggcagaacggaacaacac
catgcccatacagaaagcacgcagaaccaggccgcattgcagccctatggcgctcttgca
acgcctaagccggcgactatggatcccgacagcgagatacagttcgagccggagacgatc
tgggcgttgtggcgtgttgcgctacgccttgaaatgttgtgcagtacgctcgaggagcct
aacgcccgcggacttcaggcaccagagaccgagctattggagcgcatgaagcaaagggct
ggagaggttacggaccactttcttctaaacttcatggaacatcaaatcagccggatcgag
acatgcatcacttcgctcgctgttcgccacatagcaatcggcagcggaccaatcaccaag
ctgaatgatcttcgggcgccgatgaacgatgttctcagcactctgaaggaacaaatggac
gagctcgcgcggtacaaggccaaatacgggtctttggaccaagctgagaccgatgatgcc
acagacaacaactcaagcggcgacgtcgacacgctagatggaagtgatacagagcaagaa
taa

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (3)   
   KEGG PATHWAY (3)   
Chemical substance (5)   
   KEGG COMPOUND (5)   
Chemical reaction (3)   
   KEGG ENZYME (1)   
   KEGG REACTION (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (70)   
   KEGG ORTHOLOGY (1)   
   RefGene (66)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (4)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (7)   
   Pfam (7)   
All databases (97)   

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