Cs_ont_8g010570.1 | Citrus Genome Database

Transcript Overview


Name	Cs_ont_8g010570.1
Unique Name	Cs_ont_8g010570.1_Citrus_sinensis_DHSO_v3.0
Type	mRNA
Organism	Citrus sinensis (Sweet orange)
Sequence length	480

Analyses

This mRNA is derived from or has results from the following analyses


Analysis Name	Date Performed
Citrus sinensis Di-Haploid Sweet Orange (DHSO) v3.0 (HZAU)	2023-02-14
BLAST: C.sinensis DHSO v3.0	2023-02-21
InterPro: C. sinensis DHSO v3.0	2023-04-20

Orthologs

Syntenic blocks


Syntentic block	Assembly	Species
ccswoL209	Citrus clementina genome v1.0 (JGI)	Citrus clementina
ccswoL210	Citrus clementina genome v1.0 (JGI)	Citrus clementina
swozkR442	Poncirus trifoliata acc. ZK8 v1.0 (HZAU)	Poncirus trifoliata
csiswoL470	Citrus sinensis Valencia genome v1.0 (HZAU)	Citrus sinensis
csiswoL471	Citrus sinensis Valencia genome v1.0 (HZAU)	Citrus sinensis
csiswoL477	Citrus sinensis Valencia genome v1.0 (HZAU)	Citrus sinensis
swswoL476	Citrus sinensis Valencia genome v2.0 (HZAU)	Citrus sinensis
swswoL479	Citrus sinensis Valencia genome v2.0 (HZAU)	Citrus sinensis
swswoL480	Citrus sinensis Valencia genome v2.0 (HZAU)	Citrus sinensis
swswoL481	Citrus sinensis Valencia genome v2.0 (HZAU)	Citrus sinensis
swswoL485	Citrus sinensis Valencia genome v2.0 (HZAU)	Citrus sinensis
swswoL492	Citrus sinensis Valencia genome v2.0 (HZAU)	Citrus sinensis
cizswoL258	Citrus ichangensis cv. ZGYCC v2.0 genome	Citrus ichangensis
cizswoL413	Citrus ichangensis cv. ZGYCC v2.0 genome	Citrus ichangensis
cizswoL414	Citrus ichangensis cv. ZGYCC v2.0 genome	Citrus ichangensis
cmxswoL288	Citrus maxima cv. XGF genome v1.0	Citrus maxima
cmxswoL317	Citrus maxima cv. XGF genome v1.0	Citrus maxima
cmxswoL495	Citrus maxima cv. XGF genome v1.0	Citrus maxima
cmxswoL496	Citrus maxima cv. XGF genome v1.0	Citrus maxima
cmxswoL497	Citrus maxima cv. XGF genome v1.0	Citrus maxima
cmmswoL202	Citrus mangshanensis cv. MSYG genome v1.0	Citrus mangshanensis
cmmswoL204	Citrus mangshanensis cv. MSYG genome v1.0	Citrus mangshanensis
chhswoL278	Citrus hongheensis cv. HH genome v1.0	Citrus hongheensis
chhswoL506	Citrus hongheensis cv. HH genome v1.0	Citrus hongheensis
chhswoL507	Citrus hongheensis cv. HH genome v1.0	Citrus hongheensis
chhswoL508	Citrus hongheensis cv. HH genome v1.0	Citrus hongheensis
mpjswoL084	Murraya paniculata cv. JLX genome v1.0	Murraya paniculata
csjswoL354	Citrus sinensis cv. Jinhong genome v1.0	Citrus sinensis
csjswoL369	Citrus sinensis cv. Jinhong genome v1.0	Citrus sinensis
csjswoL372	Citrus sinensis cv. Jinhong genome v1.0	Citrus sinensis
csjswoL688	Citrus sinensis cv. Jinhong genome v1.0	Citrus sinensis
csjswoL691	Citrus sinensis cv. Jinhong genome v1.0	Citrus sinensis
csjswoL696	Citrus sinensis cv. Jinhong genome v1.0	Citrus sinensis
csjswoL702	Citrus sinensis cv. Jinhong genome v1.0	Citrus sinensis
csjswoL704	Citrus sinensis cv. Jinhong genome v1.0	Citrus sinensis
neiswoL322	Citrus sinensis cv. Neixiu genome v1.0	Citrus sinensis
neiswoL335	Citrus sinensis cv. Neixiu genome v1.0	Citrus sinensis
craswoL392	Citrus australasica cv. Rainbow genome v1.0	Citrus australasica
craswoL393	Citrus australasica cv. Rainbow genome v1.0	Citrus australasica
craswoL395	Citrus australasica cv. Rainbow genome v1.0	Citrus australasica
craswoL396	Citrus australasica cv. Rainbow genome v1.0	Citrus australasica
craswoL399	Citrus australasica cv. Rainbow genome v1.0	Citrus australasica
craswoL623	Citrus australasica cv. Rainbow genome v1.0	Citrus australasica
cchswoL331	Citrus changshanensis cv. Huyou genome v1.0	Citrus changshanensis
cchswoL338	Citrus changshanensis cv. Huyou genome v1.0	Citrus changshanensis
cchswoL341	Citrus changshanensis cv. Huyou genome v1.0	Citrus changshanensis
ciuswoL352	Citrus inodora genome v1.0 (UQ)	Citrus inodora
ciuswoL355	Citrus inodora genome v1.0 (UQ)	Citrus inodora
ciuswoL603	Citrus inodora genome v1.0 (UQ)	Citrus inodora
ciuswoL606	Citrus inodora genome v1.0 (UQ)	Citrus inodora
ciuswoL608	Citrus inodora genome v1.0 (UQ)	Citrus inodora
crcswoL363	Citrus reticulata 'Chachi' cv. Dazhongyoushen genome v1.0	Citrus reticulata
crcswoL365	Citrus reticulata 'Chachi' cv. Dazhongyoushen genome v1.0	Citrus reticulata
crcswoL367	Citrus reticulata 'Chachi' cv. Dazhongyoushen genome v1.0	Citrus reticulata
crcswoL369	Citrus reticulata 'Chachi' cv. Dazhongyoushen genome v1.0	Citrus reticulata
crcswoL375	Citrus reticulata 'Chachi' cv. Dazhongyoushen genome v1.0	Citrus reticulata

Orthologs


Gene/Transcript	Assembly	Species
Cms209470.1	Citrus mangshanensis cv. MSYG genome v1.0	Citrus mangshanensis
CP8g002177.t1	Citrus reticulata 'Chachi' cv. Dazhongyoushen genome v1.0	Citrus reticulata
Cic169670.1	Citrus ichangensis cv. ZGYCC v2.0 genome	Citrus ichangensis
Ciclev10029671m	Citrus clementina genome v1.0 (JGI)	Citrus clementina
g30596.t1	Citrus australasica cv. Rainbow genome v1.0	Citrus australasica
hap1-g24687.t1	Citrus inodora genome v1.0 (UQ)	Citrus inodora
g30574.t1	Citrus australasica cv. Rainbow genome v1.0	Citrus australasica
Cic024410.1	Citrus ichangensis cv. ZGYCC v2.0 genome	Citrus ichangensis
huyou00021636-RA	Citrus changshanensis cv. Huyou genome v1.0	Citrus changshanensis

Gene/transcripts from the same species that appear to represent the same gene


Gene/Transcript	Assembly	Species
Cs8g_pb012540.1	Citrus sinensis Valencia genome v2.0 (HZAU)	Citrus sinensis

Relationships

This mRNA is a part of the following gene feature(s):


Feature Name	Unique Name	Species	Type
Cs_ont_8g010570	Cs_ont_8g010570_Citrus_sinensis_DHSO_v3.0	Citrus sinensis	gene

The following polypeptide feature(s) derives from this mRNA:


Feature Name	Unique Name	Species	Type
Cs_ont_8g010570.1_Citrus_sinensis_DHSO_v3.0	Cs_ont_8g010570.1_Citrus_sinensis_DHSO_v3.0	Citrus sinensis	polypeptide
Cs_ont_8g010570.1_Citrus_sinensis_DHSO_v3.0	Cs_ont_8g010570.1_Citrus_sinensis_DHSO_v3.0-protein	Citrus sinensis	polypeptide

The following exon feature(s) are a part of this mRNA:


Feature Name	Unique Name	Species	Type
Cs_ont_8g010570.1.exon7	Cs_ont_8g010570.1.exon7_Citrus_sinensis_DHSO_v3.0	Citrus sinensis	exon
Cs_ont_8g010570.1.exon6	Cs_ont_8g010570.1.exon6_Citrus_sinensis_DHSO_v3.0	Citrus sinensis	exon
Cs_ont_8g010570.1.exon5	Cs_ont_8g010570.1.exon5_Citrus_sinensis_DHSO_v3.0	Citrus sinensis	exon
Cs_ont_8g010570.1.exon4	Cs_ont_8g010570.1.exon4_Citrus_sinensis_DHSO_v3.0	Citrus sinensis	exon
Cs_ont_8g010570.1.exon3	Cs_ont_8g010570.1.exon3_Citrus_sinensis_DHSO_v3.0	Citrus sinensis	exon
Cs_ont_8g010570.1.exon2	Cs_ont_8g010570.1.exon2_Citrus_sinensis_DHSO_v3.0	Citrus sinensis	exon
Cs_ont_8g010570.1.exon1	Cs_ont_8g010570.1.exon1_Citrus_sinensis_DHSO_v3.0	Citrus sinensis	exon

The following CDS feature(s) are a part of this mRNA:


Feature Name	Unique Name	Species	Type
Cs_ont_8g010570.1.cds.7	Cs_ont_8g010570.1.cds.7_Citrus_sinensis_DHSO_v3.0	Citrus sinensis	CDS
Cs_ont_8g010570.1.cds.6	Cs_ont_8g010570.1.cds.6_Citrus_sinensis_DHSO_v3.0	Citrus sinensis	CDS
Cs_ont_8g010570.1.cds.5	Cs_ont_8g010570.1.cds.5_Citrus_sinensis_DHSO_v3.0	Citrus sinensis	CDS
Cs_ont_8g010570.1.cds.4	Cs_ont_8g010570.1.cds.4_Citrus_sinensis_DHSO_v3.0	Citrus sinensis	CDS
Cs_ont_8g010570.1.cds.3	Cs_ont_8g010570.1.cds.3_Citrus_sinensis_DHSO_v3.0	Citrus sinensis	CDS
Cs_ont_8g010570.1.cds.2	Cs_ont_8g010570.1.cds.2_Citrus_sinensis_DHSO_v3.0	Citrus sinensis	CDS
Cs_ont_8g010570.1.cds.1	Cs_ont_8g010570.1.cds.1_Citrus_sinensis_DHSO_v3.0	Citrus sinensis	CDS

Homology

The following BLAST results are available for this feature:

BLAST of Cs_ont_8g010570.1 vs.

BLAST of Cs_ont_8g010570.1 vs.
Analysis Date: 2023-02-21 (BLAST: C.sinensis DHSO v3.0)
Total hits: 0

Position :

Zoom :

x 1


Match Name	E-value	Identity	Description

InterPro

Analysis Name: InterPro: C. sinensis DHSO v3.0
Date Performed: 2023-04-20

Position :

Zoom :

x 1


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 9..23
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 54..81
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 54..100
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 1..30

Sequences

The following sequences are available for this feature:

mRNA sequence
protein sequence
mRNA from alignment at chr8_v3.0:8383750..8400805-
coding sequence from alignment at chr8_v3.0:8383750..8400805-

mRNA sequence

>Cs_ont_8g010570.1_Citrus_sinensis_DHSO_v3.0 ID=Cs_ont_8g010570.1_Citrus_sinensis_DHSO_v3.0; Name=Cs_ont_8g010570.1; organism=Citrus sinensis; type=mRNA; length=480bp
ATGACACAACAAAGATTTACCTTCACCGAACTGAAGCCGGAGAAAAAGGC
GGTGTCAAGATCAAAGAAGATGCCGCGAGGTTTGGCTGAAGCAGTGCCTT
GGAAGGAGCCCAAGGCTCTGATCATGTGCCCGTTGAAGAATGAGCCGGCA
AATCCTAAGCAGTGGCTTGCACTGCAATCTCCTCTACAATCCTCTTCAGC
AAGTGGTTCCTCCGAGTTTTCAACAACAATTCCTAGCCAGGCTGAAAACA
AAGGGGACGAAGAAAGAGGATCTGATTCCGACGATAGGCCCTTCAACCTC
GGAAACCTCACCATGGACTGGGAGCGAAGGAAGTGGGATCTGATGGTTGG
CATTGAAATTTTCCCAACAGCAACACCAGAAAAGGTGAAAACAGGTATGC
TTGAGGTTGTTATAGCTGCGCTTGGCCTACCGAAAGTGGCTGATTTGGAC
ACGCTTAACAAGTTATTGTGTGGACTCTAG

protein sequence of Cs_ont_8g010570.1_Citrus_sinensis_DHSO_v3.0

>Cs_ont_8g010570.1_Citrus_sinensis_DHSO_v3.0 ID=Cs_ont_8g010570.1_Citrus_sinensis_DHSO_v3.0; Name=Cs_ont_8g010570.1_Citrus_sinensis_DHSO_v3.0; organism=Citrus sinensis; type=polypeptide; length=160bp
MTQQRFTFTELKPEKKAVSRSKKMPRGLAEAVPWKEPKALIMCPLKNEPA
NPKQWLALQSPLQSSSASGSSEFSTTIPSQAENKGDEERGSDSDDRPFNL
GNLTMDWERRKWDLMVGIEIFPTATPEKVKTGMLEVVIAALGLPKVADLD
TLNKLLCGL*

mRNA from alignment at chr8_v3.0:8383750..8400805-

Legend: polypeptideexonCDS

Hold the cursor over a type above to highlight its positions in the sequence below.

> ID=; Name=; organism= ; type=; length=17056bp; location=Sequence derived from: chr8_v3.0:8383750..8400805- (Citrus sinensis
ATGACACAACAAAGATTTACCTTCACCGAACTGAAGCCGGAGAAAAAGGC
GGTGTCAAGATCAAAGAAGATGCCGCGAGGTTTGGCTGAAGCAGTGCCTG
TTTGTATCTTGATAGGTTACTAGATAAGTTGGGGAGACTACTAATTAGCT
GGTGGCAGGTAAGGTATTTGCTAACATCATGTTCCAAAATGCAAAATCCT
GTATAGTTTGCTATTGGAAAATAGGAAAAAAGGAAAAAAAGATATCTAGT
TTTACATTCTACCATTACAATGGATTAGGAATGGTGAAGAATCTCATTTG
GTACAGGGCAACCTTTTCAAAATGCAAAATCCTGTATAGTTTGTTGATAT
ATATATATATATTTTTTTTTTTCTTTTGTGGGATACTAGAACTTCAGAAA
GATTGGAAAACTTCATAAAATTTCATACAGATTTTTTCACTCTAAATTTT
GAGAAAATGATAGCTAGATTACAACTAAGATTAATAGCAACTCTCAGCTG
CAAACAACTAGAAGGCTGGTACTAAATGCCAATTTTGAAATAGAACATGA
AGCCGTAAGTTCCCAAGTAGTGGAAGGAGCCCAAGGCTCTGATCATGTGC
CCGTTGAAGAATGAGCCGGCAAATCCTAAGCAGTGGCTTGGTTAGGGAAA
GCCACCGAAATGAGTCTCCATTGGGCAATTGCCACTACTTATGTACCCAA
ACATGGGTGATCTATCCCTGACCAGGATGAAGCTTGGGCGAAACTGAGTA
GGTTAGAATAATATGAGCTGACTTTCAATCTATGCCATTCATTCAATGAC
TTTGGATATGTCCACAACTCATCATCTTGATAATGTCCTATCAGTGTCTT
GTAAACTTCTCTTATGAGTATTAAATAGGTTGTTATGAAAGAATTGAAAT
CATCTTTATAAATGTAACGACCAGATAGGGTTCTAGACCTAGAAGATGAG
GTTATGTTTGTTTCCTTTCTGTTTCTTGTTGATTGTAGACTGTTTATTGC
TTGTGGCTGCTATTTACAGTTTGGCTTTGTGCTGTGGTAATGGTTCCCTA
ATGTAATGGGAGGAAAATTTTCAAATTGGCTGCTTGGTTCATCTAGCTTA
CCTCTAATAGCTAGACAAAACGAAGTTATATATACTTTGAAATATTAAGT
TTTTTTTGTATTATTATCTGTTACAGAGCATGGTCAGAGCTGTGAGGATG
AGCACACTTGATAACTTGATAGCTTACGTGTAAAAGAGTCAGTTAGCTGA
GTCAGCTACTTGGTTAACCAATTGGTTTAGCGTGTATAGAATATAAAACA
GATTTAGTTTACATTGTAACCAAGTATAAATAAAGAGCTGTAAGCACGAT
TGTGTGGTTGAGTTTTATTCAATAAATTCCAGATTCTTCTTCATAACTTT
TCTTCGTTTTCTCATTGTTTTTCTTACTCTCCAAACACATAATTACAGAT
TCTTTCATGGTATCAGAGCAATCAATGATGAGCTCGAATCAAACCTCTGG
ATCTTATAGTTTTGTTACTCCTGTGAAACTCGACCAGAATAACTTCATTG
TTTGGAGAACTCAGATTTTAACAACGATTAAAGGTAACAGGTTGGAGAGC
TTTATCAATGGTGATCGAGCCTGTCCAGAGCAATTTCTTCCATCAGCTGT
CACTGGAGCTATTGATTCAACAAGATCAAAGGATTGAGAAATTAATCCAG
AGTTTTTAGCTTAGGTGAAGACTGATCAGTTGATTCTGAGTTGGATGATG
TCATCAATTCAACAAAATTTGCTGGCAACGGTGATTCATTGCTCTACTGC
TAAAGAGCTTCTGGACACACTTACTAGTATGTTTATCTCACAATCTCAGG
CTAGAATAATGCCTCTTAAAATGCAGATTCAAACACTTAAAAAAGGCTCA
ATGTCAATGATTGATTATTTTGCTAAAATGAAAAGGTTATCTGATAGCTT
AGCTCTGGCTGGAAAACCTGTTGAATTGAATGATTTTGTTCAATATGTTT
TGACTGGATTGGATTCCTCAGATTATGAGTCTCTTGTTACGAGCGTCTTA
GCTAGAGGTGACAAGATTAATCTTGATGAGTTTTACTCTTTACTGTTAAG
TCATGAGAATAGAGTTGAGCAGAAGAGAGGCAAAATTGCTAGTGATGTTA
CTCATAATTTGTCAGCTAATATGGCACAAAAACAGTTTAATTCTGGAAAA
AATGCTGGTGGTAATCCAAAATATAATAATAATGGAACTTATGGTGGAGG
TGTCTATGGAAATTTTGCTAATGGAAATGGTATGGGACAATCTGGTGATG
GTAATTCAACTATCATTTGTCAAATCTGTTTTATACCGGGTCATGGAGCT
CACAAGTGCAAGAATAGGTACAATTCTGCTTTTGTACCTTCAAGGAATCA
AGCAAGAGGAAATTTTAATGGCAATTTTAGGGCTGGTCAAAGGAATTTTG
GAAGGGGATTTGGAAATTCAGGTGGCAGATTTTTTAATGGTGCTTATGGC
AGAGGGTTTAATTCTCAATTTGGCAATGTCTTTACTAAACATAATGCTGG
AAATTTCAATTTGCCAAGAGGTCCAGGATATCAAAGCTATGTGATGTGCT
CAGATCCAGCTGCTTTTTATGTTACTCAACCTGGTAGCTCCACTAATGCA
AGTTCTTCTGCTTCTGGTTTTGGTTTTACTGGAGATTACAGTGGCTGCTC
TCCTTCCGCACCCACAGTTCCTACTCCTGAGATGGTTGAAGATCCCACCT
GGTACATTGACAGTGGTGCAACTAATCATATCACCAATGATGCAGGTAAA
CTTCTTGAACCAAAATCTTATAGTGGAAGTGAAAAGTTGCTTGTTGGTAA
TGGTTCTTCTCTGCATATTAAACAAGTTGGATCAGTATTGCTAGCCACAA
CTACATCTGAATCTTTGTTGCTAAGTCATGTTCTTTATGTTCCTCAAATA
ACCAAAAATTTACTTAGTGTCTCAAAACTTCTAGCTGATAATAATGCTAC
TATTGAATTTCTTGAAAATTGTTGTTTTGTTAAGGCCAGGAGCTTAGGGA
CCATCTTGCTTAAAGGAATTGCAAAAGGAGGATTGTATCAAGTCCAAATT
GCATCCCAATCTTCTGATGATAGCCCAGTTTCATTTTGTCAATCTTCTGT
CAATCACTTTGAATCTATGTTTGCTTATTTTCCTTCTTTGTCTTGTAATG
GTTCTGCTGTCCAGAATAATCCTTCCCTTGTCAGTAATAACTCATGTAAG
TCAGCCCTGATAGCTAATGCAAGCACTGCTGACATCAATTTGCTTCACAA
AAGGCTAGGACATCCGGATTTTCATACTCTAAAAAATGTATTGAAGGATT
GTACTGACTTTTCCTTGAATAAAATCAAACACTTGAGTTTCTGTAATGCT
TGTCAATTTGGTAAAAGTCATCTGTTACACTTTGATTCTGTTCCAACAAA
AACAGTAGAGCCTCTTCAACTCTTATATGCTGATCTTTGGGGTCCTTCTC
ATGTTACTTCAACTCAGGGTTATTCCTATTATTTGTCCATTCTAGATGAT
TTCAGTAGGTTTACATGGATCTTTCCCTTGACTGCTAAATCTGATGCTCT
TCAAGTGTTCATAAACTTCAAAAACTTCATTGAAAAACACTTGCATAGGC
ATATCAAAATTGTCCAGACAGATTGGGGAGGGGAATTTAGAAGTTTCTCC
ATATATCTTGATCAATTTGGTATTCAATTCCGACATCCTTGTCCTCATAT
TCATCATCAAAATGGTAGAATAGAAAGAAAACATAGGCACATTGTGGATA
TTGGCCTCACTTTGTTAGCCCAAACAAGTTTGCCACTAAAATTCTGGTGG
AATGCTTTTCACACAGTTGTGTTTCTCATCAATAGATTACCTACACCAAC
CTTGAATAATATTTCACCTTATCAAAAAATCTTTCATCAAAAACCAGATT
ACAATTTTCTTAGAACCTTTGGTTGTGCTTGTTATCCGTACCTCAGGCCA
TATAATAGGCACAAACTTGAGTTTAGATCAGGTAGATGTGTCTTCATTGG
GTACAGCTCTCAACATAAAGGGTACCAATGTCTTCATTCTTCTGGTAGGG
TGTACATCACCAATCATGTCATCTTTGATGAAAACTCCTTTCCATATGTG
CCTGGCTCATACTTTTCTTCTGTCACACAATCATGTAATTCAAATGATAC
AGTTTCCCATTCGTCCACTATCTCTACTCCTATCTTTACTCATTTTCCAG
CACTGCAATCTCCTCTACAATCCTCTTCAGCAAGTGGTTCCTCCGAGTTT
TCAACAACAATTCCTAGCCAGGTAAAATCCCCTTATTCTTCTTCTCATAC
ACCACAAATGTCTGATATACAACCTTTAAATGATACTCAATCACCACCAC
ATATAATACCTGCTGCACCACTAATAGGACATTCTATGATCACCAGATCT
AAAGCTGGCATTTTTAAGCCAAAGTCTTATCTTGCTGCTCTTTTAGCCAC
ACTCTCAAAACCTACCTCTGTTTCCCAAGCAATCACTGATCCAAAATGGT
TTTAAGCAATGCATGAGGAGTATCAAGCACTTCAAAACAATCATACCTGG
GTTTTAGTACTACCATCAACACCTGTCAAAGTAATTGGCGGCAAGTTGGT
TTTCAGAATTAAATATAACTCGGATGGAACCATTTCTAGATACAAAGCAA
GACTTGTGGCAAAAGGTTTCCATTAGACACATGGAATAGATTATACTGAA
AGCTATAGTCCAGTTGTGAAAGCTTCCGCAGTTAGAATAGTTTTGAGTTT
AGCTGTCATGAACAAATGGATCCTCAGACAGGTAGATGTAAACAATGCAT
TCTTGAATGGTTTTTTGGTTGAAGATGTGTATATGGTCCAGCCTGAAGGA
TTTGTTGATCCTACAAAGCCTACTCATGTATGCAAACTCAAGAAGGCCAT
CTATGGATTAAAGCAAGCCCCCCGAGCATGGTTTGACAGATTCAAGAATG
CTATGGTAGATCAGTGTGGTTTTTTAAACTCTAAGTCTGACAGCTCTCTC
TTCTATAAGTGGGAAAATAATCATATCTTGCTTGTCTTAGTATATGTTGA
TGACATAATTGTTACTGGATCTAACTACCAACTAGTGCAGCAAGTAATTC
ATAATATGCAGACTACTTTTGCCTTGAAGGATTTGGGGGAGTTAAGCTAT
TTTCTTGGGATTGAAGTCTCTAAGACAGCAGCTGGAGTTCATCTATCTCA
AGCCAAATATATAGCTAATCTCTTCGCAAAACATGATATGGCAAGTTGCA
GTCCAGTTCCTACTCTTATGTCCACAGGGCATCATCTCACAAAAGGTTCA
GGCTCACCTATTTCGAATGCATCTTAGTACAAAAGTATAATTGGGGCCTT
GCAGTATGTGACTCTAACAAGACCTGAGATAGCATTCTCAGTTAACAAAC
TAAGTCAATTTCTATCTTTACCAATGATAGAACATTGGGAAGCATGGAAA
AGACTTTTGAGGTATTTGAAGGGATCCATTCATTTTGGCTTGCATTTTTA
TCATTGTGGAACTTTACAAGTGAACTGTTATAGTGATTCTGATTGGGCAT
GTGACAAAGACGATAGAAAATCAGTAGCTGGGTATGCAGTGTATCTTGGT
TCGAATTTAGTTTCATGGTGTTCTAAGAAACAACAAGTGGTTTCAAGGTC
CAGTACTGAAGCTGAGTACAGAGCCTTAGCTCAAGCTACATCTGAAGTTG
TTTGGATTGAAAATCTGCTTAGTGAGTTGAAAATCAAACTTGTTGCAGAA
CCTATTATGTGGTGTGATAATCAAGGTGCCATAGCTTTGGCTTACAATCC
AGTTTATCATGCTAAAACTAAGCATGTTGAATTGGACATTCACTTTATCA
GGGAGAAAATAGCGGCCAAAAAGATTGAAGTGCAATTTGTTCCAAGTGAG
GATCAAACTGTAGATATACTTATCAAGCCATTAACTTTTGACCGCTTCCA
TTATCTTCGCAGCAAGCTAAATGTCCATCCTGGACAGTTTAGCTTGAGAG
GGGATGTTACAGAGCATGGTCAGAGCTGCGAGGATGAGCACACTTGATAA
CTTGATAGCTAACGTGTAAAAGAGTCAGTTAGCTGAGTCAGCTACTTTGT
TAACCAATTGGTTTAGCGTGTATAGAATATAAAACAGATTTAGTTTACAT
TGTAACCAAGTATAAATAAAGAGCTGTAAGCACGATTGTGTGGTTGAGTT
TTATTCAATAAATTCCAGATTCTTCTTAATAACTTTTCTTCGTTTTCTCA
TTGTTTTTCTTACTCTCCAAACACATAATTACAGATTCTTTCATTATCTA
GCACATGTTTTATTCAGTATCAGCCATTTATAAATTATTTCAAAGATTCA
TGGTGCATTTTCCTGGTTTGCAGAGGCTAGAACTAGGTTTTATATCGGCC
CTTCTTGTCGCATTTGAGGATCCCCTTCAACTAGGCAGTGACATTTGAAG
GAGCTTTTATTAGAGGTGTTGATTCTGTCTCATGGATGGCAAATAACTTA
GTGAAGCTTTTGAGTTCTCAAAGTGATGGTTTTTCATTGTTGGACCTTCT
TCAAACTAGTGATACTGGAATTTTTTGTTTCTGAGTTTGTCAACCACATC
CATGTTGGAAATATTCAGGTTCTTTTTGTTGTGCTTTGTTGTATATATCA
GGCGAATATGGTTCGAGAGGACAAATGGGATAAGACCCTGCAAACCAAAT
ATACGAGGCAAGCCCAAGAACAAATGAGAGCCATAGTCTCTTTGTTTGCA
TTTGAGAAATAGTACACGAAACAATAGTCTCTTCGTTTGCATATTTTTCC
AACTTGCTGTAATTTGTATATACACTGTGGGGTTTAAAAAGTTCTCAAAC
TGAAAAAAGAAATCATGCGTTGATTTAATTGTATATGCCTTTGTTCTTCT
TTTATTGTAATTTTGATTACGATTAAATTTGTAAACTGCATTGAGGAATT
TTATCGAGACTTTTGAGAAGTGCGAGAAGAAGCTCACACCTACAGAGGGG
TGCCGGTTGTCCCACCTCGTCGAAGGGATGTTAAAGATTTTTAATGGGCT
AAGCCAACATGGCCCTCTTAGATATTTTGGGCTTTTACCAACAAGTTCCT
GGTCACACCCCTCAAACCTCCTTATCAAACCTTTTTTTTTTAAATAAAAA
TAAAATCACTAAATAACTAAATACAATTTAATTTCTTTCTTTATTTTTAA
ATGAAAATTTAATTATATATTTAAATAAATTGTTATTTTAACAAATATTT
TATTCTGCCCCATTTTATAATTATATTTTGATTTCAATAAAAAAAATATT
TTGAGAAAAGAATTTAAAATAATAAAAATAAAAATTATAAAAAAATATTT
GAGGATTTGTATGTAATTTATGAATAAAAACCTTAAAAAATATACAATTT
TTTTAAAAATAAAAAATTCCATAGAAAGATGGTTAACTTTAATATATGTA
TGTGTATTAATTATATTAAAGGTAGTTTAGAAAATGGTAAATTTTGAATT
AATTTTTTAAAATTGATTATTTTCAAATTATTTTTATTTTTAAAAAATTT
AAATTATTTGTATTTTATTTTATTTTATTATAAGTAAATTAAGATTTTTA
AAAGGTAAAGAAAATTATATTTAAATAGTCCAGGAATAATTAGAAATTAA
CTCAAAAATAACATTAAAAATGCTCCGCCCTTACAACCAATTGTTTACTC
GTCTCGGCAACCTAGGGTTGGTTCGTCACCGGAAATAAGCTAGATCTAGA
CTCTCTGTGTTATGGGTGCAGGCTGAAAACAAAGGGGACGAAGAAAGAGG
ATCTGATTCCGACGGTTTGGATTCAATGTGATGAGTTCTGATGGTTGTCG
AAGCCAGCAAAAATAAATACATACTCTAAATAAATTGTGTATAGTGATTG
AGTAGGGTCGTGTCCACAGAGATCGGTAATTATTTAAATCCTTTTAAATG
ATAAAACGTAAAATGAGAGAATTGTTGACAATAATAAAAATCAAATTAAA
ATAACAAGAATGTAAATTAAAGTTGTAATTCAAATTGGAAAAAGCTCTAG
TTGAAGGAAATAACTCAGCTTGATTCTACTACTCATCATTGATTCAAATA
TAAATTATTACTACTTATGAATAGACCAGTTATAGCTACTGAGACCCTCT
AATAGTTAATCTCTCCTTAACTAGTCGATAACCAAGGTACGACCGTTGGT
TATTTCCCTAATCAATAGACAACCCTAGATACGATCATAGGATTTAATCA
ATTGACAGCCTGAAAAACCAGATAGACCCAAATCCTAATAAACAAACACA
TACGATAGTTTATTTAAATTAGATTGTTTATTCTCACAACACAACTCTCT
GCTATGTTATTTGTCACAAATATTAAAATCTTCATACGATGAATCCTTTA
ATTGACAATAGATTAAGTTGTTAATTAAATAGTGGCCAATTACCTAATTA
ACAAACATAATCATGAAAATAATTCAGAGAATAAACAAATACCCAAAAAG
TAATAAAACAATTAAAGCATAAGAAAGATCTTACAATAGTGATGAATCAA
AGCTTCATTAACCTTCAACCAGAATAATAGGTTTAGTTCTTCATAGAGAG
AAGAGAAAAATTTAGATCTAGGGTTTCTTTCTTTTTCTCCAATCCCTCTT
TTTCACAATAAATTCCTCCCTTAAATACTCTCTCTTTATTCTCCTCTAGA
ATTCTATTTAAAATAAAATACTAATATCTGAAATATTAAATTCGTAATTA
CAAAAATACAAAACACGTTAAACTAAAAACTGCATGTCCGTAGTTGACAG
CACGCGCCCACGTCTTATCAACAAAGTTCTTCTGACGCTCATAATTTCTC
CAAGAGAACAATCATCCTTAAACATCATCTTATAACTCAATTTTAGCACC
AATCAATAGAATTGCACCTATAAAAATAAAACACAAGTAAATCACTATTA
TTAAGTGCAAAATATCGATATTAAGGGAAGTAAACAATGCAAAACTAATG
CATAAATTGCACTCTAACAAATTCCCCAACACCAAGACGATGCTTGTCCT
CAAGCATATAACTCAAGACTAATCTCAAATCTCCACTAAATTCTCATCTC
AACTCATCCAAAAACAATTTTAAGCAAGCATACCTCAAGAAATTAAGTCG
ATCAACATTTGAGAGACAAGGATTTTAAAGCATAGAATCTCATAAGATAG
AATAAGAACATTCAACCACCAAGAAGATCCATTCAAAATTCAAGTGCAAC
AAGATTTCATAGCCCTCTCATTGACTTCACTCCATGCACTCAAAGTGTTT
ATGGTGTCATTTATGCACTCAAATCAAATCAAAGAATACTATTACCATAA
GCTTGCTTATATATCACATCCCAATCCACAAAACATGAATTAAATGCAAA
AATCTAAGGGTCTTAAAAAGGTTGTAACGGGGTTAAATGGGTTAAATGAA
AAAGAAAGGTCTATGAAAGAAAAAGAGATCAAAATGAAAAGAATGAACTC
ATTGAATGAACTTTATGATATCGAAACGCTTATTTCTACTCAAGTCACCA
AGAATGTATTTTTTTCTTTTTTTTTCGACTTTTTTTCTTTTCTTTTTCCT
TTTTTTTTTAATCAAACAAAAGAAACGAACCTTGCACAATTTAATTCAAG
CATAATGCTTGTTGATCTAATTGAGAAATTTTAATACAAGGTAGAAAAAG
CAACAAAATATATACAAAATATATCCACACAATGAGTCCAAAAATCTCCT
TAAATTGAGGCTCAAAAAGAAGAAAAATTATTAAGTAGACGGAGAGAATT
AGATGGGTAATGGTTAAGGCTCAAACAAAGATAGCAAATAAAGGTCTTCG
GGTAGAGAAAAAAAAAATGCGAGAATAGAAAAATGGAAAATGGTTTGCCC
TTATCATTTTAATGCATAAAATCCCGTAATGCGGCTTCAACATGCATAAG
AAAGCAAGTTCTAGAATAAACAAACTAAGATTGATATTCACATAACAAAA
ATATTAGAGCAAAGTGGTTGCTCGTAGGCTCAAATCCTCACAAAGTTGGT
AAATTTGCCATCAAATCATGTACACTCTTCAAATGAATCAACCATCAATA
GTGGTTTGGAATGAGAAGAAGGTATGAGTAATATATAAAAGGAAAGGTAA
AAAGGATAATAAGCGAGAAAGATGTATGTAGTAAAAAAAATGAAAGATAA
AATGTGAGTGATGAAAGAGTATGATAGAAAAAATAGATGTAAATAATTTG
AGATAGATGAGAAAAGAGTAGTGAGAAAGAAAAGAAAAGAAAAATAATAA
TATATGAAGCATACTAACTCCAAAATCATTTAAGGATGAGTAGAGTGAAA
ATAATACTTCCAGACATCAATCATGCAAAAATTCCTCCCCCACACCCAGA
CCTTACATTGTCCTCAATGTAAGATAATCAAAGCTCACATAAAAATTAAA
GCATAAGGATAAAAGATTAAAGGTAAAAACTTCCCTGAATTGTGAGCTTT
GATCCACATAACGTCTATGGGCTTGGCGGAAATGGTGGGATAAATCCCAC
ACTCTCGAAGTATGCGGCCAAATTCTGCTCAATCATGTTAAGCTTGTGGT
CTATTTTCTCTAAATGAATGCTCAAAGGTGGTGCGGATGTAGAATGAATA
GTTGGCGGGGCAGTAGTGTCGTCGTCAAGCTCGTCATCAGAGGTAGCACC
ACTCCTAGCATAAAGCTTTTTTGGAGGTTGAGTTGGTCATGGTTCAGTAA
ACTGAAATCTCCCCTCCTTGAATTCGACCACACCTGTTCTTTCAAACACA
AACATATCCAAAAATTCCTTTTTGCAAGTAGGATGCAAATCATTATTGTC
AGGATCAAGCACACATAGGTTTATAGCTAACAGAGTAATGTATGGACCAA
GAAATAAAGTCCTATACTGTTTAAGCACACTTTGAAATTGATCTGCTAAC
CAAAAACCTAAATTAGGCCTCACATCATTTAACATGCACCAGATAAAATA
AAATTCAGTTTTAGAGAAAACTCCTGAGTGATCTTTCTTTCCTAAAAAAT
TATATGCTAAGAATCGATGCACACATTTCAAAACAGGATCACGTAAGAAA
TAACTCTTTGATTTACTCGGGTCATAAGCATTGTGATCAACAGATAAATT
ACGCAAAAGACCATAAGGCTCAAAATTTTCACTAAAGTCACAAGTTGTTC
CTAAATATGCATCACTAGAAGAATAATCATCATCAATGAATCCTAAAGCT
AGGTTAAAATCCGTGATAGAGTGTGAAAAATTTCGTCCCATTAACCTAAA
CTTTATGACATCCGGGGTATGCAAAGTAAAATCATTCGGTATATTAAATT
GAAAAGTCGCATAAAACTCCCTAATCAACTCAACATAACCCAAACAATCA
ACATCAACAAACTTACGCAACCCAATCTTATCTATCAAAGAATCAACATT
ATCCTTAACATTCAATTTTTCAAGAGTTGGGTAATGAATATACTTAGCTG
GAAGTATTTTGCGTGTGGAAATATCTTTGTACCTCTCTTTCTCTTGTTGA
GTCGCGAATGCGAGGCACCCTCTGAGATTGGATTTCGCAAGTGGCAAAAC
ACTCATACCTTTTCCATGTTTCGATCTTTGTCTCACGGCTTGGCGTGAAT
CTAAAATTGTGTTCCATGGAATCGTAATGGGAGCGGCAATCTTAGATTTC
TTTACAACGGGTGTCTTTTTACATGACTTAGAAGTATATGCTTTCCTCTT
CGGCATTGTTACAATAATTGCACTCACGGATTTCGATTTACCCTGCTGGA
ATACAGGGCGTAGGCTGGTTGCGTTGCGTTGCTGCTCGGCTGGAGCTTGC
TGCGGGGTTGGGACTGGTTGCACACTGCTGGTTGCGTGCTGGCTGGTGCT
GCGTTGCGGGGGCTGCGTGATGCTGGTTGCGTTGCTGGGGCTTGCGTTGC
GGGCTGCTGGGTAGTTCGCGCTGGTGGGGCTTGCGTTGCGCGTTGCTGGG
GCTGCGTGGCGGGTGGGACTGATGCATTGGGGCTGGTTCTGCGTGGCTGC
GGCTGCTGCTGCTGCGTGGGCTGGTCGGTGAAGCTGGAGAAGAAAACCAA
TTTTGTGCATTAGGGATTTTGTTAATAGTATTTTTCATTTTTTTTTTTTT
TAGTGATGAATCACTTTGAGACACTAAAAATTTCAAAAGTACTTTTCTAA
TAAGCACGTGGATACGCCTTAAAACTATTTTACTTTAAAAATTACAGAAG
TACTTATTAGTTAAGACGTGGGCACGCCTTATCAAAAATTTTCTTCTGAC
CAAAATAAGCAAACATATAATTATTTTTTTTAAAAAAATTTGAATCAAAA
CTAAAAGAAGACATAACAAAAACCAAAATAAATAAATCATTTGGGTTGCC
TCCCAAAAAGCGCCTTTGTTTTATGTCTTTGGCTTGACACATTTATACAT
CAATCTCTATAATTGGGACTCTCGAGAGCCACATTCTCCACAATATCCAT
CGAAAAACCTTCATAAAAAGGTTTTAAGCGATAACCATTAACCTTAAAAA
CTTTGCCAGAGGTCGGACTCCGAATCTCAACTGCACCATGAGGAAAAACA
TTAGTAACAATAAAAGGTCCAACCCAGCAAGAACGTAATTTACCCGGAAA
AAGTTTAAGCTTAGAATGAAAAAGAAGAACTTTTTGACCAACAAAGAACT
CTTTTCTCAAAATCATTCTGTCATGAAATGTCTTCGTCTTTTCCTTGTAA
AATAATTCATGCACTATATGGTTAATAACATCCACAAAAAATACCGAATG
TTCCTCATTAGGATATTTCATGGCATCATTCATATTGAATTCTATAACCT
CTCCATCAAACTCCATAGTGAGAGTCCCTTTATGTACATCCATTTTAGTC
CTAGCAGTTTTAAGAAAAGGTCTTCCTAGCAAAATTGGGACAGAATTAGA
GAAGTTATCATCTTCCATATCAAGTACATAAAAATCAGCAGGAAAAATCA
ACTCATTAACTTGTACTAAGACATCTTCTAATACCCCATCAGGATATGCA
TTAGACCTATCAGCTAGTTGAATTATCACGCTAGTTTCTGTTAATGGACC
AACATTCAAAGATGAATAAATGGAACGAGACATGACATTAATAGAAGCTC
ATAGATCTAACATAGCCTTTTCAACTCTAACACTACCAATTTTACAAGGG
ATAGTAAACATACCTGGATCCTTGCACTTAGGAGGTAGTTTCTTTTGGAG
AACTGCTGAAACATTCTCCCCCATGTGAACTTTTTCATCTCCTCTTAATT
TTCTCTTGGAGGTGCACGGTTCCTTAAGGACTTTAGCATATCGATGTATT
TGTTTTATAGCATCTAATAAATGAATATTTACCTCAACCTTACGAAATGT
CTTAAGGATGTTTTTCTCTTGTTTCTCCTTCTTGGATTTTGTAAACCGTC
TTGGAAAATGAGGAGGTATCACAATAGGTAGGGGTTTCGCTCTGGTGGGT
TGCACATCTTGAGATTTAGGCATCAATTCATTCTTCTCAAGCTCATCTTC
TACATGCTTTGTCACTTTCTTACTAGGCTCTTGTAACTCATTCCCACTTC
TAAGGATGACAGCACTAACGTTTTGTTTTGGATTCACCTCAGATTGTGAA
GACAATCTCCCTAATACTTGAGACTCCAAACGGCTCACTGTAGTCGCCAA
TTGACTCATTTGGTTCTCCAAATTCTGAATGCTTGCTGTAGTTGCATGCT
GAAATTGTTGAGTGTTAGTCGCAAGTGATTTAACAATTTCTTCAAGAGAT
ATACCTGACTCGGAGTTTGACTGTGGAGGTGCTGGTTGTCTTGGTGGATA
CTGTTGTGGGAATCCTGACGGCCTAACTCCATAGCTGAAGTTGGGATGAT
CATTCCATCCCGGATTGTATGTTTGTGCATAAGGATCATACCTCCTCTGA
GGCATGCCTGGAAATCCTCCAACTGCATTGGCTTGTTCAACGAGTTCTTC
TTGAAGTGTAGGACACATATCAGTTGAATGACCTATATTGTAACAAATAC
CACAAGTCTTCACCTGTTGCACATTACCTACAACAAACTTTTCCACAAGA
GAAGTAAGTTTATCTAAACATTGTTCAACAGAAGAAATATTTACCTCATT
CACCTTCCTTGAAGTGGGATCTTGCATGTTGCCAAATTATTGTGCATTAG
CAGCCATATTTGATATCAACTCCCTTGCTTGAGTAGGGGTCTTATTCACC
AACACACCTCCACTAGCAGCATCTATCATACCCCTATCCATTAATGACAG
TCCTTCGTAAAAATATTGAATAAGAAGTTGATCAGAAATCTGATGTTGAG
GACAGCTGGCACACAATTATTTGAATCGCTCCCAATACTCATACAAAATC
TCCCCAGAAAGTTGTCTGATCCCACAAATATATTTTCTGATGTTGGCAGC
TCTTGAAGCAGGAAAGTATTTCTCAAGGAACTGCTTCTTCAAACCATTCC
ACGTTGTAATCGATCCAGGAGGCAAGTAGTACAACCAGTCTTTGGCTAGT
CCATCTAAAGAGAACGGAAAAGCACGCAGCTTAATCTGCTCTTCAGTCAC
GCCTTGTGGTCTCATACTTGAACATACAACATGAAACTCCTTGAGATGTT
TATGAGGATCTTCACCTGCAAAACCATGAAACTTGGGTAATAAATGAATA
AGACCAGACTTTAATTCAAAATTTACCTCCAAGTCTACATATTGAATGCA
GAGTGGTTGCTGATTCAAGTTTGGTTCAGCTAACTCTCTAAGAGTTCTTT
CTACAGGTGCAGCTCTATCCATCACTTGTTCTTCTGAATTGCTAGATGAT
TCAACTAAATCAGGCACCGTATCTGTTTCTGAAAGCAAAGGCGACGAGGA
TCGTTGCTTAGCTCGCTTCATCTGTTGTCTCAGCTGGCGAGCTGTCTTCT
CAATTTCAGGATCAAATGAAAGTGTACCTATACGAGAAGAACGAACCATA
CACCAAGTAAAACGTAAAAAGGATTAAATAAATGACACCAATCCCCGGCA
ACGGCGCCAAAATTTGATGGTTGTCGAAGCCAGCAAAAATAAATACCTAC
TCTAAATAAATTGTGTATAGTGATTGAGCAATGTCGTGTCCACAGAGATC
GGTAATTATTTAAATCCTTTTAAATGATAAAACGTAAAATAGGGGAATTG
TTGACAATAATAAAAATCAAATTAAAATAACAAGAATGCAAATTAAAGTT
GTAATTCAAATTGGAGAAAGCTCTAGTTGAAGGAATTAACTCAGGTTGAT
TCGACTACTCATCATTGATTCAAATATAAATTATTACTACTTATGAATAG
ACCGGTTATAGCTACTGAGACCCTCTAATAGCCAATCTCTCCTTAACTAG
TCGATAACCAAGGTACGACCATTGGTTATTTCCCTAATCAATAGACAACC
CTAGATACGATAATAGGATTTAATCAATTGACAGCCTGAAAAACCAGAGA
GACCCAAATTCTAATCAACAAACACATACGATGGTTCATTTAAATTAGAT
TGTTTATTCTCACAACACAACTCTCTGCTATGTTATTTGTCACAAACATT
AAAATCTTCATACGATGAATCCTTTAATTGACAATAGATTAAGTTGATAA
TTAAATAGTGGCCAATTACCTAATTAACAAACATAATCATGAAAATAATT
CAGAAAATAAACAAATACCCAAAAAGTAATAAAACAATTAAAGAATAAGA
AAGATCTCACAGTAATGATGAATCAAAGCTTCATTAACCTTCAACCAGAA
TAATAGATTTAGTTCTTCATAGAGAGAAGAGAAAAAATTAGATCTAGGGT
TTCTTTCTTTTTCTCCAATCCCTCTTTTTCACAATAGATTCCTCTCTTAA
ATATTCTCTCTCTCTTCTCCTCTAGAATTCTATTTAAAATAAAATACTAA
TATCTGAAATATTAAATTCGTAATACCAAAAATACAAAACACGTTAAACT
AAAAACTGCAGGTCCGTAGTTGACAGCACGCGCCCACACCTTATCAACAA
AGTTCTTCTGACGCTCATAATTTCTCCAAGAAAACAATCATCCTTAAACA
TCATCTTATAGCTTAATTTTAGCATCAATCAATATAATTGCACCTATAAA
AATAAAACACAAGTAAATCACTATTATTAAGTGCAAAACATCGATATTAA
GGGAAGTAAACAATGCAAAACTAGTGCATAAATTGCACTCTAACAAGTTC
CTTATGATAAGCAAGCTGAAGAGAGCTGAAGAAGGAGGCAAGATCTCGAG
GAAATTCAGCGATGGATGAAGCGAGGGTTCTAACTCTCACTCTTTTAAAA
AAAATTATGCATATTCTTTCATGTGCTGTAGATAGGCCCTTCAACCTCGG
AAACCTCACCATGGACTGGGAGCGAAGGAAGTGGGATCTGATGGTTGGCA
TTGTAGGTGGCAAGCTGCAAAAGAAAGATGACGTTTTCAAAGTTGAAGGG
CCTTTCTAGAGCACTGGAATCCATTCATACTTCAGCTTGAAATCCCAAAA
CACAAGGCTTTTTGTGCATATTTGTTTAGATTTTGCAGTAAGATTGGCTT
TTATTTTTCCCTTTTAGACTTGAATCAGTATAACATTTCAATGTTACAGC
ACACTTTGGTGCAGCATATGTAGATCTGTATTGGTTGCAACTGAGGTTTT
CTGCAAAGACTGTTATGAATTTTTTTTTTAAATCATTTATTAGGAAATTT
TCCCAACAGCAACACCAGAAAAGGTGAAAACAGGTATGCTTGAGGTTGTT
ATAGCTGCGCTTGGCCTACCGAAAGGTTCATTTAGTCCAATTATGCTAAG
ACTCCACTTTTATGGACATTATCTTGTAATTTCATTTTTATCACGTCCCA
TTTGGATCTCCGTGACCTACTTGGCCTGTAGCTATTTGCTGTTGGTGTTG
CTTTTGAATTAGTGGCTGATTTGGACACGCTTAACAAGTTATTGTGTGGA
CTCTAG

Coding sequence (CDS) from alignment at chr8_v3.0:8383750..8400805-

>Cs_ont_8g010570.1_Citrus_sinensis_DHSO_v3.0 ID=Cs_ont_8g010570.1_Citrus_sinensis_DHSO_v3.0; Name=Cs_ont_8g010570.1; organism=Citrus sinensis; type=CDS; length=480bp; location=Sequence derived from: chr8_v3.0:8383750..8400805- (Citrus sinensis
ATGACACAACAAAGATTTACCTTCACCGAACTGAAGCCGGAGAAAAAGGC
GGTGTCAAGATCAAAGAAGATGCCGCGAGGTTTGGCTGAAGCAGTGCCTT
GGAAGGAGCCCAAGGCTCTGATCATGTGCCCGTTGAAGAATGAGCCGGCA
AATCCTAAGCAGTGGCTTGCACTGCAATCTCCTCTACAATCCTCTTCAGC
AAGTGGTTCCTCCGAGTTTTCAACAACAATTCCTAGCCAGGCTGAAAACA
AAGGGGACGAAGAAAGAGGATCTGATTCCGACGATAGGCCCTTCAACCTC
GGAAACCTCACCATGGACTGGGAGCGAAGGAAGTGGGATCTGATGGTTGG
CATTGAAATTTTCCCAACAGCAACACCAGAAAAGGTGAAAACAGGTATGC
TTGAGGTTGTTATAGCTGCGCTTGGCCTACCGAAAGTGGCTGATTTGGAC
ACGCTTAACAAGTTATTGTGTGGACTCTAG