LOCUS HUMCOL2A1Z 31001 bp DNA linear HUM 03-AUG-1995
DEFINITION Human pro-alpha1 type II collagen (COL2A1) gene exons 1-54,
complete cds.
ACCESSION L10347
VERSION L10347.1
KEYWORDS alpha-1 type II collagen.
SOURCE Homo sapiens (human)
ORGANISM Homo sapiens
Eukaryota; Metazoa; Chordata; Craniata; Vertebrata; Euteleostomi;
Mammalia; Eutheria; Euarchontoglires; Primates; Haplorrhini;
Catarrhini; Hominidae; Homo.
REFERENCE 1 (sites)
AUTHORS Cheah,K.S., Stoker,N.G., Griffin,J.R., Grosveld,F.G. and Solomon,E.
TITLE Identification and characterization of the human type II collagen
gene (COL2A1)
JOURNAL Proc. Natl. Acad. Sci. U.S.A. 82 (9), 2555-2559 (1985)
PUBMED 3857598
REFERENCE 2 (sites)
AUTHORS Baldwin,C.T., Reginato,A.M., Smith,C., Jimenez,S.A. and
Prockop,D.J.
TITLE Structure of cDNA clones coding for human type II procollagen. The
alpha 1(II) chain is more similar to the alpha 1(I) chain than two
other alpha chains of fibrillar collagens
JOURNAL Biochem. J. 262 (2), 521-528 (1989)
PUBMED 2803268
REFERENCE 3 (sites)
AUTHORS Vikkula,M. and Peltonen,L.
TITLE Structural analyses of the polymorphic area in type II collagen
gene
JOURNAL FEBS Lett. 250 (2), 171-174 (1989)
PUBMED 2753125
REFERENCE 4 (sites)
AUTHORS Ryan,M.C., Sieraski,M. and Sandell,L.J.
TITLE The human type II procollagen gene: identification of an additional
protein-coding domain and location of potential regulatory
sequences in the promoter and first intron
JOURNAL Genomics 8 (1), 41-48 (1990)
PUBMED 2081599
REFERENCE 5 (sites)
AUTHORS Huang,M.C., Seyer,J.M., Thompson,J.P., Spinella,D.G., Cheah,K.S.
and Kang,A.H.
TITLE Genomic organization of the human procollagen alpha 1(II) collagen
gene
JOURNAL Eur. J. Biochem. 195 (3), 593-600 (1991)
PUBMED 1999183
REFERENCE 6 (sites)
AUTHORS Vikkula,M., Metsaranta,M., Syvanen,A.C., Ala-Kokko,L., Vuorio,E.
and Peltonen,L.
TITLE Structural analysis of the regulatory elements of the type-II
procollagen gene. Conservation of promoter and first intron
sequences between human and mouse
JOURNAL Biochem. J. 285 (Pt 1), 287-294 (1992)
PUBMED 1637314
REFERENCE 7 (sites)
AUTHORS Ala-Kokko,L., Kvist,A.P., Metsaranta,M., Kivirikko,K.I., de
Crombrugghe,B., Prockop,D.J. and Vuorio,E.
TITLE Conservation of the sizes of 53 introns and over 100 intronic
sequences for the binding of common transcription factors in the
human and mouse genes for type II procollagen (COL2A1)
JOURNAL Biochem. J. 308 (Pt 3), 923-929 (1995)
PUBMED 8948452
COMMENT Original source text: Homo sapiens male adult blood DNA.
Bases Reported in References
REFERENCE 1 (bases 26401-26754,26809-26980,27089-27253,
27308-27488,
27597-27840,27895-28337,28446-31001)
AUTHORS Cheah, Kathryn S E, Stoker, Neil G, Griffin, Jane R,
Grosveld, Frank G, and Solomon Ellen
TITLE Identification and Characterization of the Human Type II
Collagen Gene (COL2A1)
JOURNAL Proc. Natl. Acad. Sci, USA 82, 2555-2559 (1985) REFERENCE
2 (bases 1-85,5892-5908,6122-6154,6259-6291,6397-6450,
6614-6715,7694-7771,8399-8443,8555-8608,9009-9062, 9838-9891,
10266-10319,10451-10504,10811-10855, 11391-11444,14507-14551,
15031-15084,16598-16696, 16993-17037,17130-17228,17418-17471,
17996-18103, 18469-18522,18607-18705,18846-18899,19340-19438,
19832-19885,20292-20345,20696-20749,20993-21046, 21289-21333,
21480-21578,21813-21920,22263-22316, 22595-22648,23025-23078,
23451-23504,23759-23866, 24358-24411,24856-24909,25656-25817,
26015-26122, 26293-26400,26755-26808,26981-27088,27254-27307,
27489-27596,27841-27894,28338-28445)
AUTHORS Baldwin, Clinton T, Reginato, Anthony M, Smith, Carol,
Jiminez, Sergio A, and Prockop, Darwin J
TITLE Structure of cDNA clones coding for human type II
procollagen. The alpha1(II) chain is more similar to the alpha1(I)
chain two other alpha chains of fibrillar collagen JOURNAL
Biochemical Journal 262, 521-528 (1989)
REFERENCE 3 (bases 86-4190)
AUTHORS Vikkula, Miikka, Metsaranta, Marjo, Syvanen,
Ann-Cristine, Ala-Kokko, Leena, Vuorio, Eero, and Peltonen, Leena
TITLE Structural analysis of the regulatory elements of the
type-II procollagen gene
JOURNAL Biochemical Journal 285, 287-294 (1992)
REFERENCE 4 (bases 4191-5891)
AUTHORS Ryan, Maureen C, Sieraski, Madelyn, and Sandell, Linda J
TITLE The Human Type II Procollagen Gene: Identification of an
Additional Protein-Coding Domain and Location of Potential
Regulatory Sequences in the Promoter and First Intron JOURNAL
Genomics 8, 41-48 (1990)
REFERENCE 5 (bases 20346-20695,20750-20992,21047-21288,
21334-21479, 21579-21812,21921-22262)
AUTHORS Vikkula, Miikka and Peltonen, Leena
TITLE Structural Analyses of the Polymorphic Area in Type II
Collagen Gene
JOURNAL FEBS LETTERS 250, 2:171-174 (1989)
REFERENCE 6 (bases 5909-6121, 6155-6258, 6292-6396,6451-6613,
6716-7693,7772-8398,8444-85541-30997)
AUTHORS Huang, Min-Chi, Seyer, Jerome M, Thompson, James P,
Spinella, Dominic G, Ceah, Kathy S E, Kang, Andrew H TITLE
Genomic Organization of the Human Procollagen a1(II) Collagen Gene
JOURNAL FEBS LETTERS 195, 593-600 (1991)
REFERENCE 7 (bases 8609-9008,9063-9837,9892-10265,10320-10450,
10505-10810,10856-11390,11445-14506,14552-15030,
15085-16597,16697-16992,17038-17129,17229-17417,
17472-17995,18104-18468,18523-18606,18706-18845, 18900-19339,
19439-19831,19886-20291,22317-22594, 22649-23024,23079-23450,
23505-23758,23867-24357, 24412-24855,24910-25655,25818-26014,
26123-26292)
AUTHORS Leena Ala-Kokko, Ari-Pekka Kvist, Marjo Metsaranta, Kari
Kivirikko,Benoit de Crombrugghe, Darwin J. Prockop, and Eero
Vuorio.
TITLE Comparison of the Human and Mouse Genes for Type II
Procollagen (COL2A1). conservation of the relative Sizes of 54
Introns, about 70% of 25,000 Base Sequences of the Introns and Over
One Hundred Sites Throughout the Gene for Binding of Common
Transcription Factors
JOURNAL Manuscript, in preparation.
FEATURES Location/Qualifiers
source 1..31001
/organism="Homo sapiens"
/mol_type="genomic DNA"
/db_xref="taxon:9606"
/map="12q13"
/sex="male"
/cell_type="leukocyte"
/tissue_type="blood"
/dev_stage="adult"
gene 1..31001
/gene="COL2A1"
CDS join(1..85,4191..4397,5892..5908,6122..6154,6259..6291,
6397..6450,6614..6715,7694..7771,8399..8443,8555..8608,
9009..9062,9838..9891,10266..10319,10451..10504,
10811..10855,11391..11444,14507..14551,15031..15084,
16598..16696,16993..17037,17130..17228,17418..17471,
17996..18103,18469..18522,18607..18705,18846..18899,
19340..19438,19832..19885,20292..20345,20696..20749,
20993..21046,21289..21333,21480..21578,21813..21920,
22263..22316,22595..22648,23025..23078,23451..23504,
23759..23866,24358..24411,24856..24909,25656..25817,
26015..26122,26293..26400,26755..26808,26981..27088,
27254..27307,27489..27596,27841..27894,28338..28445,
28803..29091,29546..29733,30077..30319,30855..31001)
/gene="COL2A1"
/codon_start=1
/product="alpha-1 type II collagen"
/protein_id="AAC41772.1"
/db_xref="GDB:G00-119-063"
/translation="MIRLGAPQSLVLLTLLVAAVLRCQGQDVQEAGSCVQDGQRYNDK
DVWKPEPCRICVCDTGTVLCDDIICEDVKDCLSPEIPFGECCPICPTDLATASGQPGP
KGQKGEPGDIKDIVGPKGPPGPQGPAGEQGPRGDRGDKGEKGAPGPRGRDGEPGTPGN
PGPPGPPGPPGPPGLGGNFAAQMAGGFDEKAGGAQLGVMQGPMGPMGPRGPPGPAGAP
GPQGFQGNPGEPGEPGVSGPMGPRGPPGPPGKPGDDGEAGKPGKAGERGPPGPQGARG
FPGTPGLPGVKGHRGYPGLDGAKGEAGAPGVKGESGSPGENGSPGPMGPRGLPGERGR
TGPAGAAGARGNDGQPGPAGPPGPVGPAGGPGFPGAPGAKGEAGPTGARGPEGAQGPR
GEPGTPGSPGPAGASGNPGTDGIPGAKGSAGAPGIAGAPGFPGPRGPPGPQGATGPLG
PKGQTGEPGIAGFKGEQGPKGEPGPAGPQGAPGPAGEEGKRGARGEPGGVGPIGPPGE
RGAPGNRGFPGQDGLAGPKGAPGERGPSGLAGPKGANGDPGRPGEPGLPGARGLTGRP
GDAGPQGKVGPSGAPGEDGRPGPPGPQGARGQPGVMGFPGPKGANGEPGKAGEKGLPG
APGLRGLPGKDGETGAAGPPGPAGPAGERGEQGAPGPSGFQGLPGPPGPPGEGGKPGD
QGVPGEAGAPGLVGPRGERGFPGERGSPGAQGLQGPRGLPGTPGTDGPKGASGPAGPP
GAQGPPGLQGMPGERGAAGIAGPKGDRGDVGEKGPEGAPGKDGGRGLTGPIGPPGPAG
ANGEKGEVGPPGPAGSAGARGAPGERGETGPPGPAGFAGPPGADGQPGAKGEQGEAGQ
KGDAGAPGPQGPSGAPGPQGPTGVTGPKGARGAQGPPGATGFPGAAGRVGPPGSNGNP
GPPGPPGPSGKDGPKGARGDSGPPGRAGEPGLQGPAGPPGEKGEPGDDGPSGAEGPPG
PQGLAGQRGIVGLPGQRGERGFPGLPGPSGEPGKQGAPGASGDRGPPGPVGPPGLTGP
AGEPGREGSPGADGPPGRDGAAGVKGDRGETGAVGAPGAPGPPGSPGPAGPTGKQGDR
GEAGAQGPMGPSGPAGARGIQGPQGPRGDKGEAGEPGERGLKGHRGFTGLQGLPGPPG
PSGDQGASGPAGPSGPRGPPGPVGPSGKDGANGIPGPIGPPGPRGRSGETGPAGPPGN
PGPPGPPGPPGPGIDMSAFAGLGPREKGPDPLQYMRADQAAGGLRQHDAEVDATLKSL
NNQIESIRSPEGSRKNPARTCRDLKLCHPEWKSGDYWIDPNQGCTLDAMKVFCNMETG
ETCVYPNPANVPKKNWWSSKSKEKKHIWFGETINGGFHFSYGDDNLAPNTANVQMTFL
RLLSTEGSQNITYHCKNSIAYLDEAAGNLKKALLIQGSNDVEIRAEGNSRFTYTALKD
GCTKHTGKWGKTVIEYRSQKTSRLPIIDIAPMDIGGPEQEFGVDIGPVCFL"
exon 1..85
/gene="COL2A1"
/note="G00-119-063"
/citation=[2]
/number=1
intron 86..4190
/gene="COL2A1"
/note="G00-119-063"
/citation=[6]
/number=1
exon 4191..4397
/gene="COL2A1"
/note="G00-119-063"
/citation=[4]
/number=2
intron 4398..5891
/gene="COL2A1"
/note="G00-119-063"
/citation=[4]
/number=2
exon 5892..5908
/gene="COL2A1"
/note="G00-119-063"
/citation=[2]
/number=3
intron 5909..6121
/gene="COL2A1"
/note="G00-119-063"
/citation=[5]
/number=3
exon 6122..6154
/gene="COL2A1"
/note="G00-119-063"
/citation=[2]
/number=4
intron 6155..6258
/gene="COL2A1"
/note="G00-119-063"
/citation=[5]
/number=4
exon 6259..6291
/gene="COL2A1"
/note="G00-119-063"
/citation=[2]
/number=5
intron 6292..6396
/gene="COL2A1"
/note="G00-119-063"
/citation=[5]
/number=5
exon 6397..6450
/gene="COL2A1"
/note="G00-119-063"
/citation=[2]
/number=6
intron 6451..6613
/gene="COL2A1"
/note="G00-119-063"
/citation=[5]
/number=6
exon 6614..6715
/gene="COL2A1"
/note="G00-119-063"
/citation=[2]
/number=7
intron 6716..7693
/gene="COL2A1"
/note="G00-119-063"
/citation=[5]
/number=7
exon 7694..7771
/gene="COL2A1"
/note="G00-119-063"
/citation=[2]
/number=8
intron 7772..8398
/gene="COL2A1"
/note="G00-119-063"
/citation=[5]
/number=8
exon 8399..8443
/gene="COL2A1"
/note="G00-119-063"
/citation=[2]
/number=9
intron 8444..8554
/gene="COL2A1"
/note="G00-119-063"
/citation=[5]
/number=9
exon 8555..8608
/gene="COL2A1"
/note="G00-119-063"
/citation=[2]
/number=10
intron 8609..9008
/gene="COL2A1"
/note="G00-119-063"
/number=10
exon 9009..9062
/gene="COL2A1"
/note="G00-119-063"
/citation=[2]
/number=11
intron 9063..9837
/gene="COL2A1"
/note="G00-119-063"
/number=11
exon 9838..9891
/gene="COL2A1"
/note="G00-119-063"
/citation=[2]
/number=12
intron 9892..10265
/gene="COL2A1"
/note="G00-119-063"
/number=12
exon 10266..10319
/gene="COL2A1"
/note="G00-119-063"
/citation=[2]
/number=13
intron 10320..10450
/gene="COL2A1"
/note="G00-119-063"
/number=13
exon 10451..10504
/gene="COL2A1"
/note="G00-119-063"
/citation=[2]
/number=14
intron 10505..10810
/gene="COL2A1"
/note="G00-119-063"
/number=14
exon 10811..10855
/gene="COL2A1"
/note="G00-119-063"
/citation=[2]
/number=15
intron 10856..11390
/gene="COL2A1"
/note="G00-119-063"
/number=15
exon 11391..11444
/gene="COL2A1"
/note="G00-119-063"
/citation=[2]
/number=16
intron 11445..14506
/gene="COL2A1"
/note="G00-119-063"
/number=16
exon 14507..14551
/gene="COL2A1"
/note="G00-119-063"
/citation=[2]
/number=17
intron 14552..15030
/gene="COL2A1"
/note="G00-119-063"
/number=17
exon 15031..15084
/gene="COL2A1"
/note="G00-119-063"
/citation=[2]
/number=18
intron 15085..16597
/gene="COL2A1"
/note="G00-119-063"
/number=18
exon 16598..16696
/gene="COL2A1"
/note="G00-119-063"
/citation=[2]
/number=19
intron 16697..16992
/gene="COL2A1"
/note="G00-119-063"
/number=19
exon 16993..17037
/gene="COL2A1"
/note="G00-119-063"
/citation=[2]
/number=20
intron 17038..17129
/gene="COL2A1"
/note="G00-119-063"
/number=20
exon 17130..17228
/gene="COL2A1"
/note="G00-119-063"
/citation=[2]
/number=21
intron 17229..17417
/gene="COL2A1"
/note="G00-119-063"
/number=21
exon 17418..17471
/gene="COL2A1"
/note="150960; G00-119-063"
/citation=[2]
/number=22
intron 17472..17995
/gene="COL2A1"
/note="G00-119-063"
/number=22
exon 17996..18103
/gene="COL2A1"
/note="G00-119-063"
/citation=[2]
/number=23
intron 18104..18468
/gene="COL2A1"
/note="G00-119-063"
/number=23
exon 18469..18522
/gene="COL2A1"
/note="G00-119-063"
/citation=[2]
/number=24
intron 18523..18606
/gene="COL2A1"
/note="G00-119-063"
/number=24
exon 18607..18705
/gene="COL2A1"
/note="G00-119-063"
/citation=[2]
/number=25
intron 18706..18845
/gene="COL2A1"
/note="G00-119-063"
/number=25
exon 18846..18899
/gene="COL2A1"
/note="G00-119-063"
/citation=[2]
/number=26
intron 18900..19339
/gene="COL2A1"
/note="G00-119-063"
/number=26
exon 19340..19438
/gene="COL2A1"
/note="G00-119-063"
/citation=[2]
/number=27
intron 19439..19831
/gene="COL2A1"
/note="G00-119-063"
/number=27
exon 19832..19885
/gene="COL2A1"
/note="G00-119-063"
/citation=[2]
/number=28
intron 19886..20291
/gene="COL2A1"
/note="G00-119-063"
/number=28
exon 20292..20345
/gene="COL2A1"
/note="G00-119-063"
/citation=[2]
/number=29
intron 20346..20695
/gene="COL2A1"
/note="G00-119-063"
/citation=[3]
/number=29
exon 20696..20749
/gene="COL2A1"
/note="G00-119-063"
/citation=[2]
/number=30
intron 20750..20992
/gene="COL2A1"
/note="G00-119-063"
/citation=[3]
/number=30
exon 20993..21046
/gene="COL2A1"
/note="G00-119-063"
/citation=[2]
/number=31
intron 21047..21288
/gene="COL2A1"
/note="G00-119-063"
/citation=[3]
/number=31
exon 21289..21333
/gene="COL2A1"
/note="G00-119-063"
/citation=[2]
/number=32
intron 21334..21479
/gene="COL2A1"
/note="G00-119-063"
/citation=[3]
/number=32
exon 21480..21578
/gene="COL2A1"
/note="G00-119-063"
/citation=[2]
/number=33
intron 21579..21812
/gene="COL2A1"
/note="G00-119-063"
/citation=[3]
/number=33
exon 21813..21920
/gene="COL2A1"
/note="G00-119-063"
/citation=[2]
/number=34
intron 21921..22262
/gene="COL2A1"
/note="G00-119-063"
/citation=[3]
/number=34
exon 22263..22316
/gene="COL2A1"
/note="G00-119-063"
/citation=[2]
/number=35
intron 22317..22594
/gene="COL2A1"
/note="G00-119-063"
/number=35
exon 22595..22648
/gene="COL2A1"
/note="G00-119-063"
/citation=[2]
/number=36
intron 22649..23024
/gene="COL2A1"
/note="G00-119-063"
/number=36
exon 23025..23078
/gene="COL2A1"
/note="G00-119-063"
/citation=[2]
/number=37
intron 23079..23450
/gene="COL2A1"
/note="G00-119-063"
/number=37
exon 23451..23504
/gene="COL2A1"
/note="G00-119-063"
/citation=[2]
/number=38
intron 23505..23758
/gene="COL2A1"
/note="G00-119-063"
/number=38
exon 23759..23866
/gene="COL2A1"
/note="G00-119-063"
/citation=[2]
/number=39
intron 23867..24357
/gene="COL2A1"
/note="G00-119-063"
/number=39
exon 24358..24411
/gene="COL2A1"
/note="G00-119-063"
/citation=[2]
/number=40
intron 24412..24855
/gene="COL2A1"
/note="G00-119-063"
/number=40
exon 24856..24909
/gene="COL2A1"
/note="G00-119-063"
/citation=[2]
/number=41
intron 24910..25655
/gene="COL2A1"
/note="G00-119-063"
/number=41
exon 25656..25817
/gene="COL2A1"
/note="G00-119-063"
/citation=[2]
/number=42
intron 25818..26014
/gene="COL2A1"
/note="G00-119-063"
/number=42
exon 26015..26122
/gene="COL2A1"
/note="G00-119-063"
/citation=[2]
/number=43
intron 26123..26292
/gene="COL2A1"
/note="G00-119-063"
/number=43
exon 26293..26400
/gene="COL2A1"
/note="G00-119-063"
/citation=[2]
/number=44
intron 26401..26754
/gene="COL2A1"
/note="G00-119-063"
/citation=[1]
/number=44
exon 26755..26808
/gene="COL2A1"
/note="G00-119-063"
/citation=[2]
/number=45
intron 26809..26980
/gene="COL2A1"
/note="G00-119-063"
/citation=[1]
/number=45
exon 26981..27088
/gene="COL2A1"
/note="G00-119-063"
/citation=[2]
/number=46
intron 27089..27253
/gene="COL2A1"
/note="G00-119-063"
/citation=[1]
/number=46
exon 27254..27307
/gene="COL2A1"
/note="G00-119-063"
/citation=[2]
/number=47
intron 27308..27488
/gene="COL2A1"
/note="G00-119-063"
/citation=[1]
/number=47
exon 27489..27596
/gene="COL2A1"
/note="G00-119-063"
/citation=[2]
/number=48
intron 27597..27840
/gene="COL2A1"
/note="G00-119-063"
/citation=[1]
/number=48
exon 27841..27894
/gene="COL2A1"
/note="G00-119-063"
/citation=[2]
/number=49
intron 27895..28337
/gene="COL2A1"
/note="G00-119-063"
/citation=[1]
/number=49
exon 28338..28445
/gene="COL2A1"
/note="G00-119-063"
/citation=[2]
/number=50
intron 28446..28802
/gene="COL2A1"
/note="G00-119-063"
/citation=[1]
/number=50
exon 28803..29091
/gene="COL2A1"
/note="G00-119-063"
/citation=[1]
/number=51
intron 29092..29545
/gene="COL2A1"
/note="G00-119-063"
/citation=[1]
/number=51
exon 29546..29733
/gene="COL2A1"
/note="G00-119-063"
/citation=[1]
/number=52
intron 29734..30076
/gene="COL2A1"
/note="G00-119-063"
/citation=[1]
/number=52
exon 30077..30319
/gene="COL2A1"
/note="G00-119-063"
/citation=[1]
/number=53
intron 30320..30854
/gene="COL2A1"
/note="G00-119-063"
/citation=[1]
/number=53
exon 30855..31001
/gene="COL2A1"
/note="G00-119-063"
/citation=[1]
/number=54
BASE COUNT 6451 a 8344 c 8801 g 7405 t
ORIGIN
1 atgattcgcc tcggggctcc ccagtcgctg gtgctgctga cgctgctcgt cgccgctgtc
61 cttcggtgtc agggccagga tgtccgtaag tcttcccccg ccgctgcctg cctgcctgct
121 ttccatgcgt ccctcagcat ccttctcccc ggcccgctcc agctctggag cccgcggctc
181 cgggctaaaa cggctcccgg ggtcgtagcg cgccgactta ggcacaggac acgcagaagt
241 tcaccaagaa gagttctgcc aatcaagact ctgtcccagg gtcctcggtg cccatcgcag
301 ttgcaagtat ttgcaggtcc ctacgttgcg ctagaatact gaacttgcaa agtgttggct
361 cggagaagtt tgcgcacaga tataaatggg ctcttttcca ccagctttga taattaggcg
421 cacatgcaca cagctcgcct cttcgaagca cttcgagttc agcaaaaaca gatctcaact
481 catcgaactt aggtgaagta ggaaagagag agcgcgacgg ggagcaagca aacgccaaag
541 ggttgacttc acagcctgtc caaggcttgg tggctggtgg gctcaaagca gagttagaca
601 aaggggacta acactctgac actggtgggc tgaaatccca ggccacaaag aacggcttcc
661 gataggccct ctgagacctc agcgcctctt tagggtaccc tccccctccc agctggccct
721 ggagcaaggt gcagccctag cgctcatctc gacttccctc cgtccgcctg cgcctctctt
781 ctgataaagg gtacagaaac ttccagtagg agaggccatc tgaaagacga taacattcca
841 accagaccgt gcttttcaaa tgcccccgaa aatagcgccc ccttccccgc ggtcttaccc
901 cattccccgc cgccccgagg tactacaatg agttactttt ctaaattctg gaactcaccg
961 agccaggctg cgtggtgtgt gtgtgtgtgc gtgtgtgtgt gtgtatgtgt gtgtcaggga
1021 aggggagcag gctggtcgat tgctacggtt gctacaacta tttcaaccgg tatagttaga
1081 gatggctctt gtagtcgggt ccaaatgctg ttcggactgc acctttctac ccctcctttg
1141 gtaaggtcca ctgtctggga ttatattcag gacaaacgaa gcctggaaag tgtattaggt
1201 agagaggatt tttttttcca cgtgtttggg cacgtttccg acggctggga ttccagccct
1261 gtctttgtat gttacagatt gtaaatcaat cgcagaggga aactcttcgg cgggggaaat
1321 aaaagttctc tgccttcgag gctctgtggg ccctctcctg ccaccaggct gtttccaggg
1381 atagcgtgga aggcggcggg ctcaggcggg ctttccggtc attagcgcag cgggggcagg
1441 gctggagcct gcggcgcagc tgcgaggagc cgggagcagg agactctggc cgggtcaccc
1501 ggtagtgcgc taagctggag gcgcgctcct gggcatttga ggaatacagc gtgactatac
1561 gtggcctgga ctcagactga ctatattttt gtactaaatt tacaagcaca cgcccacaaa
1621 gctgtcttct tgactgaccc ctgccttagt gagcaatgga attagctggg tggctttaaa
1681 ataattctca aattctccat ccggtattag ggtcgcttgc ttaattaggc ggtagaggtc
1741 tctcatcgcc gcatctttcc tgggagggag tgattccaca gcttctccgg cccaaacctt
1801 ccagtcgctc ctcctcccag agggagtgtg attctgcatc cgagaggctg attttgcgcc
1861 ctggagcatc ccacctttta taacttcccc cgcctggggt cagcggaccc aaaggtgtga
1921 cgtggggaaa tgcgcagtct gcgtggacgt caggaatgtc agacacctag agctcggcca
1981 cacccctcct ctccatcttt ccacgagttt gagaaactta ctggcggcgg cgtctttgac
2041 cctcatctgc atttcagagc cctcgcctcc gaaagtgccc ctggctcagg ggagagatct
2101 caatcctcct ttgtgaggct tgtttgcatt gggagattgg cagcgatggc ttccagatgg
2161 ggctgaaacg ctgcccgtat ttatttaaac tggttcctcg cagagacctg tgaatcgggc
2221 tctgtgtgcg ctcgagaaaa gccccattca tgagagacga ggtccagtgg gttctctcgt
2281 actcccagac cccctctccc acaatgcccc cctgtgcccg cccgccgcca cctctcggct
2341 ccagccctgc gcagagcggc ggtgaagcaa aacagttccc cgaaagaggt agctttttaa
2401 ttggcttgcc acaaagaatc acttatacgg ccctgcggta atgaggggaa ccggatcagg
2461 cgcgccggga tgctatcggc agccgttttg gagcagcaat tatggtggtg ctgggctcct
2521 ccgtccacac ctaggggatc cggttacggc gctggctcct ttctggggca gtcatttaat
2581 cccacttttc actctcccgg tgtctgtgag cgagccgtgt ccagagccgc agccacagag
2641 tcactcagcg gctcttacac ccagcgcagc ctggccccgc ccctgcgccg gcgcttcccg
2701 ggccgccctt ccccgggaaa tctgatccgc acggggagtg gcccctctcc tagcatttcc
2761 ccctctcctc cctgggtcct catgggcgag ggtgggctct cctgtagtct gggctggagc
2821 gcattaaccg atgccccctc tcccacacct tcctcaccgc ctgcattcca ctgctccagc
2881 tattttaacg gcgggtgtgt ccccgcaact tctgtatttt ccctggaatc cctcaccctc
2941 ctgtgattat cttgcccaaa ggctaggcgg atttcttcta gtgggaaagt aaaaaggaac
3001 gtttatcttt ggattttcac tctctttaaa gagcagtggg caggctcgtt tctttctccg
3061 cctctgggtt tgtggctctt tcctattatt catcccctgc tgctgctatt gccttgggga
3121 ttttgatgag aaaaacacgc tgggcgctcc ctacgacgtg gtgcggctct acagcccttg
3181 gctgctaagg agcgctcttg tcagcacagg tttcatttgc agcatgaatt ccagacggca
3241 gggcgctggt ggaggagact agtccctgct attcttcctc tgcagtcttg gaggaggcca
3301 ggcctggact ggcaatctta gccctagcca ggtattcaac gacccctgct ccccaaactg
3361 gggtgctgtt ttcagatgga ggcagggcct ctccaggcag ggctacaggt ggaggtcagc
3421 actgggggcg ctttggctcc actggcctcc taagcagttt attagcctgc ccaagcccca
3481 agtgtattgt ttgaatgggt ctatccccct ccccaaattg gtcctaattc taatatggtt
3541 caaagaatga gacaagatcc taattctaat agctcgtctt ttcacccccc tttcttatat
3601 acctattttt ggagcctcac tgcttataga ttccaatttt tgtaggtaga attttctaca
3661 ttccctctga atgttagttg tcagttgtat ttagctaatc ccataattcc cagaggaagg
3721 cagaagaaag aagacttctc tgctcctggg ctggtggaag ggaggtctcg ccatttttct
3781 gtctcctttc tttttatagt cccagaattc ctattcagaa tatcttgtct cctcccttcc
3841 gctcaccctc caactccctc cacccactcc atcacctggt ctcccccgta ttaggtgggt
3901 aaagagaata tagtatagta accccccacc ttcattgctg ggtcaagatt ttcactggtg
3961 aatagacaac atggtgcaag gtgcataata aatatttgtt gaatacatgg aaaaatcaat
4021 gatgttttag gaaaataatt tttaagttct atatgtccag gtggccccag cctacattct
4081 tcagcatttg aattctgtca agttgactgc aacctctctc tttttctctc tggctcccca
4141 ccccctcctt cccttggctc tctgcttctc cctccccacc cttggtgcag aggaggctgg
4201 cagctgtgtg caggatgggc agaggtataa tgataaggat gtgtggaagc cggagccctg
4261 ccggatctgt gtctgtgaca ctgggactgt cctctgcgac gacataatct gtgaagacgt
4321 gaaagactgc ctcagccctg agatcccctt cggagagtgc tgccccatct gcccaactga
4381 cctcgccact gccagtggtt gtaatttatt tatttcctgt tcaacataaa taaattactt
4441 gcaagcactg caaacacgct cccatagatg ctggtcgtct ctgcaaagca gaggggctag
4501 ttatccatgg gacctggtag ctggggtaga aaaggaaaag gccacttctc acttgcaggt
4561 tgaaactgag tgaatgagcc tgagacacta gaggggtcct tctttgccca acatctccaa
4621 aaacatttgc ttccaagaca catgaaggac agatgtaatt ctacaaaaaa aaaaaaaaaa
4681 aatcctctct gaaatcatct ctgcaaatta ctagagccac tatggagatc aaatgctctg
4741 tcttggccaa tccacgaatt aattcctcct ctgccaccga taccttgtct tctccttaga
4801 agacttctat gtatgtggtc ttcagtgtgg agaaagctct gccagctagt ggggagactg
4861 caggggcaga ggctccctct ttgagttatg gaacattggt ggtagtttcc tctctgctat
4921 tacctctctt ggagttgacc attaattcag aagcaaaata ataagagagg gaagggctag
4981 gctttgggag ttctagtggg gacgggtgga gacagagccc catgtatctg cactgtagtg
5041 ggtggttata aactcccagt tagatccagt gctggtggat gatatatgtg caggtgaccc
5101 cttccccagc attcaataca agatgtccta tctcccctgc agagtgagtg gggacgcttg
5161 tgtaggtttt ttgggtagct cttgctgtcc ccttcctgct gaagtagaga aggccgtggc
5221 aagggaagtg agaagctgcc tttccttaac acttcaccaa cactggctcc ctaatgtgca
5281 cattcccaga tcctttctga ggggcccgtg tgagtgaagt gttgattgcc tttactattt
5341 tgctgctact gtgaaggaga ggttattgac tggggtggca caggctatga tgctccgatg
5401 ctcttcataa ctcatatgcc ttgctgtttt tgtgttttta tttgtgcttg cttcaaggag
5461 acccagctct aatgtaagac ctttctaagt acctaactct tcctctggga gggcttgggg
5521 ttcgggaacg gctccctacc tgtgggggga agagagactg aatctgtgct ttccttcttg
5581 tggctgatta gatcttgagc tcttcattgc ctttttgtgc tgcccttgct cctttctttt
5641 gcatgctgcc tgctttttga ataacaaagc ctgggtcacc tccatatcct catgggacct
5701 cagcaacccc aggccacagt ggccctaaca ccccaacaga ggggttcagt ggagtcacag
5761 gaacgtgccg ccttccttga ttgtgtcctt ttacttgttt gatctaatga gtgagtgttt
5821 gagtgacaag aataggtatt tttccatctc aagattctta ccttcttctt ctctatattt
5881 tttccttgca gggcaaccag gaccaaaggt aagggctttc ttctttttct tttttcatat
5941 ttttttggct ttatattttc tgcttcaaaa gcaatgctat gttaatccag tctgtgattt
6001 tttagacatc agaagatatc tgtttcagag ggtacctcaa cacaggggct gctggcaggg
6061 ttttagacta ggggcttagt gggcttactc ggcttaatcc tgtgaatgtt tcatgtttca
6121 gggacagaaa ggagaacctg gagacatcaa ggatgtaagt gcaaattatt ctcacccggt
6181 attcgacgtc gtcgtctaaa tgggtcattt ccttgtgctc tcctctaact taccatcctg
6241 tggggctctc tctcacagat tgtaggaccc aaaggacctc ctgggcctca ggtaagagag
6301 ggagaaaatc tctttctccg tcccttcctc gctgcgcaag ttactgatct gtaactcctg
6361 gccttgctgt catcttacca tgttcttcac cttcagggac ctgcagggga acaaggaccc
6421 agaggggatc gtggtgacaa aggtgaaaaa gtgagtaaaa agcaatgctg cttgaccctg
6481 gtggacttcc caggtccccc aaggccccac catgtgttta agggcctggt cacctcttaa
6541 agagcagcca agggacagat ggctcttgga gaaacactgc ttcccattga tgcctttttc
6601 tctttatgcc aagggtgccc ctggacctcg tggcagagat ggagaacctg ggacccctgg
6661 aaatcctggc ccccctggtc ctcccggccc ccctggtccc cctggtcttg gtggagtaag
6721 tatccttact tcccattcct tcaggctgtc cctccagaaa tgtggctttt aaattgctgc
6781 ttgcacttac ctggctggct cccagggctg ccagcagtgt gtacatagcc tgtccatggg
6841 ctttgctcag gcctgtaatt tagaagagtc acatattagg catgagactg tggtgctaag
6901 ggctggcttt tttcactaac tgggattcta taaagaaagt cctcagttac ctggcttcct
6961 ggcatctgta ccacgtagtt gatgctgggg ggtgggtgta agggatagga ggaaggatga
7021 ctgggcactt gtatttccct ggaagacgag tgaccactgt ccttggaaga catttatcct
7081 tggttcttgc caagtacatt ccaagcaact attcactctc atgaaagagc tccactgagt
7141 gaaggtgtgt ggctaaagtc aattctggaa tcaaaccaat caacaaatta tatgattgcc
7201 tagtttttgc aggtttgcta ttttgatgtt tgctgtattt taaattctta aactcaaatg
7261 ggatcacaga tgcctactac atctcttgct gaaatattcc aagactgttg attttagtct
7321 tttgctgggc actaaagtct aaagaataaa gaacaccctt agaaggtttg gttatgtttc
7381 tccatatacg ttaaataaca tctgtcatat tttagagcat aaaaataatt ttataaaatg
7441 aaatgcaagg aactgatact tcctcaaata acactttccc ttccagtgaa atgattttgc
7501 cactgtcatc taataatcca ttcccaaaat tactttccag gcatcagtgg taattctgat
7561 caatgatagg ttagtctcca acaatcagag tttatctcag tagagttctt tgtatccata
7621 tagagactta cctagccaag tagggaagac ctagtgcctt tcaacctcct aacgttgttg
7681 ggtttctttg cagaactttg ctgcccagat ggctggagga tttgatgaaa aggctggtgg
7741 cgcccagttg ggagtaatgc aaggaccaat ggtaagaaaa gacactagtt ctttgcagcc
7801 aaaatggcag gaggtggccc ttagcagagc cagagagtct gacaacctct gctttacaga
7861 taattgctta gagtggctct cctccgtagt tatgtaacct cccattcagc tagcccaaag
7921 catttggttt ttaatggcaa tggatgccac ttttaatgat gcgctggagt gactaagaag
7981 aatgaagatg ggagatgcat ataggctgat ctgttagaag gccagttgct attgctcttg
8041 gaatgagaac tgaagaatgc agacagcagc tactgttctc cagcatccac agacttccag
8101 caggccctct cagcccgcag ctctgacttg gcacatgcta aatgaaactc agcctttagt
8161 aaacatggct gctgtccagg agaaagcaag gccagctttt ctgtccaaat ggtgcctata
8221 aataaaaata gagtgttgcg tggggagtgg gaaatgagag ggagcagcca ctctaggccc
8281 cttgcccaca gagtaacttc ttgtcctttg cccgggctgt tggctgggag aagatggcac
8341 actggaggcc actgaggaag catgtgtagt aaacccctca ttttctgttc cgatgcaggg
8401 ccccatggga cctcgaggac ctccaggccc tgcaggtgct cctgtaagta tctgcaagtc
8461 tttttgcctc catcgtgtcg cagatgattc ccaagcacta tgatgtttta gcagtttata
8521 gggattgacc tggtatcctc attttacttt ttaggggcct caaggatttc aaggcaatcc
8581 tggtgaacct ggtgaacctg gtgtctctgt gagtaccagc acggccctgt cccttctctg
8641 ggggagcctc taatgataga ccactaggac gcagctgctg tccctcccag ctctgcccag
8701 ctctttccca cagtcggtgg ccccaaggaa attcggatgt cacttcctag ctgtggagga
8761 actctcacag acagcccaat gtggcaagga ccaccaggga ctctgtccta acagcccctt
8821 tggggtcacc ccagcctgtg ctatctgctg caatcccact atgatctctg cacctttgct
8881 ctgaccttcc catctttctt cttcatagaa gaactggcat tccaaaacta caatgtcaaa
8941 gttttgtcca ttgcttaggt gtcttcccac tataaccatc tcttaaacta tcttcctttg
9001 tttgtaaggg tcccatgggt ccccgtggtc ctcctggtcc ccctggaaag cctggtgatg
9061 atgtgagtat acacgagtag acaaatgagg agctgcctcc tttgaaaggg cctggagagg
9121 gtgtgtgctt ggggagtgac agggaggcac ccagggtgga ggtatcttga ggagcaagac
9181 tgggcagtcc caaaccctga cgccatctcc tatctatatg gccactgtga ctgtgctggc
9241 aagttccctg gggaccgctt tggatccaag gggaagacaa ataattaaaa catcattagc
9301 cccaggaagg gaaattgaga aatgagagaa gggagagaaa aaatacaagg cagaaagatg
9361 tagagaagga aaaacaaaga aagaagcgtt caacaaccca gcattatctt aattgtaaat
9421 gagttagaaa aagcacagcc tgagtcagga tgtctacaaa ggatgcaaac tgaaatgaag
9481 agacaagaat tggcactctt gtcgtatttt tatgaattcg attagacagt aaaagtctct
9541 tgaggttaga gagagcacat acagtcagca gaacctagga gaggagagaa aagcctctca
9601 ggggaagttg gaggctggtg aggacagagg agcttgccca tggcgtatgc atgtgtccaa
9661 aagaataaat ggtgacccat gaaaggcatc caggcacgtg gagtctgaag gaggtgaggg
9721 agatgagtga gccggtacag aaggcatgga gggctggaag gagggaagcc ctctgggtgc
9781 ccccactatg ctactgcgtc tctgaggaag ctgggatatc tctctctctc ccttcagggt
9841 gaagctggaa aacctggaaa agctggtgaa aggggtccgc ctggtcctca ggtaaacgcc
9901 accgttccca gcctcaggca tctttcctag cgtctccctc cctgtggcct taaacacagt
9961 gcatccagtt caatgaggtc acttctgaga tgaaacgcca gtagccccta tatttatcac
10021 gaccatgttt gtaatttcca ctcaggctct catgagggag gctgggcagt tgttatttat
10081 accactttgc ataaaatggg gggtacgggg aggggtggtc gtggttttac agaaagagct
10141 gtccaagtgt ggggattcga gacaacgccc tggtggcgaa gggaactgga ggccctcctg
10201 cagccagggc agctttccac tgttatttta ctctgtgctc tgaacacctc cactttggat
10261 tgcagggtgc tcgtggtttc ccaggaaccc caggccttcc tggtgtcaaa ggtcacagag
10321 taagtatcac gggtgagaag gttggaagga agagatgcct ggtgggagag aaaagcactt
10381 tggggtgcgt gcatttcttc caacttgggt ttcccagaag tctgattgaa cattttctct
10441 tgttccctag ggttatccag gcctggacgg tgctaaggga gaggcgggtg ctcctggtgt
10501 gaaggtgaga ggccagaaag tacaatggga tggggaggag ggagacaatg aggagcccct
10561 cttcctagcc agggagacac tgtggagctc agtggaacta gctcctcaga acagccttgg
10621 ctgggaacac cagccctaca tcctgatggg ccaacagcag gcctggagag ctcagggcat
10681 tgtccctcac aggactgaag tttgtgtcag tgcgagctga gatgaccagg gcttttggcg
10741 tcttccctag gagtttgctg gcggccaaga atggggtccc agacactgac cttgtgcatc
10801 atttttccag ggtgagagtg gttccccggg tgagaacgga tctccgggcc caatggtaag
10861 tatggacacc ctccaggaag gtttatccaa agactcttca gactatcaga tggctgcaaa
10921 gagctccctt tgtgcaaagt tcatattctg tgttgtagat ttcatctgat tgtgagcaaa
10981 aagcaaaatg tattagacag atgatttgtt caagatttca ccaacatttc cttaagatag
11041 ccatgttatc acactaaaga tgctcccatt ttaaaaaatt ctgttgagtc tcaacatttt
11101 gtcaagctca tctactgcaa ggagcaaggt gtgcttgtaa caaaggttcc caataggtag
11161 caacaggaac attcgtgtgt tccgcctgtg gagaaactgt tgggtgtgat ctgaagcatc
11221 ctggctagtc aaggagccag caccatcagg aggtccttgt tttcctgggt gtgggcatcc
11281 tccctctcct ctggtatccg caaagggcct gcaggtagaa atggtcaccc tgagcaccgt
11341 aaagccaact catgcttagg ctgtcctggt gtgtgttcca gggtcctcag ggtcctcgtg
11401 gcctgcctgg tgaaagagga cggactggcc ctgctggcgc tgcggtgagt aattgacaaa
11461 gccaaacacc accatttgcc gagcacttta gagtttacag gtttgtttct cttgaccctc
11521 gaaacaaacc tgtgaggcat agggagtatt gctatccctt aagaattcac cccagggttc
11581 catcaaagct tccaggctga gtctcacagt gaaggaggaa ggataggaat gggagggtcg
11641 atgggtgaaa gcatgattct cttaaccagt ccagattatc aggtaatccc ttcaacaacc
11701 accacccact ccctgggcaa tccagctgga gtttacagac agacttagct ggctatagca
11761 ccaccgtgct actctctgtt cttcctggtt gctcaaatgc cctagaaaag tggaacaggt
11821 gagcatcaac tcacagggct ctatgctggc tgctgctgcg agggatgtta tgctatagta
11881 ccaggggcca ccattccata ggcacttcct gtgtttaata ccctatagct ttacttcatc
11941 tcatcttcct ccatatcctg agaggtggtt ctattcttct accccatttt acggatgaaa
12001 aaaccgagac acagaaaggt gaaactagct taagataaat ggtgccttgc agccttagac
12061 tctggtggcc tctagttaat gtgggaaatt aagggtgagg ggattggcag ctgatggagg
12121 gtgcagggtg ccagacagag gcgtttagct ctgatccctt agcaatagag agtccttgta
12181 ggcacttggt caggcgagtg atgcgatgaa agctgtgttt aagaaagatt atgctttctg
12241 ctgatttcat acccccaaca cccaagctct gaggcccctc ctcacaggtc cttgcagggc
12301 tggccaaaat aaagcagctt cactccgttg tgctgctttc cagctaatgt gtctgtttgg
12361 cagaagtttc cctcaaaggc agatcagtga aataagcaga agcctcgacc cccctttgtc
12421 agccagagct gctgaagtgc cttgccccag ggtcactttg tgtgagggga ttagagagca
12481 ctggggctgc caagaaacac tgccgtttct acagattagc aggacgctgg cttgtggctt
12541 ttagcgaggc tcagagctgc ggtggcccta gtctgcatgg gctaaagaca agctccatct
12601 cctgtccttt ttccctcctt cctgggcaca gccgccctgc ttcttggttc tctctgttgg
12661 ttcctgtccg cacggtagtt aggctggcag cgtgtgtagg atttggctta gaagattgac
12721 aacattgcct ttgagccctt ctttgctact cctccctctc ccctcccatc agactcctct
12781 ctggagtctg ctctgcgagg cctctgctct gtggtatccc agcagccttc tcagccttga
12841 cttccagaag ggggctgtgc agtgtccggg gtgtgcaggc cccagacacg gggtaggctc
12901 atggagatcc aagtgctgat ctagtgtcaa ggctggcctg gagactgggc tgggttggtg
12961 tcagcctgct gtggtcatgt gccctcccaa gggcctgtat cctctctcca gacttgctgc
13021 agggagaggt ggcagatgtc agcctagttc tggcctctca gagcagcatg gcagctccct
13081 ttcactcagg cccaggctgg gcctcctgct ggctgaccct ggggagaggg tgctccagag
13141 caccccaagg aacagcttcc cgaagcagcc aggccagccc agaggggctg tggccaatcc
13201 tgaagcttta tgttcctgct gacatttttt ctaagttttc tcttgctttc ctcttaaatg
13261 ccaatctgga gagtctccgt taggagaaat ggaccccagc caggaagaag agttgagttg
13321 tatttaaaac acgagctccc cctaaagcat ccttctttag cttctaagga gaggcagaga
13381 ctgacaggca ggactcagca ggtaaaagta cccccctgac ctgctcagtc agcctaggcc
13441 cagctccacc cagcctgtgg ggcccagagt ttcggtaaag agttccctgg gccttaagga
13501 accttgagag agcatttgag gggtgccacc acaaacttgg cagaaaaaac cctccccctc
13561 caagtccagt cctagagaag gagctggcaa ccttgccttg ctttgtaagc aaaagcctct
13621 tagggcttga gtctagatgt agtgtttgag ctgtggctgg tgccctcccc catcagggag
13681 ccaatggtag acatcctatg ggcatctttg ttttccgtaa gagcaggctg ctcggggatg
13741 ggccagagga agaggcaacc tggagtcaac caagaggagg ccttaaccaa gccttaacca
13801 cagaggttaa ccaagccttg aaagcgcttc cccctgagca ggccaggaag cactgagtcc
13861 acatggttgc ctcgctgttt catttcctta cactcaattc tctcagtctt taaatgatca
13921 cttggccttg aagttacgga tatttggggt ctgaactgaa gttgaagaaa agaggaaatg
13981 atttaagctt tgtttaagat taggggccag gtgcggtcgt cacgcctgta atcccagcac
14041 cttgggagcc tgaggcgggt ggatcacctg aggtcaggag ttccagacca gcctggccaa
14101 catagcaaaa cccagtctct actaaaaata acaataaaaa aattagccag gtgtggtgac
14161 acatgcctgt aatcccagtt actcaggagg ctgaggcaga attgcttgaa cttgagaggt
14221 ggaggttgta gtgagccaag accgcaccac tgcactccag cctggcgaca gagccaagct
14281 ccgtctcaaa aacaacaaca aaaaagatta gaagaagccc attactgcct tctggccacc
14341 cactcgcaca gacaccaaaa ctgcagccca cacctcgcca tcctcgtgct ctgccctggg
14401 acaccccagg cacagtgtgt ccttcgtttt ctgtaagggt gggctgggag cagggacgga
14461 cagggcctgt gggcacctct catggtcact tccttcttgc tcacagggtg cccgaggcaa
14521 cgatggtcag ccaggccccg caggtcctcc ggtaagttca tttcatcctc agcaggtcat
14581 tgttgctgtg ctttaagtcc cgttaagcag cccaaggcag tctcgagggt gtattgggtg
14641 caaccacagc agcactctga tgtctactgg aaagggggag gaaagagaag aagtttgtaa
14701 atatcaattg agcatatcga taacaagctt tgaagcatgg gctcattttc ctcagccatc
14761 ctttcagcag tctttttaga ggagggaggt caaaggagtt tctgcttctc accacagatg
14821 tagtcagaaa cttgctttgc cttctgaagc caggcaaagc ttcctgggga cgctggcaat
14881 ggggacaatt ttcatccaag gccttttagc cacaatggat atggagtgaa atcagtacag
14941 aggagggaag gagtgtgagg tgtcggggtc gctcgctttg gaggccagaa ctggcattca
15001 cctctcttct catccgccta ctctctccag ggtcctgtcg gtcctgctgg tggtcctggc
15061 ttccctggtg ctcctggagc caaggtacgt gccctgttgt ccagtcagga acttctgggt
15121 gccgagaagc tgtcctttcc ccgtaaccct tgctcattgc tccctcaaca accacctgct
15181 cccttctgag aagtagctcc ccaccacccc acccactggc ccctccatcc aggcagggca
15241 aaaagccaga cactcgcagt ctcacctgga gggaagtaag acagaagata aaatgtggga
15301 gatccagtta caactttgga gtggggaaag gtggacagag aagaagacgg ggatacacca
15361 taggcctggc aggggcagaa ggccaggagt ggcagcacag ggaagcaaac ctaggggaga
15421 cccaacagct gagcaagctc ggccggtgac gggcatcgga gggaactggg cagggaaaag
15481 ggcacaggca ggagcccctg ctccctctgg gtttctgctt tatttggggt gcctggctct
15541 tccaaaccat gttaacggag ttctctggag gattactaga ggccagtggg aggccagcca
15601 gttcagggac aggcctcgca gcccaggaag gattccagtg tgaacgtccc tgggaatgaa
15661 taaggagcct ccatgtgtca ctggcatcag gttgcttttc cctcctgggg ctttccatgg
15721 caaccagaca gtgtctgagg tccggagccg ggtgaaggag acccattgtg aagagggaca
15781 gcggaaggtg aggggggctg acctttggaa aataataatt accacagtga agcaggaatg
15841 ttctgagaag aaacctgagg agctctgccc tctctccagg tcagcagccc tccccaggga
15901 ctctgccatc tagagtgggt tgtaattttc aggaaaaaat gaaagtaaaa gcacaagcca
15961 ttttgtgggg agggggcttg ccagaggcgc ccgctaaggg gaattgggct gtattgagag
16021 cagggagggg cagagtcccc atgtgctttt gccttggctt tctggcttac tgagaacaga
16081 ctggggccgg agccagggtg tcactgttca cccatcagcc agatgggagt gaggtggtgc
16141 tctgagctgg gatgttcaga gacttagaag ggacctcagc tcctcaataa aatagaaaaa
16201 caggaggtgg gggagagagc ggtgtccgtc catcatccca cggtgccagg atggcagggt
16261 ccccagccca cgcttttctg atggtgtcga tggaacagca ggttgcccat tgctgtagta
16321 tgtagctgtg ccgtggcatg tggaggctca ctgtgtagag atgaggtaag cagtagagga
16381 ggcaggcgtg ggaagtcatc aagtcatcag ctcggtcagg cagggagaaa aacggcagcg
16441 tgaactgtgt gtgaaccgac atgttcatgt gcagggttgg gtgcatgtgc ataatttagt
16501 gctgtcgttg cagctggacc ctgagctatt gcccacccac tagaggtctg tgtcccctct
16561 cttcttcttc atttcatacc tccctgtctc ttcccagggt gaagccggcc ccactggtgc
16621 ccgtggtcct gaaggtgctc aaggtcctcg cggtgaacct ggtactcctg ggtcccctgg
16681 gcctgctggt gcctccgtaa gtgcagcttc tctttggcct gggggggtct ggggtctgtg
16741 gctttggaac tcttgactct gtactttgct ctgacagttg tgggctccaa ccaccaaacc
16801 ttcattctgg cccaatgcct gtcccacctc tagatgtatt cccttctatc ccatcttccc
16861 cttgaaacac atagtgggaa tgtccctgaa atggacagca cctatgccag gtccctggat
16921 ctggatcctg gagggctgga ggtggttggg gttcattctt tgctgcttat ttgacaatgt
16981 ctcccttttc agggtaaccc tggaacagat ggaattcctg gagccaaagg atctgctgtg
17041 agtgttgccc gtggactttg ctaccccagg agagcccagt cctgcctctc ccctctcctg
17101 acacccctcc cttcttctca tgcccacagg gtgctcctgg cattgctggt gctcctggct
17161 tccctgggcc acggggtcct cctggccctc aaggtgcaac tggtcctctg ggcccgaaag
17221 gtcagacggt aagagcccaa agtgaccccc aagttccact gacatctctg gagtcaaacc
17281 ccatcacccc tctttcccat gctctcctgc cctggcctca cagcggcctc catccgaggg
17341 catcttgaac aggggttctg gggaggggca ggctccctgg agagaatctg gtgtgaggac
17401 ctgcctctct tttcaagggt gaacctggta ttgctggctt caaaggtgaa caaggcccca
17461 agggagaacc tgtgagtatc tgcccccaag cccttgtctt ctctgctgct gttctatgag
17521 gcacagcctc agccccactg acccaccacc tccctcctcc agggctctat cccccaatct
17581 gggtcctttc agattatgcc tggaggagac ttaactgggc tgagaaggcc cagatacagc
17641 ttcagctccc atccttggtt tggctagtgt gaacagttgg atctttagcc cctctcactt
17701 ccctctgccc tgccatggct cgtcctttat gcctggagga gacttaacag ggactgagaa
17761 ggcccagata cagcttcagc tcccatcctt gggttggcta gtgtgaacag ttggatcttt
17821 agcccctctc acttccctct gccctgccat ggctcgtcct ttatggcctc tcgtcctcaa
17881 gccccccccc agccctgaaa cagttgccaa ggctacttcc ttcatactct agatcgaggc
17941 ttgctccaag gccaggtgaa ggctcactct gtttctcttt tttgctggtc ctcagggccc
18001 tgctggcccc cagggagccc ctggacccgc tggtgaagaa ggcaagagag gtgcccgtgg
18061 agagcctggt ggcgttgggc ccatcggtcc ccctggagaa agagttaagt gaatgtggag
18121 gctccatccc atggggcctg tgacctcgag agggaagtgg agtccttgtg gtccgtgttc
18181 tggtcaagtc ccgtgacttt tccgcatgtc atcctcctct ttctccatcc tctccgcggg
18241 agagggagtc tgatcccgag ttgtgccgcc aaccaccaga ctgacatgaa atagtctgag
18301 ctccttccca ggaagcgggg caggctccag aagttaacct ctgagaatcc tgcaggccac
18361 agctgctccc cagaaattgg ggttggtggg ttagtgggat ggacccactg gagcctggct
18421 gggttgggct gttctcactc actgcctctc ctccctgtgg ctccttaggg tgctcccgga
18481 aaccgcggtt tcccaggtca agatggtctg gcaggtccca aggtgagtgg gagaagaggg
18541 gctggggtcc tccctgcatc gctgaggtca catggtatcc cactgactcc ctgtgtaccc
18601 ttgtagggag cccctggaga gcgagggccc agtggtcttg ctggccccaa gggagccaac
18661 ggtgaccctg gccgtcctgg agaacctggc cttcctggag cccgggtaag tagcagagct
18721 gctgttgccc ttggcttcag accctcaggc ccttcctggc tggctccttc cagccctgca
18781 ctgccaggat tgggaggtcc tggggccggc tcctgacccc accctcttct ctctcctgaa
18841 caaagggtct cactggccgc cctggtgatg ctggtcctca aggcaaagtt ggcccttctg
18901 taagtctatc ctctgagggc tgctaggagg gtggggggat ctccctgggg aagcaaggga
18961 aaagagagat ggagtttggg ttagggaggc ctgaagtact gtgaattttg agaattgtga
19021 cgagggggta gatggtaggc actggggcca gatgtaacct gtgcagtagc tgtgagcact
19081 gaaaatgcca ccccagtatg cattcggggc ttatccttgg gggaatgatg acatcgtgtg
19141 tgcactttct ggggcagctt tctaagctca gcggtgtctt gttgtagatg ggcccatggg
19201 tgtgatgtgg tcaatcctag atgctgagca tgtgtggctg gtgccatgtc ctggcctgcc
19261 atgtaggccc ttagtggatg ttgggtggat ggatgtggtc agagtgtcta tgttctgaga
19321 atggtgttct gtctttcagg gagcccctgg tgaagatggt cgtcctggac ctccaggtcc
19381 tcagggggct cgtgggcagc ctggtgtcat gggtttccct ggccccaaag gtgccaacgt
19441 aagtaataat ttgctcttct atttccttcc atgtggtgct acctacctcc ctgccctctt
19501 ggggaaaggg ctgggtcctg agtagagttt acccagggac agtgatgagt ggggctcctg
19561 tgccatgggt ggcagtgggg gtctgtatgt gatttgggga aaatccatgg ccccacagag
19621 cctcggggca ttgcggccat aattgttcca tgtggcagtg ccagcaggct ggttgccatt
19681 atggcccctg aacagaagag aagggctgat actttgcttt atcttggctg tccatcagga
19741 tgtggcccca ggctcagtcc ctgcagcccg ctctgccccc aactccctcc caaaccatcc
19801 gcctcatggc cctgccctct ctttccttca gggtgagcct ggcaaagctg gtgagaaggg
19861 actgcctggt gctcctggtc tgagggtaag tatccttccc cgctgcccat gacttggtgg
19921 tggccgggca tctgcaggga ggacagggga acggcctccc catggcatgg tcccgggacc
19981 cctcagtatt gagtgttgat ctctgtggct agaccccatg ctggctgggc ctttgggtgt
20041 ctacacaggg agacttctgt ttgccattgg tcagcaggcc ggggagctgg ggaaggcttc
20101 catgctgaga acagctaaga aaagacgggg ccctgggaag gaagggaggg gaaggtgtgg
20161 aaatggagct cagctggggt accgtggagg tctggaaact ctgggccaga agtacctttg
20221 cccaatccta gggggactgc aagcgggaag aaaagcgtgt cattggactt ttctttttct
20281 cttctgtcta gggtcttcct ggcaaagatg gtgagacagg tgctgcagga ccccctggcc
20341 ctgctgtaag tacctgccca gcctccccag gtggccctgg gggcaggggc tgggaggggt
20401 gggggtggga gagcccatcc attaatggag ctgacagatg tgaatgtggg ctgagctgat
20461 acaccagact cactctgagc tgaggcaggg tgtcccagga ggctgtgtgg acccacattg
20521 gtggagagga gtgtgggtgg ctgatgggag tgcagggagg catgcatgca ctgtctgagt
20581 ggtgcaggaa gacgcctgtg ctgcccaccc tgctgacctc ccctgggccc tactagctgt
20641 ggctctcagg gtctctggaa cactggctca gctcaccttt tcttttccac tgcagggacc
20701 tgctggtgaa cgaggcgagc agggtgctcc tgggccatct gggttccagg taggtggctg
20761 gaccaggctc tctgtgtcag tcctttgcca tacccagggc tccctggaca gcagcaggca
20821 ctatcggtgg agggcccaca cctcttgcag tgtccaggca tcgagccttc cctgcacccc
20881 tggctgtcac tgctgctgct tcctttcttt gggtctgccc tatactgtgc ctccctgggg
20941 gccagggcag caaactcact cctttgctaa cgcttgtcac ttcggcttct agggacttcc
21001 tggccctcct ggtcccccag gtgaaggtgg aaaaccaggt gaccaggtga gtatggggct
21061 ctttggacct gcaacctgtt tagatgggaa ggtcttttct gatgcctagg aggcaagggc
21121 aagagggcat gaggagcctg tgaggcctgg gaatgtctgg acccatgtcc cagcctccac
21181 agatgacaca atcccatgga ggagtgatat tcagccctgc tgtggagaat tgttcagggg
21241 tctgtgatat gaagccttca ctctcacaca tctttctttg ttctccaggg tgttcccggt
21301 gaagctggag cccctggcct cgtgggtccc agggtgagta tcctgttggc caatgcgggc
21361 tgcctccttg ggcctgccct gggtcctatg ctcctgctcc tttccccacc tccctgcttc
21421 tccctggacc ttctccccca ctgctgttgg ttgatcactt cttggtgtct ctgccgcagg
21481 gtgaacgagg tttcccaggt gaacgtggct ctcccggtgc ccagggcctc cagggtcccc
21541 gtggcctccc cggcactcct ggcactgatg gtcccaaagt aagtgaggct gcatccagta
21601 ggggtcttcg tggtagcctg gagtcccact gagcaggaga gaggagcggg ctcaggagga
21661 atgaagaaca gaagtggggg gagctggaaa ggaggtctac atgggaggaa gggaaggaag
21721 aggggtttgg ggcctggtta cccaggctcc atgaacatgg gttcagggag aggtgctgtc
21781 cactacagac tccctcttac ctccctcccc agggtgcatc tggcccagca ggcccccctg
21841 gcgcacaggg ccctccaggt cttcagggaa tgcctggcga gaggggagca gctggtatcg
21901 ctgggcccaa aggcgacagg gtaagtactg aggttacagc ctcctcacca aagctgtggc
21961 tttgccaatg tcctgcccct tgtgatcgct tccgttccct tatggcacct ggtgatgaag
22021 gtttctgtta gccctttttg aggagcttaa agactccttt ccaaagctcc ctgcctttta
22081 gtgacatcct ttcccctgtt ccttcatctc acccctgctg ctcctcaccc accctgagac
22141 cacagcaaat tcctcttggg cagggactgg gctttcccta gcaccccagc ctgggtggga
22201 ctgagcaaac catgggggtc ctggggtgcc tggctgaggc ggctggtttt ctcttccctc
22261 agggtgacgt tggtgagaaa ggccctgagg gagcccctgg aaaggatggt ggacgagtaa
22321 gtgaatgcgg gctgctggac tgctgggcat taggatccta gccctgcacc caggagagca
22381 ggagagaggg tctgggcagt ctgccactgg ggtccctggt cctgtctctg tcggggctgg
22441 gcaactgcag ggacttctct gttaaaatgg ggccagaggg taagtgggag ctctggaggc
22501 ggtgggagca cgcaccaagg ttggcttggt gccgggccgc acgtgctcgg ctggctcagc
22561 ctgcctccct cacctctacc tgctctcccc gcagggcctg acaggtccca ttggcccccc
22621 tggcccagct ggtgctaacg gcgagaaggt gagtcccggc tcctttcctc tccacacctt
22681 gcctccctgt cacacctcct tcttatctcc tgccaaaggg gttctgtctt ctcctccctc
22741 accactgtca ccctcggcca agggctagga gtgaagaggg ggccctctca gaagtgaagc
22801 cgctggcagt gttccctgtt gggtggggca actgggctgg ggtaaacaca cattcagcag
22861 aggccctcga gagggtgcgg gtatgggctg cacagtaaca caggctgtgc agggggacct
22921 ggagccccct tcccacgagc aaggcccccc aaatgcactt tgccctctcc cactctgcct
22981 ccccaccttc ttaccccagc tcttcctccc ttccccaccc tcagggagaa gttggacctc
23041 ctggtcctgc aggaagtgct ggtgctcgtg gcgctccggt gagtgtctgc ccctctgagc
23101 ctggctctgc cgaggcccct gggaaccaga gagccaggga gtcagtgcag gccctcatgc
23161 tgcctggtgg ccctgtgtgc tgccaggcac tcggtccctc cctacccgct gggtctaggg
23221 tgggaggaga gatgggaagg gaagggggaa ggcacgtcac tcccatcatg tgttcagggt
23281 gagggctttt gggttaacag agcctctgcc tgcgttcagg actaagggct gctttcagat
23341 ccccgtctct ggggaacagg aggctgggca gggccacggg gctcttggag gggagcagaa
23401 gcaggtcagg cagcggggcc tgactctcgc catgccccct tctctcacag ggtgaacgtg
23461 gagagactgg cccccccgga ccagcgggat ttgctgggcc tcctgtgagt atctctgtcc
23521 atcctcctgg gtacctccac tcaggccagt tccacatcca gcaccctcgg gcatcggagc
23581 ttgtcaggga gggaaatgga tgctcctctc ctctcctttc ccgcctccat actaatagaa
23641 ccatcatgtc cagaccagga cacacacgca gatactcaca gagtctcccg ctcttctgga
23701 agagctccag ggttttagcc tgcccctcat tcacctgctt cctccttccc cattataggg
23761 tgctgatggc cagcctgggg ccaagggtga gcaaggagag gccggccaga aaggcgatgc
23821 tggtgcccct ggtcctcagg gcccctctgg agcacctggg cctcaggtgg gtaacgctgc
23881 actccaagaa ttgttccctc aaggaagggc tcctggcgtg cagatgggaa ggccccagca
23941 ggctgcgcag aggatggttc gcaggcctgg gaacaccccc atgttggtag aaggagcttc
24001 catgtggcat gtgggctgtg tgggtggggt gtagggactg acagagtaca ggctggccac
24061 agccagccag aaccaagctg ctgatctcct ggggaggagg gggcggtggc aggaagagct
24121 tcccgggagg ccagacccca gaccggttct gtggttgcct gacaggcttc tcctagaaca
24181 caagtctcct gtggcagagg ggacagagct gcctgtggac gcctcttcag gctgggtttt
24241 tagtgccaag aaagctgcat cttcgaaaac ctcaggggtc cattgttggg gctcagacag
24301 aagcccaccg tcttccttgg gccactgggc ctcactgtct ccctctttcc tttccagggt
24361 cctactggag tgactggtcc taaaggagcc cgaggtgccc aaggcccccc ggtgagtgag
24421 gcctctgaca ccccaccctg cacctcacaa agaggcctgg ccccagaggc tcccatggcg
24481 gggggtgttc tgggatgccc ccgactgttt tcccagccct gcgttggtcc ccagcctaag
24541 cccacccaca gccaggtggg agagagggcg cctgtgggct gggtgcactg tggtcccgga
24601 ttccccagcc cgaggcttgt ccctcgttca gctacctgaa gtgctgactg tggaaaccgg
24661 agcagggaaa cagcctgtgc ctgcttctat gaccagaccc gggggccctt tctccctccc
24721 tggatccccc ttgcgggctt gggatccctc gccctttcca taccaggctc tgagaccacc
24781 cccgcccccc gcccatttta atctcaaacc tcctgagggc ttgaggttct caggggctct
24841 cctctcccca cacagggagc cactggattc cctggagctg ctggccgcgt tggaccccca
24901 ggctccaatg taatggatgc tcctggcatg agaggcacag gcaggcatgg aatagcctgg
24961 cccagcaccc aacaggtctg gagagctcca ggctggcctt cactcctctg agtccgttcc
25021 tgccccctgg aggagtagct aactgatcat ggggacctat cccctgaggg tggctggggg
25081 cagggttgtg gccctgctgt cagcaatggg tggctgccct gctggcttgg tgggcaggac
25141 agggctgcca tgattacctt catcctggac agatgtttct tgagcatgtt ctgtgcactt
25201 gtctgtgtgc tttaaagcaa gtccgcatgt cctgggtcgc tctcagggag tttgcatgga
25261 gggagcagtg gtgatgaact cactgggttc accagcgcca taggcagagg gagcgagtgc
25321 tgggggcaag ctcaggggtc agaggggctg ggctggagcg gctcctgagg aagggggatt
25381 gaggacaaag ggaggaggga ggagagattc caggtagatg ggagaaagca agcaggagct
25441 ggagaagttg gggctgtctg cccagagctg tctcacatgg tgagaaggtt gcagcggtag
25501 attggggttg ggggggttaa gctgcctgcc cttagtgtgg ggaggtagag aagcccccag
25561 agaggaaact gctgtcactg aggccacagt gactttggca gcctggatga ggaagggtga
25621 gatgagtcct cacttcccgc attttctcct tctagggcaa ccctggaccc cctggtcccc
25681 ctggtccttc tggaaaagat ggtcccaaag gtgctcgagg agacagcggc ccccctggcc
25741 gagctggtga acccggcctc caaggtcctg ctggaccccc tggcgagaag ggagagcctg
25801 gagatgacgg tccctctgta agtccctcac caggcccatg ccaaggtccc tgggagcagg
25861 gtcgtgagtg gcttctgagc tcacagagca tggggtagga gggagcaggg gccgtgggga
25921 tgccagggag cggggctgca cagacagagc tgtgctgaga ggacgaagag gctgggccac
25981 tgtcagttct catctcctgc ctctcctctc tcagggtgcc gaaggtccac caggtcccca
26041 gggtctggct ggtcagagag gcatcgtcgg tctgcctggg caacgtggtg agagaggatt
26101 ccctggcttg cctggcccat cggtgagtgt ggggtatccc tccctccatc caagctggcc
26161 ctgcctgcca aggcttctac ctccctcagc accctcagga ctgtcccttg tctgccctct
26221 cctgaagggt cagtgggccc tgggcagggg tgcttaccac ttgcactcat catccttgtc
26281 tctgtcctcc agggtgagcc cggcaagcag ggtgctcctg gagcatctgg agacagaggt
26341 cctcctggcc ccgtgggtcc tcctggcctg acgggtcctg caggtgaacc cggacgagag
26401 gtgagcagtg agaccccctg gggtggccct gattggggag aggggccctg tgagtctctg
26461 tgctgggtca gcaaggacaa gccccagtca gggcctcgga gaagggggcg gcagcgctgg
26521 ccgacaggcg aaagcctagg tacaatggga aggttgtcgg ggagagagac gggcatagag
26581 accaagggct gcttctggaa ggaggaggga aacttggtga ggaaactttg gcttcaaagt
26641 gtgagtgagt tgggcagaag aggagaggcc tgggcttctg agaggggctg ggggagcaga
26701 gggggaggtg ggcaggaagc agctctaagt gcattcttgt ttcactttgt ccagggaagc
26761 cccggtgctg atggcccccc tggcagagat ggcgctgctg gagtcaaggt gagtgtctgg
26821 tgtctgtgtg tgcagtgggt tggggaggac attgcctcgg gcctgacagg tcagctgggg
26881 gtggcaggtt ggaacaagtc tcatctcagc ctagaaggac cttctgttcc tgtctcttct
26941 ggaacattct tctctgagcc tgagacctct ctcctgacag ggtgatcgtg gtgagactgg
27001 tgctgtggga gctcctggag cccctgggcc ccctggctcc cctggccccg ctggtccaac
27061 tggcaagcaa ggagacagag gagaagctgt aagtatcctg gaattcagta aaagccgcct
27121 tcccctgcgc ggtggggctg aggcagtccc tgggtttccg cagtctctgg actaaggagc
27181 agtggcctca gatgcagagg aggcccccac ctgtcctggc ttttctctga cgctgcgctc
27241 actctctcct cagggtgcac aaggccccat gggaccctca ggaccagctg gagcccgggg
27301 aatccaggtg agtatccaag tgtcctgcac tgagtcccca ccagggatag gctgggaggg
27361 cagccagcct ccaggtggtt cctggcctcc agccctgtgt ttccggggat tcctcagctt
27421 gggtgggaca ggagggggct cctgtcctgg ccctgacctg actcaatcgg tgtctgtctt
27481 gttcccaggg tcctcaaggc cccagaggtg acaaaggaga ggctggagag cctggcgaga
27541 gaggcctgaa gggacaccgt ggcttcactg gtctgcaggg tctgcccggc cctcctgtga
27601 gtgtcactgc ctgcgtggga cttcccgagg cctcctgcca cacagagccc acttgagctc
27661 cctgtgctgc caggacagct tgggatcacc ctaagcagtt tctaggattt cctcagggct
27721 ggagggagga ggaagtggaa agggaatggg gctgggacat aaagctgttc ccccagctcc
27781 cagaatatag atagatatgt ctgtgctgac cgtggccttt tgcctcttcc ttctacacag
27841 ggtccttctg gagaccaagg tgcttctggt cctgctggtc cttctggccc tagagtaagt
27901 gacatggagt tggaagatgg agggggccct tcagagagtg tgggcctgtg ttcccatggg
27961 gagggaaatg ctgctgcttc tggggaagct gtgggctcag gggtcctcac tcagtaatgg
28021 gggcaggact ggctcatgtg cctatggcca gaaaagcgcc tgaggccaca atggctgtaa
28081 gacaaacatg aatcagcctc tcgctgtcag acagaacagc attttacaaa gaggagctta
28141 ggagggtagg caagccatgg agctatcctg ctggttcttg gccaaataga gaccaactta
28201 gggttccatg actgagcatg tgaagaactg ggggcggagt ggctggtgct atcaggacag
28261 ccacctaccc agccccagcg actccccagc cttccctgtg gtgaccactc tttcctcacg
28321 acctctctct cttgcagggt cctcctggcc ccgtcggtcc ctctggcaaa gatggtgcta
28381 atggaatccc tggccccatt gggcctcctg gtccccgtgg acgatcaggc gaaaccggtc
28441 ctgctgtaag tgtcctgact ccttccctgc tgtcgaggtg tccctaccat ccgggaggct
28501 tgagctcttt tttgctcagg gcctctttta gggcatcagc ctgcagctaa cagtgatggc
28561 atcctttatc ctgaggtctc ctcagaggtc acagggccca tgatcagtgc tgggaaactg
28621 aagagaaggg ctaaggaaga aatagacatg gtgctgtggt ttccttggtc ctcgcctgct
28681 acacctccgc cccacccatg gggctgggaa gagggacact ctagtacatt ctagcaaatg
28741 gggatggaca tggaggggca ctttcacaca atcctggctg atctctctgt ttcctgctgc
28801 agggtcctcc tggaaatcct gggccccctg gtcctccagg tccccctggc cctggcatcg
28861 acatgtccgc ctttgctggc ttaggcccga gagagaaggg ccccgacccc ctgcagtaca
28921 tgcgggccga ccaggcagcc ggtggcctga gacagcatga cgccgaggtg gatgccacac
28981 tcaagtccct caacaaccag attgagagca tccgcagccc cgagggctcc cgcaagaacc
29041 ctgctcgcac ctgcagagac ctgaaactct gccaccctga gtggaagagt ggtaagcttg
29101 gagaacagga tcccctgccc cgggaagcag ggagtcatcc cttaggccta gcagcaaggg
29161 aggagatgcc ccctagtaca gggcagagct gggcctggaa gtttccgcca gagggttcct
29221 ctcttatttc acagcagaga agctgcagcc ctggcccctg tcctgccatg gctacctggc
29281 cgaggtgacc tcagggtgga ctccatccac cagctgggca ctgcttctgc tctctttgca
29341 tgtgttcttc cttagggctg gacttagctc atgcagatct ccctgcccct gcatcctccc
29401 aggtccccct cctttcaggc cacatgtgaa cctcatccct tgtccctgta ggcctctctg
29461 tctctttcag tcaggcctgg gtctctcaag cttttgtgtc tgtgcctgtc tgagccccca
29521 tgggtgctgc ctcttccccc tgcaggagac tactggattg accccaacca aggctgcacc
29581 ttggacgcca tgaaggtttt ctgcaacatg gagactggcg agacttgcgt ctaccccaat
29641 ccagcaaacg ttcccaagaa gaactggtgg agcagcaaga gcaaggagaa gaaacacatc
29701 tggtttggag aaaccatcaa tggtggcttc catgtgagta cctgggtgcc ctagatgatg
29761 agcagagatg gctcctcaaa ctctttcttt tctttctccc tggaagcttt tagcaccttc
29821 cccatatttt cctccagttt tctgttgggc ttgagaggag ggaaagagga ggaaaagtat
29881 tttttcccca cgtggaggtg ggaaaagagg tcctctgagc ttgctccact cctggaagca
29941 aaaatgtcca actagctccc tgctgcccca gtacccttga ggtccttgaa ccatgaactc
30001 ttggcagccc ctacagcccc tggtcccatt gaatgccagc tcccaggcct cacactgccg
30061 ctctctgccc caacagttca gctatggaga tgacaatctg gctcccaaca ctgccaacgt
30121 ccagatgacc ttcctacgcc tgctgtccac ggaaggctcc cagaacatca cctaccactg
30181 caagaacagc attgcctatc tggacgaagc agctggcaac ctcaagaagg ccctgctcat
30241 ccagggctcc aatgacgtgg agatccgggc agagggcaat agcaggttca cgtacactgc
30301 cctgaaggat ggctgcacgg tgagtggggc tgccagagag aagagctgcc tgtgcccaaa
30361 ctgcctggag cagggctgag ggttggcccg cggcagctgt caggtcctaa agtgacagga
30421 tcatcagagg catgagtttg agggtcatgt agagaagata ggctgagtga caggtgagag
30481 agaggcacat atcattccat cttctccatt cccctggctc aggggaacaa aaccctacct
30541 ggaacccagt gactactgta gaagtgttct cgcaatgtgt acagggtgaa gaagcggtca
30601 caggttggga gctcactgtg gggagtgggg aaggagggga agggcagggt ggagaagggc
30661 cctgccgcta aggataggag ttgaagtgga gaggcctttg gcaagccaag aagaggtctc
30721 aggagccccc tcagtgtggt tcaaccttgt gggctctgat gctcgccagt ttgttcagtt
30781 ttgggcttct gggcagctgg aactgggtag caaggcatct actgaacaga gcctcctcct
30841 tttttctccc ctagaaacat accggtaagt ggggcaagac tgttatcgag taccggtcac
30901 agaagacctc acgcctcccc atcattgaca ttgcacccat ggacatagga gggcccgagc
30961 aggaattcgg tgtggacata gggccggtct gcttcttgta a
//