ViewGene
Locus Name:
GeneID:
Location:

GeneID:6143
TrivialName: PA14_28810
AnnotatorUID:
Modification Date/Time:2006-04-06 13:01:23
LocusName:PA14_28810
PAO1 Ortholog Locus:
Sequence Length:5124
Protein Length:1707
Start: 2480409
Stop: 2485532
Strand: +
Type:
ChromosomeID:2
Status: ACTIVE
Frame Discrepancy: FALSE
Missense Discrepancy:FALSE
Comments:
Homology: emb|CAD84004.1| (BX321856) recQ; ATP-dependent DNA helicase [Nitrosomonas europaea ATCC 19718]
Identities = 1357/1457 (93%), Positives = 1398/1457 (95%)
Sequence:
ATGTCGCCACTTCCTCAACCCAAGGGCCTGATATTCGATCTTGAGGTAGTGCCGCCCAAGAACAATCAACCT
GCCCGAATCATGATGGTCGGTGCCCTTCGGCCTGACTTAGGGGCAGAGTTGGAGCTGAAGGTCTCTGGAGAC
CCGTCCCCAGCTTTGCAGCAGCTGGATGCACTGTCCGACGGGGCGAGTTTCGTGCTCGGCCACAATGTCATC
GACCACGATCTGCCTATCTTGCGCGAACATTTTCCCGGCATGGCTTTGCATGCTCTGCCGGTCATCGACACC
CTGCGTCTGTCGCCACTGGCGTTTCCACAAAACCCGTATCACCGGCTGATCAAGGATTACAAGCTTATCCGT
GACAGCCTCAACTCGCCGTTGTCCGACTGCCGCTCGACGTTGGTTCTTTTTCTGGATCAACGCCAGGCCTTC
ACGCAGTTGAACGAGACCAACCAGACGGAGCTTCTCTGCTATCAGGCGTTGCTGGCGCCGAGTATGCGGGGA
GATCTGGGGGCTTTCTTCGCATCCCTGACTGGGCAGTCTCCGGTGTCTGTACCCGAGCTCCGAGCGCGGTTT
CCACAATTGCTGCAAGAGACGGATCCAGCCCTTCAGCGTGACTTGAAGGTATGCCGAGCACGGCTTGAGCAA
CTACTTGAGGAGGATTTACAGCGGGAGGATCTGCATTGGCCGTTGGCCTACGCACTGGCCTGGCTCCGTGTA
TCTGGCGGCAACTCGGTACTGGCGCCCTGGGTGCGACATCAGTTTCCAGAGGTTGGGCGGCTAATCTCCGAG
CTGCGTGATATGCCGTGTGAGCGCGAGGATTGTCAGTACTGTCAGACGACTCATGACCCACGCCACGAGCTG
AAGCGCTATTTCGGCTTCCCCGATTTTCGTTACGAGGGTCCTGGAGAGAGTCTCCAGCACGATATAGTGCTG
GCCGGCATGCGTGGTCAACACGTCCTGGCCATCCTGGCGACCGGCGGGGGCAAGTCGCTGTGCTATCAGTTG
CCGGCGCTGAACCGGTTTCATCGTAACGGCAGCCTTACCGTCATCGTCTCGCCGCTGCAGTCGCTGATGAAG
GATCAGGTCGACGGGCTGCTGGAACGTAACGTCCAGTGCGCCGCAGCGCTGAATGGCCTGTTGACGATGCCG
GAGCGCGCCGAGGTACTGGAGAAAATCCAGATGGGCGATGTCGGCATTTTGCTGGTATCGCCCGAGCAGTTC
CGCAACAAGGCTTTCCGGCGAGCGATCCGCCAGCGTCAGGTCGGTGCCTGGATTTTCGATGAGGCGCATTGC
CTGTCGAAATGGGGTAGCGACTTTCGGCCAGACTACCTGTATGTCTCCCGCTTCATCCGGGTGTACACCGGT
GATCAACCGCTGGCGCAGATTGGTTGTTTTACCGCGACGGCCAAGCCTGATGTGCTCGCAGATATCCAGAGC
CATTTCAGGGAAAGCCTGGGCATTGAGTTCAAGGTGTTCCCCGGAGGGCACGAGCGAACCAATCTGCATTTT
GATGTGCTGCCCTGCACCAAGGCAGAGAAGTGGTCGCGTACGGATGGATTATTGCGAGAGCACCTGGACGCT
CAGGAGGGCGGTGCAGTCGTCTTCGTTTCCAGTCGCAAGAGTGCTGAGGAGCTGTCCGATTTCCTGATTGGC
CAAGGATGGCCTTGCAAGCACTTTCATGCCGGTCTTGAGCCCAACACCAAAACGGATATTCAGGACGACTTC
AAGGCTGGGCAACTGAGAATCATCGTAGCTACCAACGCCTTCGGAATGGGCGTGGACAAGGCTGATATCCGT
CTCGTCGTGCATGCCGACATACCAGGTTCGCTGGAGAACTACCTGCAGGAGGCGGGCAGGGCTGGGCGTGAT
CAGGGCGATGCGCGCTGTGTGCTGTTGTACGACCCGCAGGACATCGAAACCCAGTTCGGCATGAGCGAGCGC
TCGAAGCTCAGCATCCGCGACATCCAGCAGATCCTGCGCAAGTTGCGTAACGAGAGCAATCGGCGTAAGGGC
GGCAAGCTGGTCATCACGGCGGGTGAAATCCTGCTGGACGATGATGTTGAAACCAGCTTCTCCGCGGATGAG
CGTGATGCCGAAACCAAGGTCGTTACGGCGGTTGCCTGGCTGGAGCGTGGTGATTACCTCAAACGTGAGGAA
AACCATACGCAGATTTTCCCGGCACGGCTGGATGTGAGCGAGGAAGAGGCCGAGAAGCGCTTGCTGAAGGCC
GAGTTGCCGCAACGTCGATTGGAGGAGTTCAAGGCTATTCTGCGCTTTCTCTACGGCGCCGATGTTGATGAA
CGGGTGAATACCGACCAGTTGATGCAGTTGACCAGTCTGGAGTCGGAAGAGGTTGCCAGCGCACTCAAGCAA
TTGGAGGAGATGGGGCTGCTGGTCAACGACTCGCAGATAACGCTGTATGTGCGCCATGGTGTGACGGGGGCT
TCCAGTCAACGCCTTTCCAGCTCCCTGGAGCTGGAAAGGGCTTTGTTGCAATGCCTGCCAGAGCAGGCACCG
GACGCCGAGCATGGCGATTGGCAGGATTTGAATCTGCCGGCATTGACCGCTGAACTTAAGTCCGCGACAGGG
TTGGATGAACTGCTCCCGCTGCATGTGCTGCGGCTGTTGCGCAGCCTGGCCCAAGATCATGATGCCGATGAT
CAGCAGCGCAGTAGCCTTGAGCTCAGGCAACTCAATCGTGACTACCTCAAACTGCGTATCAAGGGTGGTCAC
TCCTGGGCGAAGATTGTTGGCTTTGGTGACGTGCGGCGTGCATTGGCTAGCAAGTTCCTGGAACTGTTGGTC
GGTAAGCTACCGGCAGGATTGCGTGGCGCGGATCTGCTGGTCGAAACGAGTTTTGGCGAATTGCTCCAGGTG
ATCGAAGGTGACCTCGAACTGCCGCATCTGATTCCGCCGAACAGGCGCCGTAAGGTGATTGAGCATGTCCTG
CTTTATTTGCATCGGCAGGACATTTTGACCCTCAACCACGGCATGACGGTCATGCGTCGGGCCATGACCATC
GAGGTCAAGAAGGAAGACAAGCGTAAGACCTTCCTCAAGGAGGACTACTTGCGACTCGACGAGCACTACCGC
GAGAAGCGCATTCAGGTTCATGTGATGCGTGAATATGCGGAAGTGGCGCTGAAGGAGATGGCTGAGGCGTTG
CGCCTGGTGCTGGACTACTTCACCGACTCCAAGCAGGCGTTTATCAAGCGGCATTTTAATGGGCGGGAGGAC
GTGCTCAAGCTGGCGACCAGCGAGGAGTCATGGAAATCGATTATCGAGTCGCTGAGCACTACTCAGAAACTG
ATAGTCGCCGACGATGACGACATAAATCGGCTGGTGCTGGCTGGGCCGGGCTCCGGCAAGACACGTGTGATC
GTGCATCGCATCGCTTACCTGCTGCGGGTGCGGCGAGTACCAGCGACCAGCATCGTGGCGTTGACCTTCAAC
CGCCACGCGGCGAACGAGATCCGCAAGCGGCTGTTGGCCTTGGTCGGGGCCGATGCCTACGGTGTCAGCGTC
CTGACCTATCACAGCATGGCCATGCGCTTGACCGGCACCCGTTTCGAGCGAGGCGCGACGGTCGACGAGCGA
GCCCTCAAACAAGTATTGAGCGATGCCGTCGAGTTGCTGGAGGGTAAGCGCAATATTGAGGGCGAGGACGAC
CTGCGCGAGCAGCTACTGCGCGGCTACCGTTACATCTTGGTTGATGAATACCAGGACATCGACGACCTGCAA
TACCGTCTGGTCAGTGCTCTGGCTGGGCGGCACGCGGAGGAAGATGGTCGGTTGTGCATCATGGCGGTAGGC
GACGATGACCAGAACATCTATGCCTGGCGCGATACCAATAATCGTTATATCGAGCGCTTCCGCGAGGACTAT
GAGGCCTCGACCAGCTTCCTGGTCGATAACTATCGTTCTTCCCTGCGCATCATTGAGGCGGCCAACCAACTC
ATTGGCCAGAATTTGGCTCGACTGAAAGAGGCCAATCCCATCCGGATCGACAGGGCTCGGCAGGAGCTGCCC
GCTGGCGGGCTATGGGAAGAGCGGGACGAGCAGCGGAAAGGTCAGGTAATGCGACTGCTGATCGACCCGAGC
GACCGTGAGCAGGGCAACCTGCAGGCACAGGCGGCCATGGTGGAGTTGGGACGGTTACTCGCGCTAGAACAG
GGGAGCTGGAACGGCTGTGCGGTTCTGGCTCGGACGCACCGCTATCTGTGGCCGATCCAGGCTTGGTGCGAG
CAGCACGATATTCCTTATTTCCTGGCAGCAGACAAGGAAACGGCGTTACCCATTACTCGGCAGCGCAGTTTT
GTGGCTGCAATCGACTATATGCGAGAAATCAAAGGTGCTTTGTGCGCGGCTGACGCATGGCAGCGTTTGTCG
GGTAGCAATCAACTGGTGGAAGCCGAGTGGAAGAGTTTTTTCCAGACGGCCTTTGAGCAAATGCGAGGAGAA
TTGGGCGACTGCCAACTTGGCAGTGGTGCCTTGATCGACTGGCTGTACGACTACGCCCGTGAATTGCGTCAA
CAGTCCAAGGACGGCCTCTATCTTGGTACCGTGCATTCGGCCAAAGGTCTGGAGTTCCGCCATGTCGTTCTG
CTGGATGGTGGCTGGAGCACGCAGGTCGATACCCTGGCTGATGAGCGACGTTTGTACTACGTGGGGGTGACG
CGAGCCGAACAGACCCTGACGTTGTGCGAATTCGCTGACGGCAATCCATTCAGTCGCAGCCTGATGAGAGAT
GTTCAGCAGCATGAGTTTCAGGGACAACCTCTTCCTGGGTTGGAGGTGCGCTTTCAGCAACTCACGCTGAAG
GAGATCGATATTGGTTTTGCCGGTCGTCAATCACCACATGCCCAGATACACAAGGCCATTGAGGCGCTTCGC
GAGGGCGATCCGCTGACGTTGAAGGAAGAGGCTGGTCGGTATCAACTGCTCGACAGGCAAGGCAACGTGGTT
GGGCGAACCGCTAAGTCATTCCAGCCACAGATCGGCTTCGATCAATGCGAAGTCGCAGCCGTCATGGTGCGG
TTTACTGAGGATAGTGAGGAGCAGTATAGGGATTTGAATAAGTGTGAGCGCTGGGAGGTGGTTGTGCCGAGG
GGGAGAGGGTAG
Translation:
MSPLPQPKGLIFDLEVVPPKNNQPARIMMVGALRPDLGAELELKVSGDPSPALQQLDALSDGASFVLGHNVI
DHDLPILREHFPGMALHALPVIDTLRLSPLAFPQNPYHRLIKDYKLIRDSLNSPLSDCRSTLVLFLDQRQAF
TQLNETNQTELLCYQALLAPSMRGDLGAFFASLTGQSPVSVPELRARFPQLLQETDPALQRDLKVCRARLEQ
LLEEDLQREDLHWPLAYALAWLRVSGGNSVLAPWVRHQFPEVGRLISELRDMPCEREDCQYCQTTHDPRHEL
KRYFGFPDFRYEGPGESLQHDIVLAGMRGQHVLAILATGGGKSLCYQLPALNRFHRNGSLTVIVSPLQSLMK
DQVDGLLERNVQCAAALNGLLTMPERAEVLEKIQMGDVGILLVSPEQFRNKAFRRAIRQRQVGAWIFDEAHC
LSKWGSDFRPDYLYVSRFIRVYTGDQPLAQIGCFTATAKPDVLADIQSHFRESLGIEFKVFPGGHERTNLHF
DVLPCTKAEKWSRTDGLLREHLDAQEGGAVVFVSSRKSAEELSDFLIGQGWPCKHFHAGLEPNTKTDIQDDF
KAGQLRIIVATNAFGMGVDKADIRLVVHADIPGSLENYLQEAGRAGRDQGDARCVLLYDPQDIETQFGMSER
SKLSIRDIQQILRKLRNESNRRKGGKLVITAGEILLDDDVETSFSADERDAETKVVTAVAWLERGDYLKREE
NHTQIFPARLDVSEEEAEKRLLKAELPQRRLEEFKAILRFLYGADVDERVNTDQLMQLTSLESEEVASALKQ
LEEMGLLVNDSQITLYVRHGVTGASSQRLSSSLELERALLQCLPEQAPDAEHGDWQDLNLPALTAELKSATG
LDELLPLHVLRLLRSLAQDHDADDQQRSSLELRQLNRDYLKLRIKGGHSWAKIVGFGDVRRALASKFLELLV
GKLPAGLRGADLLVETSFGELLQVIEGDLELPHLIPPNRRRKVIEHVLLYLHRQDILTLNHGMTVMRRAMTI
EVKKEDKRKTFLKEDYLRLDEHYREKRIQVHVMREYAEVALKEMAEALRLVLDYFTDSKQAFIKRHFNGRED
VLKLATSEESWKSIIESLSTTQKLIVADDDDINRLVLAGPGSGKTRVIVHRIAYLLRVRRVPATSIVALTFN
RHAANEIRKRLLALVGADAYGVSVLTYHSMAMRLTGTRFERGATVDERALKQVLSDAVELLEGKRNIEGEDD
LREQLLRGYRYILVDEYQDIDDLQYRLVSALAGRHAEEDGRLCIMAVGDDDQNIYAWRDTNNRYIERFREDY
EASTSFLVDNYRSSLRIIEAANQLIGQNLARLKEANPIRIDRARQELPAGGLWEERDEQRKGQVMRLLIDPS
DREQGNLQAQAAMVELGRLLALEQGSWNGCAVLARTHRYLWPIQAWCEQHDIPYFLAADKETALPITRQRSF
VAAIDYMREIKGALCAADAWQRLSGSNQLVEAEWKSFFQTAFEQMRGELGDCQLGSGALIDWLYDYARELRQ
QSKDGLYLGTVHSAKGLEFRHVVLLDGGWSTQVDTLADERRLYYVGVTRAEQTLTLCEFADGNPFSRSLMRD
VQQHEFQGQPLPGLEVRFQQLTLKEIDIGFAGRQSPHAQIHKAIEALREGDPLTLKEEAGRYQLLDRQGNVV
GRTAKSFQPQIGFDQCEVAAVMVRFTEDSEEQYRDLNKCERWEVVVPRGRG*
AnnotationID:6144GeneID:6143
AnnotatorUID: danlee
Modification Date/Time: 2005-10-12 15:03:24
Gene Name:
Confidence Code:3
GeneProduct:putative DNA helicase
Cell Localization:()
Synonyms:
Cell Localization Confidence Code:5
MolecularFunction:
Functional Category:(11) DNA replication, recombination, modification and repair
Alternate Gene Product Name:
Functional Category Confidence Code:5
COGs:COG0514
Secondary Functional Category(ies):
EC Number:
Status:ACTIVE
Pathway:






 
Homology:
gi|30180009|emb|CAD84004.1|  recQ; ATP-dependent DNA helicase [Nitrosomonas europaea 
ATCC 19718]
     Length=1457
     Score = 2702 bits (7003),  Expect = 0.0
     Identities = 1357/1457 (93%), Positives = 1398/1457 (95%), Gaps = 0/1457 (0%)

gi|63256852|gb|AAY37948.1|  ATP-dependent DNA helicase RecQ [Pseudomonas syringae 
pv. syringae B728a]
     Length=1473
     Score = 2061 bits (5341),  Expect = 0.0
     Identities = 1026/1469 (69%), Positives = 1209/1469 (82%), Gaps = 4/1469 (0%)

gi|53756057|gb|AAU90348.1|  ATP-dependent DNA helicase, UvrD/REP family [Methylococcus capsulatus 
str. Bath]
     Length=1469
     Score = 1196 bits (3094),  Expect = 0.0
     Identities = 683/1481 (46%), Positives = 929/1481 (62%), Gaps = 48/1481 (3%)






 
Structural Features:
COG0514, RecQ, Superfamily II DNA helicase [DNA replication, recombination, and repair].
             CD-Length = 590 residues, only  62.7% aligned
             Score =  328 bits (841), Expect = 5e-90

pfam00580, UvrD-helicase, UvrD/REP helicase.
             CD-Length = 496 residues, only  73.4% aligned
             Score =  135 bits (342), Expect = 4e-32

COG0210, UvrD, Superfamily I DNA and RNA helicases [DNA replication, recombination, and repair].
             CD-Length = 655 residues, only  57.7% aligned
             Score =  128 bits (323), Expect = 5e-30






   
Genomic Context:






   
Comment:


















    ReferenceID:12152




  
Author/Investigator(s):
        GenNotator





  
Title:
        




  
PubMed:
        


MedLine:
        




    
Source:






    
Reference Type:BLASTP 







    
Data:


    		




 
URL:

















    ReferenceID:29405




  
Author/Investigator(s):
        GenNotator





  
Title:
        CDD Search




  
PubMed:
        


MedLine:
        




    
Source:






    
Reference Type:RPSBLAST 







    
Data:


    		




 
URL:

















    ReferenceID:36303




  
Author/Investigator(s):
        





  
Title:
        CDD Search




  
PubMed:
        


MedLine:
        




    
Source:






    
Reference Type:Misc (text/plain)







    
Data:6143_cdd.html


    		




 
URL:









           
Homologs By Global Alignment 

           

       



     
Gene ID:6143
           
Identity:

                               
                                   0%
                               
                                   10%
                               
                                   20%
                               
                                   30%
                               
                                   40%
                               
                                   50%
                               
                                   60%
                               
                                   70%
                               
                                   80%
                               
                                   90%
                               
                                   100%
                               
                             

                           

     
HomologID
                           Accession
                           Description
                           Length
                           PctIdentity
                           PctSimilarity
                           Gaps
                           Score
     

     
     
198528
                           emb|CAD84004.1|
                           (BX321856) recQ; ATP-dependent DNA helicase [Nitrosomonas europaea ATCC 19718]
                           1707
                           79.49
                           81.89
                           250
                           7003.0
     

     
     
198533
                           gb|AAO58831.1|
                           (AE016875) ATP-dependent DNA helicase domain protein [Pseudomonas syringae pv. tomato str. DC3000]
                           1761
                           12.60
                           18.68
                           1173
                           614.0
     

     
     
198529
                           gb|AAO04098.1|AE016745_197
                           (AE016745) ATP-dependent DNA helicase RecQ [Staphylococcus epidermidis ATCC 12228]
                           1742
                           11.76
                           18.31
                           1184
                           634.0
     

     
     
198530
                           dbj|BAB41909.1|
                           (AP003131) probable DNA helicase [Staphylococcus aureus subsp. aureus N315]
                           1736
                           11.40
                           18.31
                           1172
                           626.0
     

     
     
198531
                           dbj|BAB94548.1|
                           (AP004824) probable DNA helicase [Staphylococcus aureus subsp. aureus MW2]
                           1736
                           11.40
                           18.31
                           1172
                           626.0
     

     






      

          
GC ORFID: 49145How Found: Glimmer

          
GC_TrimmedSeqID: 69Blast Result ID

          
Subject Sequence Name: Glimmer Score: 

          
Start: 2473517Stop: 2468394

          
Length: 5124


          
Start Codon: ATGTruncated Start:

          
Stop Codon: TAGTruncated Stop: 

          
Homolog: psyr_15may02_Scaffold7_revised_gene7307 related to: gi|15923711|ref|NP_371245.1| (NC_002758) probable DNA helicase [Staphylococcus aureus subsp. aureus Mu50] ref|NP_373931.1| (NC_002745) probable DNA helicase [Staphylococcus aureus subsp. aureus N315] dbjHomolog Bit Score 2374.0

          
Other Homologs:  psyr_15may02_Scaffold7_revised_gene7307 related to: gi|15923711|ref|NP_371245.1| (NC_002758) probable DNA helicase [Staphylococcus aureus subsp. aureus Mu50] ref|NP_373931.1| (NC_002745) probable DNA helicase [Staphylococcus aureus subsp. aureus N315] dbj|BAB41909.1| (AP003131) probable DNA helica-TRUNCATED- (BLASTP 2374), psyr_15may02_Scaffold14_revised_gene2427 related to: gi|16801959|ref|NP_472227.1| (NC_003212) similar to ATP-dependent DNA helicases [Listeria innocua] emb|CAC98125.1| (AL596174) similar to ATP-dependent DNA helicases [Listeria innocua] (BLASTP 228)

          
GC ORF Sequence

           
ATGTCGCCACTTCCTCAACCCAAGGGCCTGATATTCGATCTTGAGGTAGTGCCGCCCAAGAACAATCAACCT 
GCCCGAATCATGATGGTCGGTGCCCTTCGGCCTGACTTAGGGGCAGAGTTGGAGCTGAAGGTCTCTGGAGAC 
CCGTCCCCAGCTTTGCAGCAGCTGGATGCACTGTCCGACGGGGCGAGTTTCGTGCTCGGCCACAATGTCATC 
GACCACGATCTGCCTATCTTGCGCGAACATTTTCCCGGCATGGCTTTGCATGCTCTGCCGGTCATCGACACC 
CTGCGTCTGTCGCCACTGGCGTTTCCACAAAACCCGTATCACCGGCTGATCAAGGATTACAAGCTTATCCGT 
GACAGCCTCAACTCGCCGTTGTCCGACTGCCGCTCGACGTTGGTTCTTTTTCTGGATCAACGCCAGGCCTTC 
ACGCAGTTGAACGAGACCAACCAGACGGAGCTTCTCTGCTATCAGGCGTTGCTGGCGCCGAGTATGCGGGGA 
GATCTGGGGGCTTTCTTCGCATCCCTGACTGGGCAGTCTCCGGTGTCTGTACCCGAGCTCCGAGCGCGGTTT 
CCACAATTGCTGCAAGAGACGGATCCAGCCCTTCAGCGTGACTTGAAGGTATGCCGAGCACGGCTTGAGCAA 
CTACTTGAGGAGGATTTACAGCGGGAGGATCTGCATTGGCCGTTGGCCTACGCACTGGCCTGGCTCCGTGTA 
TCTGGCGGCAACTCGGTACTGGCGCCCTGGGTGCGACATCAGTTTCCAGAGGTTGGGCGGCTAATCTCCGAG 
CTGCGTGATATGCCGTGTGAGCGCGAGGATTGTCAGTACTGTCAGACGACTCATGACCCACGCCACGAGCTG 
AAGCGCTATTTCGGCTTCCCCGATTTTCGTTACGAGGGTCCTGGAGAGAGTCTCCAGCACGATATAGTGCTG 
GCCGGCATGCGTGGTCAACACGTCCTGGCCATCCTGGCGACCGGCGGGGGCAAGTCGCTGTGCTATCAGTTG 
CCGGCGCTGAACCGGTTTCATCGTAACGGCAGCCTTACCGTCATCGTCTCGCCGCTGCAGTCGCTGATGAAG 
GATCAGGTCGACGGGCTGCTGGAACGTAACGTCCAGTGCGCCGCAGCGCTGAATGGCCTGTTGACGATGCCG 
GAGCGCGCCGAGGTACTGGAGAAAATCCAGATGGGCGATGTCGGCATTTTGCTGGTATCGCCCGAGCAGTTC 
CGCAACAAGGCTTTCCGGCGAGCGATCCGCCAGCGTCAGGTCGGTGCCTGGATTTTCGATGAGGCGCATTGC 
CTGTCGAAATGGGGTAGCGACTTTCGGCCAGACTACCTGTATGTCTCCCGCTTCATCCGGGTGTACACCGGT 
GATCAACCGCTGGCGCAGATTGGTTGTTTTACCGCGACGGCCAAGCCTGATGTGCTCGCAGATATCCAGAGC 
CATTTCAGGGAAAGCCTGGGCATTGAGTTCAAGGTGTTCCCCGGAGGGCACGAGCGAACCAATCTGCATTTT 
GATGTGCTGCCCTGCACCAAGGCAGAGAAGTGGTCGCGTACGGATGGATTATTGCGAGAGCACCTGGACGCT 
CAGGAGGGCGGTGCAGTCGTCTTCGTTTCCAGTCGCAAGAGTGCTGAGGAGCTGTCCGATTTCCTGATTGGC 
CAAGGATGGCCTTGCAAGCACTTTCATGCCGGTCTTGAGCCCAACACCAAAACGGATATTCAGGACGACTTC 
AAGGCTGGGCAACTGAGAATCATCGTAGCTACCAACGCCTTCGGAATGGGCGTGGACAAGGCTGATATCCGT 
CTCGTCGTGCATGCCGACATACCAGGTTCGCTGGAGAACTACCTGCAGGAGGCGGGCAGGGCTGGGCGTGAT 
CAGGGCGATGCGCGCTGTGTGCTGTTGTACGACCCGCAGGACATCGAAACCCAGTTCGGCATGAGCGAGCGC 
TCGAAGCTCAGCATCCGCGACATCCAGCAGATCCTGCGCAAGTTGCGTAACGAGAGCAATCGGCGTAAGGGC 
GGCAAGCTGGTCATCACGGCGGGTGAAATCCTGCTGGACGATGATGTTGAAACCAGCTTCTCCGCGGATGAG 
CGTGATGCCGAAACCAAGGTCGTTACGGCGGTTGCCTGGCTGGAGCGTGGTGATTACCTCAAACGTGAGGAA 
AACCATACGCAGATTTTCCCGGCACGGCTGGATGTGAGCGAGGAAGAGGCCGAGAAGCGCTTGCTGAAGGCC 
GAGTTGCCGCAACGTCGATTGGAGGAGTTCAAGGCTATTCTGCGCTTTCTCTACGGCGCCGATGTTGATGAA 
CGGGTGAATACCGACCAGTTGATGCAGTTGACCAGTCTGGAGTCGGAAGAGGTTGCCAGCGCACTCAAGCAA 
TTGGAGGAGATGGGGCTGCTGGTCAACGACTCGCAGATAACGCTGTATGTGCGCCATGGTGTGACGGGGGCT 
TCCAGTCAACGCCTTTCCAGCTCCCTGGAGCTGGAAAGGGCTTTGTTGCAATGCCTGCCAGAGCAGGCACCG 
GACGCCGAGCATGGCGATTGGCAGGATTTGAATCTGCCGGCATTGACCGCTGAACTTAAGTCCGCGACAGGG 
TTGGATGAACTGCTCCCGCTGCATGTGCTGCGGCTGTTGCGCAGCCTGGCCCAAGATCATGATGCCGATGAT 
CAGCAGCGCAGTAGCCTTGAGCTCAGGCAACTCAATCGTGACTACCTCAAACTGCGTATCAAGGGTGGTCAC 
TCCTGGGCGAAGATTGTTGGCTTTGGTGACGTGCGGCGTGCATTGGCTAGCAAGTTCCTGGAACTGTTGGTC 
GGTAAGCTACCGGCAGGATTGCGTGGCGCGGATCTGCTGGTCGAAACGAGTTTTGGCGAATTGCTCCAGGTG 
ATCGAAGGTGACCTCGAACTGCCGCATCTGATTCCGCCGAACAGGCGCCGTAAGGTGATTGAGCATGTCCTG 
CTTTATTTGCATCGGCAGGACATTTTGACCCTCAACCACGGCATGACGGTCATGCGTCGGGCCATGACCATC 
GAGGTCAAGAAGGAAGACAAGCGTAAGACCTTCCTCAAGGAGGACTACTTGCGACTCGACGAGCACTACCGC 
GAGAAGCGCATTCAGGTTCATGTGATGCGTGAATATGCGGAAGTGGCGCTGAAGGAGATGGCTGAGGCGTTG 
CGCCTGGTGCTGGACTACTTCACCGACTCCAAGCAGGCGTTTATCAAGCGGCATTTTAATGGGCGGGAGGAC 
GTGCTCAAGCTGGCGACCAGCGAGGAGTCATGGAAATCGATTATCGAGTCGCTGAGCACTACTCAGAAACTG 
ATAGTCGCCGACGATGACGACATAAATCGGCTGGTGCTGGCTGGGCCGGGCTCCGGCAAGACACGTGTGATC 
GTGCATCGCATCGCTTACCTGCTGCGGGTGCGGCGAGTACCAGCGACCAGCATCGTGGCGTTGACCTTCAAC 
CGCCACGCGGCGAACGAGATCCGCAAGCGGCTGTTGGCCTTGGTCGGGGCCGATGCCTACGGTGTCAGCGTC 
CTGACCTATCACAGCATGGCCATGCGCTTGACCGGCACCCGTTTCGAGCGAGGCGCGACGGTCGACGAGCGA 
GCCCTCAAACAAGTATTGAGCGATGCCGTCGAGTTGCTGGAGGGTAAGCGCAATATTGAGGGCGAGGACGAC 
CTGCGCGAGCAGCTACTGCGCGGCTACCGTTACATCTTGGTTGATGAATACCAGGACATCGACGACCTGCAA 
TACCGTCTGGTCAGTGCTCTGGCTGGGCGGCACGCGGAGGAAGATGGTCGGTTGTGCATCATGGCGGTAGGC 
GACGATGACCAGAACATCTATGCCTGGCGCGATACCAATAATCGTTATATCGAGCGCTTCCGCGAGGACTAT 
GAGGCCTCGACCAGCTTCCTGGTCGATAACTATCGTTCTTCCCTGCGCATCATTGAGGCGGCCAACCAACTC 
ATTGGCCAGAATTTGGCTCGACTGAAAGAGGCCAATCCCATCCGGATCGACAGGGCTCGGCAGGAGCTGCCC 
GCTGGCGGGCTATGGGAAGAGCGGGACGAGCAGCGGAAAGGTCAGGTAATGCGACTGCTGATCGACCCGAGC 
GACCGTGAGCAGGGCAACCTGCAGGCACAGGCGGCCATGGTGGAGTTGGGACGGTTACTCGCGCTAGAACAG 
GGGAGCTGGAACGGCTGTGCGGTTCTGGCTCGGACGCACCGCTATCTGTGGCCGATCCAGGCTTGGTGCGAG 
CAGCACGATATTCCTTATTTCCTGGCAGCAGACAAGGAAACGGCGTTACCCATTACTCGGCAGCGCAGTTTT 
GTGGCTGCAATCGACTATATGCGAGAAATCAAAGGTGCTTTGTGCGCGGCTGACGCATGGCAGCGTTTGTCG 
GGTAGCAATCAACTGGTGGAAGCCGAGTGGAAGAGTTTTTTCCAGACGGCCTTTGAGCAAATGCGAGGAGAA 
TTGGGCGACTGCCAACTTGGCAGTGGTGCCTTGATCGACTGGCTGTACGACTACGCCCGTGAATTGCGTCAA 
CAGTCCAAGGACGGCCTCTATCTTGGTACCGTGCATTCGGCCAAAGGTCTGGAGTTCCGCCATGTCGTTCTG 
CTGGATGGTGGCTGGAGCACGCAGGTCGATACCCTGGCTGATGAGCGACGTTTGTACTACGTGGGGGTGACG 
CGAGCCGAACAGACCCTGACGTTGTGCGAATTCGCTGACGGCAATCCATTCAGTCGCAGCCTGATGAGAGAT 
GTTCAGCAGCATGAGTTTCAGGGACAACCTCTTCCTGGGTTGGAGGTGCGCTTTCAGCAACTCACGCTGAAG 
GAGATCGATATTGGTTTTGCCGGTCGTCAATCACCACATGCCCAGATACACAAGGCCATTGAGGCGCTTCGC 
GAGGGCGATCCGCTGACGTTGAAGGAAGAGGCTGGTCGGTATCAACTGCTCGACAGGCAAGGCAACGTGGTT 
GGGCGAACCGCTAAGTCATTCCAGCCACAGATCGGCTTCGATCAATGCGAAGTCGCAGCCGTCATGGTGCGG 
TTTACTGAGGATAGTGAGGAGCAGTATAGGGATTTGAATAAGTGTGAGCGCTGGGAGGTGGTTGTGCCGAGG 
GGGAGAGGGTAG