TGAM01_v207818 cDNA ORF clone, Trichoderma gamsii

Gene
Clones
gRNAs

Summary

Gene Symbol	TGAM01_v207818
Entrez Gene ID	29985402
Full Name	hypothetical protein
Gene Type	protein-coding
Organism	Trichoderma gamsii

mRNA and Protein(s)

mRNA	Protein	Name
XM_018805319.1	XP_018661490.1	hypothetical protein

Pathways from BioSystems
Gene Ontology
Bibliography

Related articles in PubMed

Draft Whole-Genome Sequence of Trichoderma gamsii T6085, a Promising Biocontrol Agent of Fusarium Head Blight on Wheat.
Baroncelli R, Zapparata A, Piaggeschi G, Sarrocco S, Vannacci G
Genome announcements4(1)(2016 Feb)

GeneRIFs: Gene References Into Functions What's a GeneRIF?

The following TGAM01_v207818 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the TGAM01_v207818 cDNA ORF which is encoded by the open reading frame (ORF) sequence. ORF sequences can be delivered in our standard vector, pcDNA3.1⁺/C-(K)DYK or the vector of your choice as an expression/transfection-ready ORF clone. Not the clone you want? Click here to find your clone.

***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)	Select
OTr99891	XM_018805319.1 Latest version!	Trichoderma gamsii hypothetical protein (TGAM01_v207818), partial mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$881.30 $1259.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
1 Clone	30% OFF
2-4 Clone	40% OFF
5 or more Clone	50% OFF
All Other ORF Clones
30% OFF

*Business Day

** You may select a custom vector to replace pcDNA3.1+/C-(K)DYK after clone is added to cart.

** GenScript guarantees 100% sequence accuracy of all synthetic DNA constructs we deliver, but we do not guarantee protein expression in your experimental system. Protein expression is influenced by many factors that may vary between experiments or laboratories. In addition, please pay attention to the signal peptide, propeptide and transit peptide in target ORF, which may affect the choice of vector (N/C terminal tag vector).

***One clone ID might be correlated to multiple accession numbers, which share the same CDS sequence.

Reference Sequences (Refseq)

TGAM01_v207818 ( XM_018805319.1 ) cDNA ORF clone, Trichoderma gamsii -> XP_018661490.1 Trichoderma gamsii hypothetical protein (TGAM01_v207818), partial mRNA.

Price & Availability↑

CloneID	OTr99891
Clone ID Related Accession (Same CDS sequence)	XM_018805319.1
Accession Version	XM_018805319.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4557bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2018-04-03
Organism	Trichoderma gamsii
Product	hypothetical protein
Comment	Comment: PROVISIONAL REFSEQ: This record has not yet been subject to final NCBI review. This record is derived from an annotated genomic sequence (NW_020171367). COMPLETENESS: incomplete on both ends.

ATGTCAGCTA TACCAAACCC ACCGCTGGAA GATGTTGTAC GAGAACCTGA TGATCAACCC 
GAACTCGAAG ATATCGTCGA AGATGATGAG CAGAAGAAAG ATGACGACCA AGCGCAAGAA 
GCACCGGTGG CAAAGAACAG AAAACAGGAT ATGAAATTCC AAGAGTGGCT TGAGAAGAAC 
CAGAAAGAAG TCCTCAAGGC CTCGAAGGCG GATATGGACA GCCGGTTAGA GCGGCTGGAC 
AAGATATCAA TCGAAAAGCT ACTCAGAGGC AGTTCTGAGA GAATTATTGC GAGCCCCCGC 
GAATACCAGA TTGACTTGTA CGAGCGAGCA AAGAACGAGA ATACGATTGT GGTCCTTGAC 
ACAGGCACTG GCAAAACACT AATCGCTGCA CTTCTTCTAC GGAGAGTCCT TGAAGTCGAA 
GTAGAGAACC GCGCAAAGGG CTACACGCCC AAGACTGCCT TCTTCATCGT GGAGAAGGTG 
GCGTTGTGTT TTCAGCAGCA CGCTGTTCTG ACCAGCAATC TCGAGTTTCC AATCGGCAAA 
ATCTTCGGCG ACATGAACGG TGATATTGGA TGTCCAGAGT TTTGGCGTCA ACAGTTTTCA 
GAAAACATGG CATTTGTATG TACTGCGCAG ACATTGCTCA GCATGTTCGG CGCTGGTTTC 
ATCTCCATGG ACCGAGTTAA CTTGCTTGTC TTCGACGAGG CGCATCATAC AAAAAAGAAC 
CACGCGTACG CCCGAATCAT GGAGTATTAC CCTCGTTGGG AGAATGAGCG TCCTCGTATA 
CTCGGGATGA CGGCATCCCC AGTGGACACA TCAAAAGCAG ATGTTCGCAT AGCTGCTATG 
GACTTGGAAG AAACGCTCTG TGGTAAAATC GCCACAATCT CGGACGAGTC CATAGGGGGG 
TTTCGGGATA ATCGAGATGA AACAGAGCGT ACCGAATGCT ATGAGAAACT GGAGGATCCC 
GAACACTCAA AGACAAATCT GTGGGAGGCC ATCTCTCGCT GTATTGGTCA CAATTCGCAA 
TTCAAAGCGC ATCTTAGCTT TACAAGGGAC GCATCCTCAG TCTTGGGTAC GTGGTGCGCA 
GACCGATACT GGCAGCTCCT AATCACAAAC GACGAGATGG CTAAAATTGA GGCAAAGACT 
GGGCGTGACA CTCTGGACCT TGACGTTTTC GACAGCGATG AGGCCATAGC GGCTGTTAGT 
AGAACGAGAG ACATTATTCA AGATCACCAG TTCGGACCAA TAACCAATAA CTGGTCAGAT 
CTTTCGTCAA AGGTCAAAAC ACTCCATGGA ATCCTTGACA ATGCCTTCAG TCAGCGGCTC 
TCGAAAAGGT GCATTGTGTT TGTGGAACAA AGAACGACTG CATTCCTGCT GGCAGATTTG 
TTCAGCCAAC CAGGAATAAG TATCCCAGGA ATGAGAACAG CCTACATGAT TGGTTCCAAC 
GTGACCTCGG GCGCGGCATG TATGTCCCTC AAGGACCAGG TCGTGTCTCT TCAAAAATTC 
AAACGCGGCG AATTCAACTG TCTTTTTGCC ACTTCCGTAG CGGAGGAGGG AATTGACGTA 
CCAGAATGCG ACGTTATCGT TCGCTTTGAC CTCTGCGTAT CAGCCATTCA ATATATTCAG 
TCAAAAGGCA GAGCTCGACA AAGCTCCTTC CTCTATGTTA CCATGGTAGA AAGCAAGAAC 
ATCCTCCATC ATCAAAAATT CCAGCAAGCG AAATCAGCTG CATTCGAGTT ACAACGGTTT 
TGTCGTGCTC TACCCGACGA TCGCAAAGTG GAAGACTTTG ATGTCAGGCC TGAAGTATTG 
AGAAGCTGTG AGTCTGTTAT TGCCACCGAG GCGGGTGGTG GCCTGAAGCT TGTCGACAGC 
TTGGCATGTT TAGCCAAGTA TACATCATCT TTATCCCGAG ATGGACTGCA AAAAGTGGAA 
TACGTTGTCC AGCCCGACAA GAAACAATTC ATTGCGAGCG TTGTCTTGCC AGATGGATCA 
CCGATCAAGA CTATCCAAGG AGTAACACAA CGAACCAAAC AGCTAGCAAG ATGTTCGGCC 
GCCTTTGAAG CCTGCAGGAT CTTGATTGAA AAAGGATACA TCGATAAGCA CCTCCAGCCG 
GCTTTTGCCA AGAAATTGCC TGCGATGCGA AATGCGAGAT TGGCGCTTTC AGCAGACAAG 
AAGTCAGAGT ATGAAATGCT GGTCAAGCCC AGGTTTTGGT CACTTTGTCT CGGCCCTGAG 
CTTCCTACCG CCCTGTATCA GACGACCATA TCTCTCAGCC AGCCAGCAGC TCTTGGGTAT 
CCATCCCGGC CTCTAATTCT TCTAACGAGA AATCCGCTGC CTGATATACC AAGCGCTCCC 
CTATTTTTTA GCGGTGGTCA AACGTCCGCT GTCCGACTTT CACATTCAGA GCCTTCCCTT 
GAAGTAACGG CAAAGGAGAT AAGGGCGCTA TCCGGCTTCA CACTGAGGAT CTTTGCACAT 
GTTTTTAGTA AGGAATATGA GGCCGAACCA CACGAGCTTC CATATTTTAT TGCTCCGTGT 
AGCGTTTCCA AGAACCAAAA TAAAGAATAC GAATCAAATA TCGACTGGGA GGCTGTGAAT 
TATGTTGCAG CAACTGACTG TCTTGAGTGG TTAAACGCTC CAAAAGAGTT CTTCAAAGAC 
AAGTTTGCCG CGGATCCATG GGACGGATCA CGCAAATACA TCTTGCGTGG GATCAACGAA 
CAGCTGAAGC CATCTGATCC GACTCCGGCT GGTGTTCCCC AGCCAAAGAG CTTGGCGTAT 
AAAAAGGTTG AGCAAACCAT CAAAGAGTAC AGCAACAGTC TTTCCTTGCA GTCGAGAAAG 
CGAAGAAATT GGAGTGATGA TCAGCCAGTC GTCAACGCTG AACTTCTTTC GATAAGACGA 
AACTTTTTGG ACGAGTTCTT TATCGATGAC AAGGCGGACA GCACTTGTTA CGTTATTCTT 
GAGCCCCTCA GGGTATCTCC TCTGCCGGTT GACATTGCCA TCATGGCCTT ACTTTTGCCT 
GTGGTCATGT ACAGGATCGA CTCTGTGTTG ATCGCCTCGG AAATATGCTC ATTAGTTGAT 
CTGGCCGTTC GCCCTGAACT TGCTCTGGAA GCAGTCACCA AGGACAGTTT CAATACCGAA 
GAGCACGGTG AAAACCAGGT CGATTTTCAA CCCGGCATGG GTAAGAATTA CGAGCGCCTA 
GAATTTCTTG GCGACACCTT CTTAAAGATG GCTACCACTA TCTCTGTGTA CACACTCTAC 
CCCAACGAGA ACGAATTCGA GTACCATGTG AAGCGGATGT TAATGCTGAA CAACAAAAAC 
TTGTTTACTC ATGCCATAGA GAAGAAGTTG CCGGGCTATA TCCGTACCAG AGCATTTGAC 
CGTCGAACAT GGTATCCGAG CGATCTCAAG CTGAAGAAGG GCAAACCAAC CAAAGCAAAG 
GCTAGGCATT GCTTATCACA CAAATCGATT GCAGACGTTT GTGAAGCGCT CATTGGAGCA 
GCGTACTTGA CAGGCAAGAG CAACAATAGC ATGGATATGG CGGTAAAGGC AGTCACAGCC 
ATGGTCGACT CGGAAAACCA CACCATGGTC AACTTTAGCG ACTACCGTGC AAGATATACG 
GCCCCGGAAT GGCACAGCTA TGAGCCAAAT GCGGCGCAGC GCAACATGGT GGAACGCATT 
GCTGAGATCA CGGGCTACCG CTTCCAGTGC GCGCCTCTTC TACGCAGTGC CTTTAAGCAC 
TCATCGTACG TATACGAAGA AAAGATCAGG CGCGACTACC AACAACTTGA GTTTCTGGGA 
GATGCTTTGA TAGACATGGT CGTGGTCGAC TTTTTATATA GCCGATTCCC CGAAGCGGAT 
CCAAAGTGGC TGACAGAACA CAAGATGGCC ATGGTGTCGA ATCAGTTTCT GGGCTTCCTC 
AACGTTAAGC TTGGCCTTAG CAAGCATCTA ATGCTTGCTA CATCCCAACT CCACAGCAAT 
ATCAGGGAGT ATACAGCCGA GGCCAAGGAA GCTGAGGAAA AGGCCAAGGC TTGCGAGCCA 
CAAGACAGTG AAGCTGCAGC CGATGCCCCG AGTGTGACGC AAGATTTCTG GGCTGAGATT 
CAGCAGCCGC CGAAAGCTCT GGCCGACGTT GTTGAGTCTC TTGTGGGTGC CATGTTTGTC 
GACTCGGGGT ACTCCTTCTC CGTGGTGCAA GACTTCTTTG CCAAGTTCAT ACAGCCCTAC 
TTCGAAGACA TGGCGCTACT CTCGTCATTC GCTTCCAATC ACCCAGTCAC CGTCCTAATA 
CACACCTTGC AGGAAGACTA CCGCTGTACT CAGTGGAAGC TTCACATGGC CAGCGTACCG 
CCCTCCACAG ACGACGCGGG GGTCGCAATC TTGGCCGAGA GCGAGCTTCT CTGCGCGCTA 
ATGATCCATG GCAACGTGAT TGCCCATGCC ACGTCGACAA AGAGCGGCGT GACTGCCAAG 
TTGACGGTTG CAAAATTAGC GCTGAAGAAG CTGGAATCTA TCCAGGACGC GAACCATTTT 
AGGACGGAGA TGGGGTGTGA TTGTGGCGGT GGTGGTTCTG CGGCCGCTAT GAACTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_018661490.1
CDS	1..4557
Translation	MSAIPNPPLEDVVREPDDQPELEDIVEDDEQKKDDDQAQEAPVAKNRKQDMKFQEWLEKNQKEVLKASKADMDSRLERLDKISIEKLLRGSSERIIASPREYQIDLYERAKNENTIVVLDTGTGKTLIAALLLRRVLEVEVENRAKGYTPKTAFFIVEKVALCFQQHAVLTSNLEFPIGKIFGDMNGDIGCPEFWRQQFSENMAFVCTAQTLLSMFGAGFISMDRVNLLVFDEAHHTKKNHAYARIMEYYPRWENERPRILGMTASPVDTSKADVRIAAMDLEETLCGKIATISDESIGGFRDNRDETERTECYEKLEDPEHSKTNLWEAISRCIGHNSQFKAHLSFTRDASSVLGTWCADRYWQLLITNDEMAKIEAKTGRDTLDLDVFDSDEAIAAVSRTRDIIQDHQFGPITNNWSDLSSKVKTLHGILDNAFSQRLSKRCIVFVEQRTTAFLLADLFSQPGISIPGMRTAYMIGSNVTSGAACMSLKDQVVSLQKFKRGEFNCLFATSVAEEGIDVPECDVIVRFDLCVSAIQYIQSKGRARQSSFLYVTMVESKNILHHQKFQQAKSAAFELQRFCRALPDDRKVEDFDVRPEVLRSCESVIATEAGGGLKLVDSLACLAKYTSSLSRDGLQKVEYVVQPDKKQFIASVVLPDGSPIKTIQGVTQRTKQLARCSAAFEACRILIEKGYIDKHLQPAFAKKLPAMRNARLALSADKKSEYEMLVKPRFWSLCLGPELPTALYQTTISLSQPAALGYPSRPLILLTRNPLPDIPSAPLFFSGGQTSAVRLSHSEPSLEVTAKEIRALSGFTLRIFAHVFSKEYEAEPHELPYFIAPCSVSKNQNKEYESNIDWEAVNYVAATDCLEWLNAPKEFFKDKFAADPWDGSRKYILRGINEQLKPSDPTPAGVPQPKSLAYKKVEQTIKEYSNSLSLQSRKRRNWSDDQPVVNAELLSIRRNFLDEFFIDDKADSTCYVILEPLRVSPLPVDIAIMALLLPVVMYRIDSVLIASEICSLVDLAVRPELALEAVTKDSFNTEEHGENQVDFQPGMGKNYERLEFLGDTFLKMATTISVYTLYPNENEFEYHVKRMLMLNNKNLFTHAIEKKLPGYIRTRAFDRRTWYPSDLKLKKGKPTKAKARHCLSHKSIADVCEALIGAAYLTGKSNNSMDMAVKAVTAMVDSENHTMVNFSDYRARYTAPEWHSYEPNAAQRNMVERIAEITGYRFQCAPLLRSAFKHSSYVYEEKIRRDYQQLEFLGDALIDMVVVDFLYSRFPEADPKWLTEHKMAMVSNQFLGFLNVKLGLSKHLMLATSQLHSNIREYTAEAKEAEEKAKACEPQDSEAAADAPSVTQDFWAEIQQPPKALADVVESLVGAMFVDSGYSFSVVQDFFAKFIQPYFEDMALLSSFASNHPVTVLIHTLQEDYRCTQWKLHMASVPPSTDDAGVAILAESELLCALMIHGNVIAHATSTKSGVTAKLTVAKLALKKLESIQDANHFRTEMGCDCGGGGSAAAMN

Target ORF information:

RefSeq Version	XM_018805319.1
Organism	Trichoderma gamsii
Definition	Trichoderma gamsii hypothetical protein (TGAM01_v207818), partial mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_018805319.1

ORF Insert Sequence:

ATGTCAGCTA TACCAAACCC ACCGCTGGAA GATGTTGTAC GAGAACCTGA TGATCAACCC 
GAACTCGAAG ATATCGTCGA AGATGATGAG CAGAAGAAAG ATGACGACCA AGCGCAAGAA 
GCACCGGTGG CAAAGAACAG AAAACAGGAT ATGAAATTCC AAGAGTGGCT TGAGAAGAAC 
CAGAAAGAAG TCCTCAAGGC CTCGAAGGCG GATATGGACA GCCGGTTAGA GCGGCTGGAC 
AAGATATCAA TCGAAAAGCT ACTCAGAGGC AGTTCTGAGA GAATTATTGC GAGCCCCCGC 
GAATACCAGA TTGACTTGTA CGAGCGAGCA AAGAACGAGA ATACGATTGT GGTCCTTGAC 
ACAGGCACTG GCAAAACACT AATCGCTGCA CTTCTTCTAC GGAGAGTCCT TGAAGTCGAA 
GTAGAGAACC GCGCAAAGGG CTACACGCCC AAGACTGCCT TCTTCATCGT GGAGAAGGTG 
GCGTTGTGTT TTCAGCAGCA CGCTGTTCTG ACCAGCAATC TCGAGTTTCC AATCGGCAAA 
ATCTTCGGCG ACATGAACGG TGATATTGGA TGTCCAGAGT TTTGGCGTCA ACAGTTTTCA 
GAAAACATGG CATTTGTATG TACTGCGCAG ACATTGCTCA GCATGTTCGG CGCTGGTTTC 
ATCTCCATGG ACCGAGTTAA CTTGCTTGTC TTCGACGAGG CGCATCATAC AAAAAAGAAC 
CACGCGTACG CCCGAATCAT GGAGTATTAC CCTCGTTGGG AGAATGAGCG TCCTCGTATA 
CTCGGGATGA CGGCATCCCC AGTGGACACA TCAAAAGCAG ATGTTCGCAT AGCTGCTATG 
GACTTGGAAG AAACGCTCTG TGGTAAAATC GCCACAATCT CGGACGAGTC CATAGGGGGG 
TTTCGGGATA ATCGAGATGA AACAGAGCGT ACCGAATGCT ATGAGAAACT GGAGGATCCC 
GAACACTCAA AGACAAATCT GTGGGAGGCC ATCTCTCGCT GTATTGGTCA CAATTCGCAA 
TTCAAAGCGC ATCTTAGCTT TACAAGGGAC GCATCCTCAG TCTTGGGTAC GTGGTGCGCA 
GACCGATACT GGCAGCTCCT AATCACAAAC GACGAGATGG CTAAAATTGA GGCAAAGACT 
GGGCGTGACA CTCTGGACCT TGACGTTTTC GACAGCGATG AGGCCATAGC GGCTGTTAGT 
AGAACGAGAG ACATTATTCA AGATCACCAG TTCGGACCAA TAACCAATAA CTGGTCAGAT 
CTTTCGTCAA AGGTCAAAAC ACTCCATGGA ATCCTTGACA ATGCCTTCAG TCAGCGGCTC 
TCGAAAAGGT GCATTGTGTT TGTGGAACAA AGAACGACTG CATTCCTGCT GGCAGATTTG 
TTCAGCCAAC CAGGAATAAG TATCCCAGGA ATGAGAACAG CCTACATGAT TGGTTCCAAC 
GTGACCTCGG GCGCGGCATG TATGTCCCTC AAGGACCAGG TCGTGTCTCT TCAAAAATTC 
AAACGCGGCG AATTCAACTG TCTTTTTGCC ACTTCCGTAG CGGAGGAGGG AATTGACGTA 
CCAGAATGCG ACGTTATCGT TCGCTTTGAC CTCTGCGTAT CAGCCATTCA ATATATTCAG 
TCAAAAGGCA GAGCTCGACA AAGCTCCTTC CTCTATGTTA CCATGGTAGA AAGCAAGAAC 
ATCCTCCATC ATCAAAAATT CCAGCAAGCG AAATCAGCTG CATTCGAGTT ACAACGGTTT 
TGTCGTGCTC TACCCGACGA TCGCAAAGTG GAAGACTTTG ATGTCAGGCC TGAAGTATTG 
AGAAGCTGTG AGTCTGTTAT TGCCACCGAG GCGGGTGGTG GCCTGAAGCT TGTCGACAGC 
TTGGCATGTT TAGCCAAGTA TACATCATCT TTATCCCGAG ATGGACTGCA AAAAGTGGAA 
TACGTTGTCC AGCCCGACAA GAAACAATTC ATTGCGAGCG TTGTCTTGCC AGATGGATCA 
CCGATCAAGA CTATCCAAGG AGTAACACAA CGAACCAAAC AGCTAGCAAG ATGTTCGGCC 
GCCTTTGAAG CCTGCAGGAT CTTGATTGAA AAAGGATACA TCGATAAGCA CCTCCAGCCG 
GCTTTTGCCA AGAAATTGCC TGCGATGCGA AATGCGAGAT TGGCGCTTTC AGCAGACAAG 
AAGTCAGAGT ATGAAATGCT GGTCAAGCCC AGGTTTTGGT CACTTTGTCT CGGCCCTGAG 
CTTCCTACCG CCCTGTATCA GACGACCATA TCTCTCAGCC AGCCAGCAGC TCTTGGGTAT 
CCATCCCGGC CTCTAATTCT TCTAACGAGA AATCCGCTGC CTGATATACC AAGCGCTCCC 
CTATTTTTTA GCGGTGGTCA AACGTCCGCT GTCCGACTTT CACATTCAGA GCCTTCCCTT 
GAAGTAACGG CAAAGGAGAT AAGGGCGCTA TCCGGCTTCA CACTGAGGAT CTTTGCACAT 
GTTTTTAGTA AGGAATATGA GGCCGAACCA CACGAGCTTC CATATTTTAT TGCTCCGTGT 
AGCGTTTCCA AGAACCAAAA TAAAGAATAC GAATCAAATA TCGACTGGGA GGCTGTGAAT 
TATGTTGCAG CAACTGACTG TCTTGAGTGG TTAAACGCTC CAAAAGAGTT CTTCAAAGAC 
AAGTTTGCCG CGGATCCATG GGACGGATCA CGCAAATACA TCTTGCGTGG GATCAACGAA 
CAGCTGAAGC CATCTGATCC GACTCCGGCT GGTGTTCCCC AGCCAAAGAG CTTGGCGTAT 
AAAAAGGTTG AGCAAACCAT CAAAGAGTAC AGCAACAGTC TTTCCTTGCA GTCGAGAAAG 
CGAAGAAATT GGAGTGATGA TCAGCCAGTC GTCAACGCTG AACTTCTTTC GATAAGACGA 
AACTTTTTGG ACGAGTTCTT TATCGATGAC AAGGCGGACA GCACTTGTTA CGTTATTCTT 
GAGCCCCTCA GGGTATCTCC TCTGCCGGTT GACATTGCCA TCATGGCCTT ACTTTTGCCT 
GTGGTCATGT ACAGGATCGA CTCTGTGTTG ATCGCCTCGG AAATATGCTC ATTAGTTGAT 
CTGGCCGTTC GCCCTGAACT TGCTCTGGAA GCAGTCACCA AGGACAGTTT CAATACCGAA 
GAGCACGGTG AAAACCAGGT CGATTTTCAA CCCGGCATGG GTAAGAATTA CGAGCGCCTA 
GAATTTCTTG GCGACACCTT CTTAAAGATG GCTACCACTA TCTCTGTGTA CACACTCTAC 
CCCAACGAGA ACGAATTCGA GTACCATGTG AAGCGGATGT TAATGCTGAA CAACAAAAAC 
TTGTTTACTC ATGCCATAGA GAAGAAGTTG CCGGGCTATA TCCGTACCAG AGCATTTGAC 
CGTCGAACAT GGTATCCGAG CGATCTCAAG CTGAAGAAGG GCAAACCAAC CAAAGCAAAG 
GCTAGGCATT GCTTATCACA CAAATCGATT GCAGACGTTT GTGAAGCGCT CATTGGAGCA 
GCGTACTTGA CAGGCAAGAG CAACAATAGC ATGGATATGG CGGTAAAGGC AGTCACAGCC 
ATGGTCGACT CGGAAAACCA CACCATGGTC AACTTTAGCG ACTACCGTGC AAGATATACG 
GCCCCGGAAT GGCACAGCTA TGAGCCAAAT GCGGCGCAGC GCAACATGGT GGAACGCATT 
GCTGAGATCA CGGGCTACCG CTTCCAGTGC GCGCCTCTTC TACGCAGTGC CTTTAAGCAC 
TCATCGTACG TATACGAAGA AAAGATCAGG CGCGACTACC AACAACTTGA GTTTCTGGGA 
GATGCTTTGA TAGACATGGT CGTGGTCGAC TTTTTATATA GCCGATTCCC CGAAGCGGAT 
CCAAAGTGGC TGACAGAACA CAAGATGGCC ATGGTGTCGA ATCAGTTTCT GGGCTTCCTC 
AACGTTAAGC TTGGCCTTAG CAAGCATCTA ATGCTTGCTA CATCCCAACT CCACAGCAAT 
ATCAGGGAGT ATACAGCCGA GGCCAAGGAA GCTGAGGAAA AGGCCAAGGC TTGCGAGCCA 
CAAGACAGTG AAGCTGCAGC CGATGCCCCG AGTGTGACGC AAGATTTCTG GGCTGAGATT 
CAGCAGCCGC CGAAAGCTCT GGCCGACGTT GTTGAGTCTC TTGTGGGTGC CATGTTTGTC 
GACTCGGGGT ACTCCTTCTC CGTGGTGCAA GACTTCTTTG CCAAGTTCAT ACAGCCCTAC 
TTCGAAGACA TGGCGCTACT CTCGTCATTC GCTTCCAATC ACCCAGTCAC CGTCCTAATA 
CACACCTTGC AGGAAGACTA CCGCTGTACT CAGTGGAAGC TTCACATGGC CAGCGTACCG 
CCCTCCACAG ACGACGCGGG GGTCGCAATC TTGGCCGAGA GCGAGCTTCT CTGCGCGCTA 
ATGATCCATG GCAACGTGAT TGCCCATGCC ACGTCGACAA AGAGCGGCGT GACTGCCAAG 
TTGACGGTTG CAAAATTAGC GCTGAAGAAG CTGGAATCTA TCCAGGACGC GAACCATTTT 
AGGACGGAGA TGGGGTGTGA TTGTGGCGGT GGTGGTTCTG CGGCCGCTAT GAACTAG