Gcaud8283.t1 (mRNA) Gracilaria caudata M_176_S67 male

You are viewing an mRNA, more information available on the corresponding polypeptide page

Overview


Name	Gcaud8283.t1
Unique Name	Gcaud8283.t1
Type	mRNA
Organism	Gracilaria caudata M_176_S67 male (Gracilaria caudata M_176_S67 male)
Sequence length	2577

Alignments

The following features are aligned


Aligned Feature	Feature Type	Alignment Location
NODE_387_length_27166_cov_4.437230	contig	NODE_387_length_27166_cov_4.437230:18312..27029 +

Analyses

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


Analysis Name	Date Performed
Gracilaria caudata M_176_S67 male OGS1.0	2022-05-09

Properties


Property Name	Value
Seed ortholog	946362.XP_004990390.1
PFAMs	Kunitz_BPTI,Thyroglobulin_1
Max annot lvl	2759\|Eukaryota
KEGG ko	ko:K08618,ko:K11986
Evalue	9.54e-29
EggNOG OGs	KOG3538@1\|root,KOG4597@2759\|Eukaryota
EC	3.4.19.12,3.4.24.14
Description	serine-type endopeptidase inhibitor activity
COG category	P
BRITE	ko00000,ko01000,ko01002,ko04121

Relationships

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


Feature Name	Unique Name	Species	Type	Position
Gcaud8283	Gcaud8283	Gracilaria caudata M_176_S67 male	gene	NODE_387_length_27166_cov_4.437230 18312..27029 +

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


Feature Name	Unique Name	Species	Type	Position
Gcaud8283.t1	Gcaud8283.t1	Gracilaria caudata M_176_S67 male	polypeptide	NODE_387_length_27166_cov_4.437230 18312..27029 +

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


Feature Name	Unique Name	Species	Type	Position
Gcaud8283.t1.start1	Gcaud8283.t1.start1	Gracilaria caudata M_176_S67 male	start_codon	NODE_387_length_27166_cov_4.437230 18312..18314 +

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


Feature Name	Unique Name	Species	Type	Position
Gcaud8283.t1.CDS1	Gcaud8283.t1.CDS1	Gracilaria caudata M_176_S67 male	CDS	NODE_387_length_27166_cov_4.437230 18312..19839 +
Gcaud8283.t1.CDS2	Gcaud8283.t1.CDS2	Gracilaria caudata M_176_S67 male	CDS	NODE_387_length_27166_cov_4.437230 20473..20556 +
Gcaud8283.t1.CDS3	Gcaud8283.t1.CDS3	Gracilaria caudata M_176_S67 male	CDS	NODE_387_length_27166_cov_4.437230 20677..26661 +
Gcaud8283.t1.CDS4	Gcaud8283.t1.CDS4	Gracilaria caudata M_176_S67 male	CDS	NODE_387_length_27166_cov_4.437230 26783..26860 +
Gcaud8283.t1.CDS5	Gcaud8283.t1.CDS5	Gracilaria caudata M_176_S67 male	CDS	NODE_387_length_27166_cov_4.437230 26974..27029 +

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


Feature Name	Unique Name	Species	Type	Position
Gcaud8283.t1.exon1	Gcaud8283.t1.exon1	Gracilaria caudata M_176_S67 male	exon	NODE_387_length_27166_cov_4.437230 18312..19839 +
Gcaud8283.t1.exon2	Gcaud8283.t1.exon2	Gracilaria caudata M_176_S67 male	exon	NODE_387_length_27166_cov_4.437230 20473..20556 +
Gcaud8283.t1.exon3	Gcaud8283.t1.exon3	Gracilaria caudata M_176_S67 male	exon	NODE_387_length_27166_cov_4.437230 20677..26661 +
Gcaud8283.t1.exon4	Gcaud8283.t1.exon4	Gracilaria caudata M_176_S67 male	exon	NODE_387_length_27166_cov_4.437230 26783..26860 +
Gcaud8283.t1.exon5	Gcaud8283.t1.exon5	Gracilaria caudata M_176_S67 male	exon	NODE_387_length_27166_cov_4.437230 26974..27029 +

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


Feature Name	Unique Name	Species	Type	Position
Gcaud8283.t1.intron1	Gcaud8283.t1.intron1	Gracilaria caudata M_176_S67 male	intron	NODE_387_length_27166_cov_4.437230 19840..20472 +
Gcaud8283.t1.intron2	Gcaud8283.t1.intron2	Gracilaria caudata M_176_S67 male	intron	NODE_387_length_27166_cov_4.437230 20557..20676 +
Gcaud8283.t1.intron3	Gcaud8283.t1.intron3	Gracilaria caudata M_176_S67 male	intron	NODE_387_length_27166_cov_4.437230 26662..26782 +
Gcaud8283.t1.intron4	Gcaud8283.t1.intron4	Gracilaria caudata M_176_S67 male	intron	NODE_387_length_27166_cov_4.437230 26861..26973 +

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


Feature Name	Unique Name	Species	Type	Position
Gcaud8283.t1.stop1	Gcaud8283.t1.stop1	Gracilaria caudata M_176_S67 male	stop_codon	NODE_387_length_27166_cov_4.437230 27027..27029 +

Sequences

The following sequences are available for this feature:

mRNA sequence
mRNA - spliced transcript sequence
protein sequence
mRNA from alignment at NODE_387_length_27166_cov_4.437230:18312..27029+
coding sequence from alignment at NODE_387_length_27166_cov_4.437230:18312..27029+

mRNA sequence

>Gcaud8283.t1 ID=Gcaud8283.t1|Name=Gcaud8283.t1|organism=Gracilaria caudata M_176_S67 male|type=mRNA|length=2577bp
MRIINISILISFIICLTNAVVLSKEKHRPQTINSTARFFFTSEETCEESW
NEDEQITERCCSGKYACTSDKCKGNALCSFGLFRSAFWCFKEKCEPVDSK
DDGTEEPSQSEEPEVSPEDDGSEKGDGAPTPSPSPKGVEPAASPTSSPSP
RPSPSRSPVPAPSQSALPSRPPSPSPAPPQNDDPLHCNGQRNRREIRDMT
PQQRREWQQAIKALMEDKNAQGESEWDRLVKLHLDFSDEAHGGSYFLPWH
RLFLLRLENALREKQPGLSIPYWDWSIDAADAATSRVWNADMAGGARRTD
QPVQNGEFQGIEGRHPNAHTVLRNFNSGTSGDMQALWGSNALENVINQPN
FGDFSDGLEAAHALLHVYVGGDMMGTWSAPNDPVFYLHHAFVDRLYEMRQ
QRRGRNDFGGTHDINGVAQPAQPGHRLNAFGVPASRAFNLACVNYVAPNL
QGRSKKGTGSEEPHPEDICNKPEFQMEGGFSRERCEHGNKVLDGNPESEG
KNVRGRSRGPPFCYEYAHILSSLADCCKQRYRPRPRLRISQKSYPDRPDQ
PVGKRLLFRVELPARCFVLSVAVKLPNAPQSALYALDHIEIERSLKNGEY
ETVYDGYKALKERPEQSVVTEKREEPVKSLIQSESTDSASSGSPTSVDQS
ASTPLPEVVRISRKKVIEFRRAADALRLTLIDVDDNTEGSENQEIFQSDS
TQDGSDNGDLRILGVVVVGYVRGQTPAPNRLKVLLDCSAKLGLNDAMADR
AEVDALLGLAILGHRRYRQAAELLQRASELTMQVAKEDAEAGFSVEEALM
WAAELNLLSAHAYFEHIPMSNDGIIRLVQVAHASSRSGKKGSRNSTDIQK
LSEEFLDLRTELLCMLEDLVAMLVQFLGESNSLAVKLASTRMLEFVCEQL
GCAIARHMADILNQVLRSYPNCLPFGARERAAAASFSYDSMEDCFERLID
ICCRLFPLTEHTVLLKIYEGTLIPVFLDGFHEEDYLHYDEDAEEAADELM
TTAVAQTLRIIYLALNILSSDARVPSSLLSRLLNILVTENGNARTPLLLR
RAALHAWDAVSKALIRAAKGCDVKVFGDHLHVLQDYLPSLLFETARPNFQ
YKEVEDEDDGELEITKEEYVTPVNSQVFQHVLDMRRKRIEIVDRHTLKRL
IQLMHGICEHMEPTEDEEDRSIDITLSLLKALGETISGLLMSSLIDVSYH
EAAVSGNGTEHAFEFGQLSTQILVVSEVLTDLFRCFWSAVNLLPASAAND
LVRSAPVRAVLGWCVDRMSHSAPPKGMMRLLCATVKGLQNECNSPMYDLP
AVPSAPHEATFLGIYRAVLQWVPQTRQEETFDLLDILHENVADDLMASDL
ALLIKGLGDQNEQLQARTDVSLEHVAEIVASNVPKRLDLALSSLKALEDP
KHGSQRIANGFPSSSKSNTSSFTRRIHLSGGPSSSDSTEQSFYLHIVLAS
CFDLFDALARAASRRAGPSFMGEKIDAFVEHAALCVRCLHACARKQRHRE
YVGAKLGDIFGTCLAMQDHGDSRVRLAGFEIFAASLDVLFLAQRSFALSP
EPHVLPGNEAAGSSSITATSSHIGVYESQNGSSDGNGIENESIPLVHVAS
NPTPGLDFSRSMSLPISRSTSRNDFNGNEAQQDGLESEKEEDPEMTKKIQ
TIFVEGGSCAFYGDDTSNARLNYEERGWQVLCHFVTASLGIGKYVDFVVQ
RACLEYLKACMMNALRGRSSGARVIAFEHIELLWEAVNRLIGSPWRTLNA
LAMWVVCTILNVAVYSSVMPRKRGLTKQRGVQLNEFLTKQVFPLAESMLK
HGSRETRIWGMRLLEVYIRARDMNGSVLHIAPPPPGRVVRGLDRLKHDWC
QNVQEGVKSLLSVHYNTLNKKGSSQMQSFTAQAQSFMTMRRYHLDELEGT
ESNQVELWFPPLPKQVPAGEIELYCRTLEAFANKEIEGGEETEIAKVTDE
GEIDGEDDEGFVYEDELEPEEEANEEEALSSEGEDQEPHGSQMDYSSVEE
DKIDNASGTPDETHSTESNSEEPTSPTAPSAAQEEELEVTPPELEPASDK
RPSDSSEPSTELLRTDESGVEEDEDHEFPNVAVEGTHIDLEPQLITQLSD
PVDKSIATSVIDNKEKNTDTEGDDLEEEEEVVNVTDEDDVLVDVDSVPVE
KKMSSHFSPSPHVPLPKPELNPDLEEGRQVLRRKGSFTSRPSAGIPIEEG
DAPRLARRRSMDIGLKSTVKDKPPDLVDLDFESSSQVLSPRLLRRKSVKS
PTSGPRISESLRNRSGEQLTAVEATKGKDGADEAGPSSLRLRRKSSRGIP
FIDDPLPDTGHAENKSWKLSKDAEDSLVGNAFLGLSPKHGQAPRGVKLDD
DVKFETCEVRPPTTPQVGHKPHSEQGRSRYRSGSSSRTGRRLPRAPAFVK
GGGPQRRVPAPLPIGNSNDIGVIEKDESAQQLRLAHDNVSPAEGGTAQMG
SGRGRIPASRGALGKSRPEDEVQERVDKSYRYSRREPRNSLSNIRQDSHQ
DIIGDQEFSLDEFNDIGNQVHVGTPTAQSSLGLIRKAADLHHNQRIRRNS
LVRKLRNSVPRIVVFLIMTIYRAMVV*

spliced messenger RNA

>Gcaud8283.t1 ID=Gcaud8283.t1|Name=Gcaud8283.t1|organism=Gracilaria caudata M_176_S67 male|type=mRNA|length=7731bp|location=Sequence derived from alignment at NODE_387_length_27166_cov_4.437230:18312..27029+ (Gracilaria caudata M_176_S67 male)|Notes=Excludes all bases but those of type(s): exon.  
ATGCGCATCATAAACATATCGATACTCATTTCATTCATCATCTGCTTAAC
TAACGCCGTTGTCTTGTCAAAAGAGAAGCACCGACCTCAAACCATAAACT
CCACAGCACGATTTTTCTTTACCTCGGAGGAAACTTGTGAAGAGTCCTGG
AATGAGGACGAACAAATCACCGAACGCTGTTGCTCTGGAAAATACGCATG
TACCAGTGACAAATGCAAAGGAAATGCGCTATGTTCGTTCGGTCTCTTCC
GAAGCGCATTTTGGTGTTTCAAGGAGAAATGTGAACCCGTCGACTCAAAG
GATGACGGCACCGAAGAACCTTCCCAAAGTGAGGAGCCTGAAGTAAGCCC
CGAGGACGACGGTTCTGAAAAAGGTGATGGGGCCCCGACTCCCTCACCCT
CCCCAAAGGGTGTCGAACCTGCGGCTTCTCCAACATCCTCCCCATCACCG
CGCCCTTCTCCGTCACGGTCTCCGGTACCGGCGCCATCTCAATCAGCCTT
GCCCTCTCGACCTCCTTCGCCAAGTCCGGCACCACCGCAAAACGATGATC
CTCTGCACTGCAATGGCCAGCGAAATCGACGGGAGATTCGGGATATGACT
CCTCAACAACGGAGAGAATGGCAGCAGGCAATTAAGGCACTGATGGAAGA
TAAAAATGCACAGGGAGAGAGCGAATGGGATAGACTGGTCAAGCTCCACC
TGGATTTTTCGGATGAAGCTCACGGTGGCTCGTATTTCTTACCGTGGCAC
CGTTTGTTTTTGTTGCGACTCGAGAACGCACTGAGAGAGAAACAACCTGG
ACTTTCTATCCCGTATTGGGATTGGAGCATTGACGCAGCAGATGCCGCAA
CTTCAAGGGTATGGAACGCAGACATGGCAGGGGGAGCACGAAGAACGGAC
CAACCAGTCCAGAACGGCGAATTCCAGGGCATAGAAGGAAGGCATCCAAA
TGCACATACGGTGTTACGAAACTTTAACTCAGGAACATCCGGCGATATGC
AAGCATTGTGGGGCTCTAACGCGTTAGAAAACGTGATCAATCAACCCAAC
TTTGGAGACTTCAGTGATGGACTCGAGGCAGCACATGCCCTTCTTCACGT
TTACGTCGGAGGTGATATGATGGGAACTTGGTCCGCGCCGAATGATCCTG
TATTCTACCTTCATCACGCTTTTGTTGACCGCCTTTATGAAATGAGACAA
CAGCGAAGAGGTCGGAATGACTTCGGAGGAACACATGACATCAACGGCGT
AGCGCAGCCAGCACAGCCAGGGCATCGTCTGAATGCGTTTGGTGTGCCGG
CGTCACGTGCTTTTAACCTCGCTTGTGTGAACTACGTCGCCCCTAATCTA
CAGGGAAGAAGCAAGAAGGGAACTGGATCGGAAGAGCCGCATCCAGAAGA
CATATGCAACAAGCCCGAGTTTCAAATGGAAGGTGGGTTCTCCAGAGAGC
GCTGCGAGCACGGGAACAAGGTCTTAGACGGGAACCCGGAGTCGGAAGGG
AAAAACGTTCGGGGACGCTCCCGCGGTCCTCCTTTCTGCTATGAATATGC
CCATATTCTCAGCTCGTTAGCTGATTGTTGCAAACAGAGATATCGGCCCA
GACCCCGGCTTCGTATTTCTCAGAAGTCCTACCCAGACAGACCTGATCAA
CCTGTTGGAAAACGCCTCTTGTTTCGCGTCGAGTTACCCGCCCGTTGTTT
TGTACTTTCTGTCGCTGTGAAGCTGCCTAATGCCCCACAATCAGCACTTT
ATGCACTCGATCACATTGAAATTGAACGCTCGTTGAAGAACGGAGAATAC
GAGACCGTCTACGATGGATACAAAGCACTTAAAGAGCGTCCGGAGCAAAG
CGTCGTAACAGAAAAACGAGAGGAGCCCGTCAAGAGCTTGATCCAGAGCG
AGAGTACGGATAGCGCTTCAAGTGGTTCACCAACGTCCGTCGACCAGTCT
GCCTCAACCCCATTGCCTGAGGTCGTACGCATATCGAGAAAGAAGGTAAT
CGAATTCCGTCGCGCTGCTGATGCACTGAGACTGACTTTGATAGACGTTG
ACGATAATACGGAGGGGTCTGAAAACCAAGAAATCTTTCAAAGTGACTCC
ACACAAGACGGTTCCGACAACGGTGACCTGCGTATTCTTGGAGTCGTAGT
CGTTGGTTATGTTCGCGGACAGACACCTGCTCCAAACAGGCTTAAAGTTC
TCCTTGATTGTTCCGCGAAACTGGGCCTTAATGACGCAATGGCGGACAGG
GCTGAGGTTGACGCACTCTTAGGTTTGGCAATTCTTGGTCATCGGCGTTA
TCGACAAGCTGCAGAGCTTCTTCAGAGAGCGTCAGAGCTAACAATGCAGG
TCGCGAAAGAAGATGCGGAAGCGGGATTTTCTGTTGAGGAAGCATTGATG
TGGGCTGCCGAATTAAATCTTCTTTCAGCCCACGCGTACTTTGAGCACAT
ACCAATGTCAAACGACGGAATTATTCGTCTTGTTCAAGTCGCTCACGCAT
CCTCTCGTTCAGGGAAAAAGGGTTCACGAAATAGTACGGATATCCAGAAG
CTTAGCGAGGAGTTTCTTGATCTCAGAACAGAACTGCTGTGCATGCTCGA
AGATCTTGTAGCAATGCTTGTACAATTCCTTGGAGAATCGAACTCACTGG
CTGTCAAGCTTGCGTCGACGCGAATGCTTGAATTTGTTTGTGAGCAACTT
GGTTGTGCAATTGCTCGTCATATGGCAGACATTCTGAACCAAGTACTTCG
ATCGTACCCTAATTGCTTACCATTTGGAGCACGCGAACGAGCAGCAGCAG
CCTCTTTCTCTTACGATTCAATGGAAGATTGTTTCGAGCGCTTAATTGAC
ATTTGCTGTCGCCTTTTCCCTCTCACAGAACATACGGTGCTCCTAAAAAT
ATATGAAGGAACATTGATCCCGGTGTTCCTTGATGGCTTTCATGAAGAAG
ATTATTTACATTACGACGAGGATGCAGAGGAAGCCGCTGACGAGCTCATG
ACAACAGCTGTGGCTCAGACTTTGCGTATAATATACCTGGCATTAAACAT
TTTGAGCTCAGATGCAAGGGTGCCATCGTCGTTGCTTTCAAGACTGCTAA
ACATTCTCGTCACTGAGAATGGTAACGCAAGAACGCCTCTTTTGTTGAGA
CGAGCAGCGCTTCATGCCTGGGATGCTGTTTCTAAAGCCCTTATCCGAGC
GGCAAAGGGCTGCGACGTTAAGGTATTCGGAGACCATTTGCACGTGCTCC
AGGACTATCTTCCCAGTCTTCTCTTTGAAACGGCGAGACCAAACTTCCAG
TATAAAGAAGTAGAAGACGAAGACGATGGAGAGCTTGAAATCACTAAAGA
AGAATATGTGACCCCGGTAAACAGCCAGGTCTTTCAGCATGTTCTTGATA
TGCGGAGGAAACGCATTGAGATTGTTGACAGGCACACCCTAAAACGTCTG
ATTCAACTTATGCATGGGATTTGTGAGCACATGGAACCAACAGAAGACGA
AGAGGACCGTAGCATTGACATTACTTTGAGTTTGCTGAAGGCCTTGGGGG
AGACAATATCTGGATTGCTGATGAGCAGTCTCATAGATGTTAGTTATCAT
GAGGCTGCAGTCAGTGGTAATGGCACAGAGCATGCTTTTGAGTTTGGTCA
GTTGTCGACCCAAATTCTGGTCGTGTCTGAGGTTCTTACAGACTTGTTTC
GCTGTTTTTGGTCTGCTGTGAATCTTCTTCCCGCCAGCGCGGCGAATGAT
TTAGTTCGCTCTGCCCCAGTAAGGGCTGTTCTTGGTTGGTGTGTAGACCG
TATGTCGCACTCAGCTCCCCCGAAAGGAATGATGCGGTTGCTCTGTGCGA
CGGTTAAAGGTTTGCAGAACGAATGTAACTCACCCATGTATGATCTTCCT
GCTGTACCTAGTGCGCCTCATGAAGCAACTTTTCTTGGAATATACAGAGC
TGTTTTGCAGTGGGTACCACAGACGCGACAGGAAGAAACATTTGACCTAC
TGGATATCCTTCATGAGAATGTCGCCGATGATCTCATGGCGAGTGACCTT
GCTCTTCTTATCAAGGGTCTAGGTGATCAAAATGAGCAATTACAGGCAAG
AACTGACGTGTCCTTGGAGCATGTGGCCGAAATTGTGGCTTCAAATGTTC
CGAAAAGGCTTGACTTAGCATTGAGTTCTTTGAAGGCTCTCGAGGACCCA
AAACACGGGAGTCAGAGAATAGCAAATGGGTTTCCAAGTAGCTCGAAATC
TAACACAAGTTCTTTTACGAGGAGAATACACTTGTCTGGAGGGCCTTCCA
GTTCGGATTCTACCGAACAATCATTCTATCTGCATATCGTGCTTGCAAGT
TGTTTCGATCTCTTCGATGCATTAGCAAGGGCTGCATCAAGGAGAGCGGG
ACCAAGCTTCATGGGTGAGAAAATCGATGCCTTTGTGGAACATGCTGCTT
TATGTGTGAGATGTTTGCATGCCTGCGCTCGAAAACAACGACACCGTGAG
TATGTTGGTGCTAAACTTGGAGATATTTTTGGTACTTGCCTCGCAATGCA
GGATCATGGGGACAGCCGTGTAAGGCTAGCAGGGTTTGAGATTTTTGCTG
CCTCCTTAGATGTTCTTTTCCTGGCACAAAGATCCTTCGCATTGTCACCT
GAGCCACACGTCTTGCCTGGTAATGAGGCTGCAGGTTCGTCATCCATTAC
TGCTACATCCAGCCATATTGGAGTCTACGAAAGTCAGAACGGTTCCTCAG
ATGGGAATGGGATAGAAAACGAATCAATTCCACTGGTTCATGTCGCCTCA
AATCCAACTCCTGGCCTAGATTTTTCGCGTTCTATGAGTCTTCCTATATC
TCGGAGTACATCGCGAAATGATTTCAATGGAAATGAAGCTCAGCAAGACG
GACTGGAGTCCGAAAAAGAGGAGGATCCTGAAATGACAAAGAAGATACAA
ACCATTTTTGTCGAAGGAGGCTCTTGCGCATTTTATGGAGATGATACCTC
GAATGCTCGACTCAACTACGAGGAACGAGGATGGCAAGTGTTGTGTCATT
TTGTCACCGCTAGTTTGGGCATCGGCAAATACGTTGATTTTGTTGTACAA
AGAGCATGTCTCGAGTATTTGAAAGCCTGCATGATGAATGCACTCCGCGG
TCGTTCCAGTGGGGCTCGTGTTATAGCATTTGAGCACATCGAGTTGCTAT
GGGAGGCAGTTAACCGTCTAATCGGATCTCCTTGGCGTACCTTAAATGCT
CTTGCGATGTGGGTCGTGTGTACAATACTGAACGTTGCAGTGTACTCTTC
TGTGATGCCTCGGAAACGCGGATTGACGAAGCAGCGAGGTGTTCAGCTTA
ATGAGTTTCTTACAAAGCAGGTATTTCCCCTCGCAGAGTCCATGCTGAAG
CATGGGAGCAGAGAAACTCGTATTTGGGGTATGCGATTGCTAGAGGTTTA
TATCAGAGCAAGGGATATGAATGGGAGTGTCTTACACATTGCGCCCCCAC
CTCCCGGCCGGGTGGTACGAGGTCTTGACCGCTTGAAGCATGACTGGTGT
CAAAATGTACAAGAAGGAGTAAAAAGCTTGCTCAGCGTTCACTACAATAC
GCTTAACAAGAAGGGATCCTCCCAGATGCAGTCATTTACCGCACAGGCTC
AAAGCTTCATGACAATGAGGCGCTATCATTTGGATGAGCTCGAAGGAACC
GAATCTAATCAAGTTGAGCTATGGTTTCCTCCGCTTCCAAAGCAAGTTCC
TGCTGGAGAGATAGAACTATACTGCAGAACGTTGGAAGCGTTTGCTAACA
AAGAAATCGAAGGCGGTGAGGAAACAGAGATAGCGAAGGTCACCGACGAA
GGAGAGATTGATGGGGAAGATGATGAAGGATTTGTTTACGAAGATGAGCT
TGAACCCGAAGAGGAAGCGAACGAAGAAGAAGCCTTGTCGTCAGAAGGCG
AAGATCAGGAACCTCACGGAAGTCAAATGGACTACAGTTCTGTAGAAGAA
GATAAGATTGACAACGCTTCAGGAACACCAGATGAAACGCATAGTACCGA
GAGTAATTCGGAAGAGCCGACAAGTCCTACGGCGCCATCTGCAGCGCAGG
AAGAAGAACTGGAGGTTACCCCTCCCGAACTGGAACCTGCATCGGACAAG
AGACCGAGCGATTCTTCTGAACCATCCACTGAGTTACTTAGAACGGACGA
ATCTGGAGTAGAGGAAGACGAGGATCATGAATTCCCAAATGTGGCAGTAG
AGGGGACTCATATTGACTTGGAACCCCAGCTAATCACCCAATTGTCAGAT
CCAGTCGACAAGAGCATTGCTACGTCAGTTATTGATAATAAGGAGAAGAA
CACTGACACGGAAGGAGATGACCTCGAAGAAGAAGAGGAAGTCGTCAACG
TCACGGATGAAGATGATGTTTTGGTGGACGTAGATTCTGTCCCAGTTGAG
AAAAAGATGTCTTCACACTTCTCCCCCTCCCCTCACGTTCCACTTCCAAA
GCCTGAGCTAAATCCAGATCTTGAAGAAGGAAGACAGGTGCTTCGCCGGA
AAGGCTCGTTCACAAGTCGTCCCAGTGCTGGTATTCCCATTGAGGAAGGA
GATGCACCTCGATTGGCTCGAAGAAGATCCATGGATATTGGGTTGAAGTC
CACTGTGAAGGACAAACCACCGGACTTAGTGGATCTGGACTTTGAGTCTT
CATCGCAAGTATTGAGTCCGCGGCTACTTCGTCGAAAGTCAGTCAAGTCT
CCTACGTCAGGACCACGAATTTCAGAATCGTTACGAAATCGGAGCGGAGA
GCAACTTACAGCAGTGGAGGCGACTAAAGGAAAGGACGGCGCAGATGAGG
CTGGACCATCATCATTGCGTCTTCGCCGGAAGTCTTCCAGAGGCATTCCA
TTTATTGATGATCCACTTCCGGACACTGGGCATGCTGAGAATAAAAGCTG
GAAGTTATCGAAGGATGCAGAAGATAGCCTTGTGGGTAATGCTTTTCTGG
GTTTATCTCCAAAACACGGACAAGCTCCAAGAGGTGTCAAACTTGATGAT
GATGTCAAATTTGAAACTTGTGAAGTTCGTCCGCCGACAACCCCTCAAGT
TGGACACAAGCCTCATTCAGAACAAGGTAGATCACGTTACCGATCGGGAT
CGAGTTCCAGAACTGGTCGACGGTTACCAAGAGCGCCGGCCTTTGTGAAA
GGAGGTGGACCGCAGCGAAGAGTGCCCGCACCGCTTCCAATAGGAAACTC
TAATGATATCGGGGTGATTGAGAAAGATGAGTCGGCCCAACAGCTGAGAC
TTGCTCATGATAACGTTTCTCCTGCTGAAGGAGGCACTGCGCAGATGGGT
TCTGGACGCGGAAGGATACCAGCATCTCGTGGCGCGCTTGGGAAGAGCCG
TCCCGAAGATGAAGTTCAAGAAAGAGTTGATAAGTCATACAGGTACTCGA
GAAGGGAACCCCGAAACTCACTTTCTAACATACGACAGGATTCTCACCAA
GATATTATTGGCGATCAGGAGTTCTCTCTGGACGAATTCAATGACATAGG
CAACCAAGTGCATGTTGGAACTCCAACAGCCCAATCTTCCTTAGGCCTGA
TACGAAAGGCAGCGGACCTTCACCACAATCAAAGGATTCGTAGAAATTCT
TTAGTTCGAAAACTGCGTAACAGTGTGCCACGAATTGTAGTTTTTCTTAT
CATGACGATATACAGAGCAATGGTTGTATAA

protein sequence of Gcaud8283.t1

>Gcaud8283.t1 ID=Gcaud8283.t1|Name=Gcaud8283.t1|organism=Gracilaria caudata M_176_S67 male|type=polypeptide|length=2577bp
MRIINISILISFIICLTNAVVLSKEKHRPQTINSTARFFFTSEETCEESW
NEDEQITERCCSGKYACTSDKCKGNALCSFGLFRSAFWCFKEKCEPVDSK
DDGTEEPSQSEEPEVSPEDDGSEKGDGAPTPSPSPKGVEPAASPTSSPSP
RPSPSRSPVPAPSQSALPSRPPSPSPAPPQNDDPLHCNGQRNRREIRDMT
PQQRREWQQAIKALMEDKNAQGESEWDRLVKLHLDFSDEAHGGSYFLPWH
RLFLLRLENALREKQPGLSIPYWDWSIDAADAATSRVWNADMAGGARRTD
QPVQNGEFQGIEGRHPNAHTVLRNFNSGTSGDMQALWGSNALENVINQPN
FGDFSDGLEAAHALLHVYVGGDMMGTWSAPNDPVFYLHHAFVDRLYEMRQ
QRRGRNDFGGTHDINGVAQPAQPGHRLNAFGVPASRAFNLACVNYVAPNL
QGRSKKGTGSEEPHPEDICNKPEFQMEGGFSRERCEHGNKVLDGNPESEG
KNVRGRSRGPPFCYEYAHILSSLADCCKQRYRPRPRLRISQKSYPDRPDQ
PVGKRLLFRVELPARCFVLSVAVKLPNAPQSALYALDHIEIERSLKNGEY
ETVYDGYKALKERPEQSVVTEKREEPVKSLIQSESTDSASSGSPTSVDQS
ASTPLPEVVRISRKKVIEFRRAADALRLTLIDVDDNTEGSENQEIFQSDS
TQDGSDNGDLRILGVVVVGYVRGQTPAPNRLKVLLDCSAKLGLNDAMADR
AEVDALLGLAILGHRRYRQAAELLQRASELTMQVAKEDAEAGFSVEEALM
WAAELNLLSAHAYFEHIPMSNDGIIRLVQVAHASSRSGKKGSRNSTDIQK
LSEEFLDLRTELLCMLEDLVAMLVQFLGESNSLAVKLASTRMLEFVCEQL
GCAIARHMADILNQVLRSYPNCLPFGARERAAAASFSYDSMEDCFERLID
ICCRLFPLTEHTVLLKIYEGTLIPVFLDGFHEEDYLHYDEDAEEAADELM
TTAVAQTLRIIYLALNILSSDARVPSSLLSRLLNILVTENGNARTPLLLR
RAALHAWDAVSKALIRAAKGCDVKVFGDHLHVLQDYLPSLLFETARPNFQ
YKEVEDEDDGELEITKEEYVTPVNSQVFQHVLDMRRKRIEIVDRHTLKRL
IQLMHGICEHMEPTEDEEDRSIDITLSLLKALGETISGLLMSSLIDVSYH
EAAVSGNGTEHAFEFGQLSTQILVVSEVLTDLFRCFWSAVNLLPASAAND
LVRSAPVRAVLGWCVDRMSHSAPPKGMMRLLCATVKGLQNECNSPMYDLP
AVPSAPHEATFLGIYRAVLQWVPQTRQEETFDLLDILHENVADDLMASDL
ALLIKGLGDQNEQLQARTDVSLEHVAEIVASNVPKRLDLALSSLKALEDP
KHGSQRIANGFPSSSKSNTSSFTRRIHLSGGPSSSDSTEQSFYLHIVLAS
CFDLFDALARAASRRAGPSFMGEKIDAFVEHAALCVRCLHACARKQRHRE
YVGAKLGDIFGTCLAMQDHGDSRVRLAGFEIFAASLDVLFLAQRSFALSP
EPHVLPGNEAAGSSSITATSSHIGVYESQNGSSDGNGIENESIPLVHVAS
NPTPGLDFSRSMSLPISRSTSRNDFNGNEAQQDGLESEKEEDPEMTKKIQ
TIFVEGGSCAFYGDDTSNARLNYEERGWQVLCHFVTASLGIGKYVDFVVQ
RACLEYLKACMMNALRGRSSGARVIAFEHIELLWEAVNRLIGSPWRTLNA
LAMWVVCTILNVAVYSSVMPRKRGLTKQRGVQLNEFLTKQVFPLAESMLK
HGSRETRIWGMRLLEVYIRARDMNGSVLHIAPPPPGRVVRGLDRLKHDWC
QNVQEGVKSLLSVHYNTLNKKGSSQMQSFTAQAQSFMTMRRYHLDELEGT
ESNQVELWFPPLPKQVPAGEIELYCRTLEAFANKEIEGGEETEIAKVTDE
GEIDGEDDEGFVYEDELEPEEEANEEEALSSEGEDQEPHGSQMDYSSVEE
DKIDNASGTPDETHSTESNSEEPTSPTAPSAAQEEELEVTPPELEPASDK
RPSDSSEPSTELLRTDESGVEEDEDHEFPNVAVEGTHIDLEPQLITQLSD
PVDKSIATSVIDNKEKNTDTEGDDLEEEEEVVNVTDEDDVLVDVDSVPVE
KKMSSHFSPSPHVPLPKPELNPDLEEGRQVLRRKGSFTSRPSAGIPIEEG
DAPRLARRRSMDIGLKSTVKDKPPDLVDLDFESSSQVLSPRLLRRKSVKS
PTSGPRISESLRNRSGEQLTAVEATKGKDGADEAGPSSLRLRRKSSRGIP
FIDDPLPDTGHAENKSWKLSKDAEDSLVGNAFLGLSPKHGQAPRGVKLDD
DVKFETCEVRPPTTPQVGHKPHSEQGRSRYRSGSSSRTGRRLPRAPAFVK
GGGPQRRVPAPLPIGNSNDIGVIEKDESAQQLRLAHDNVSPAEGGTAQMG
SGRGRIPASRGALGKSRPEDEVQERVDKSYRYSRREPRNSLSNIRQDSHQ
DIIGDQEFSLDEFNDIGNQVHVGTPTAQSSLGLIRKAADLHHNQRIRRNS
LVRKLRNSVPRIVVFLIMTIYRAMVV*

mRNA from alignment at NODE_387_length_27166_cov_4.437230:18312..27029+

Legend: polypeptidestart_codonCDSexonintronstop_codon

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

>Gcaud8283.t1 ID=Gcaud8283.t1|Name=Gcaud8283.t1|organism=Gracilaria caudata M_176_S67 male|type=mRNA|length=8718bp|location=Sequence derived from alignment at NODE_387_length_27166_cov_4.437230:18312..27029+ (Gracilaria caudata M_176_S67 male)
ATGCGCATCATAAACATATCGATACTCATTTCATTCATCATCTGCTTAAC
TAACGCCGTTGTCTTGTCAAAAGAGAAGCACCGACCTCAAACCATAAACT
CCACAGCACGATTTTTCTTTACCTCGGAGGAAACTTGTGAAGAGTCCTGG
AATGAGGACGAACAAATCACCGAACGCTGTTGCTCTGGAAAATACGCATG
TACCAGTGACAAATGCAAAGGAAATGCGCTATGTTCGTTCGGTCTCTTCC
GAAGCGCATTTTGGTGTTTCAAGGAGAAATGTGAACCCGTCGACTCAAAG
GATGACGGCACCGAAGAACCTTCCCAAAGTGAGGAGCCTGAAGTAAGCCC
CGAGGACGACGGTTCTGAAAAAGGTGATGGGGCCCCGACTCCCTCACCCT
CCCCAAAGGGTGTCGAACCTGCGGCTTCTCCAACATCCTCCCCATCACCG
CGCCCTTCTCCGTCACGGTCTCCGGTACCGGCGCCATCTCAATCAGCCTT
GCCCTCTCGACCTCCTTCGCCAAGTCCGGCACCACCGCAAAACGATGATC
CTCTGCACTGCAATGGCCAGCGAAATCGACGGGAGATTCGGGATATGACT
CCTCAACAACGGAGAGAATGGCAGCAGGCAATTAAGGCACTGATGGAAGA
TAAAAATGCACAGGGAGAGAGCGAATGGGATAGACTGGTCAAGCTCCACC
TGGATTTTTCGGATGAAGCTCACGGTGGCTCGTATTTCTTACCGTGGCAC
CGTTTGTTTTTGTTGCGACTCGAGAACGCACTGAGAGAGAAACAACCTGG
ACTTTCTATCCCGTATTGGGATTGGAGCATTGACGCAGCAGATGCCGCAA
CTTCAAGGGTATGGAACGCAGACATGGCAGGGGGAGCACGAAGAACGGAC
CAACCAGTCCAGAACGGCGAATTCCAGGGCATAGAAGGAAGGCATCCAAA
TGCACATACGGTGTTACGAAACTTTAACTCAGGAACATCCGGCGATATGC
AAGCATTGTGGGGCTCTAACGCGTTAGAAAACGTGATCAATCAACCCAAC
TTTGGAGACTTCAGTGATGGACTCGAGGCAGCACATGCCCTTCTTCACGT
TTACGTCGGAGGTGATATGATGGGAACTTGGTCCGCGCCGAATGATCCTG
TATTCTACCTTCATCACGCTTTTGTTGACCGCCTTTATGAAATGAGACAA
CAGCGAAGAGGTCGGAATGACTTCGGAGGAACACATGACATCAACGGCGT
AGCGCAGCCAGCACAGCCAGGGCATCGTCTGAATGCGTTTGGTGTGCCGG
CGTCACGTGCTTTTAACCTCGCTTGTGTGAACTACGTCGCCCCTAATCTA
CAGGGAAGAAGCAAGAAGGGAACTGGATCGGAAGAGCCGCATCCAGAAGA
CATATGCAACAAGCCCGAGTTTCAAATGGAAGGTGGGTTCTCCAGAGAGC
GCTGCGAGCACGGGAACAAGGTCTTAGACGGGAACCCGGAGTCGGAAGGG
AAAAACGTTCGGGGACGCTCCCGCGGTCGTGGCTCTTCATGAGGTTGATT
ACAAACGCGATTCTTGCCACGGGAGTGCAGCACACCCGCCGCTACAGTAC
GAGGAACACGCTCACGACGCAAATGCGTCCCAGCTGTTTGATGCAGTGGA
GAGCACTTGCCACCTGTTCTTGACTCTCGTCCGGATACACTGCACGCTGA
AAACATTGAGAACGGCTAAGACATAGTGCTGCGCAGGTCTCGATAACGTG
CCTTCCTTCCGCAGCAGATAAGAGGGTTCGCGTTCGCTACCTTCGTAGCT
TTCCAGATAACAAGCACTGCCAACGGGAAGCGGCAGATGACGTCTGGTGT
GTAGAAACATTGCATGAATGTAAAGGAACACAGCCCTTGTTAAATGTACG
TATAATTGTTACTGCCACAAGAAGTGCAGCGAGGCGAGCACTGTAAAGCG
GTGTTGGTTGACGGGGCTGCCTGTGGTCAAGAAAGGAAACAGCTGCTGTG
GAGAGTGGCCTGGTCGCATGCTGCCTGTCCTACGCTGACTCCACCTTGCA
GTCAGTGTGCAAGCTCGTCTGCGCTTCTCAATTCCGAGCACTTCAGCTTC
AACTCTTCCAACGCTATTTCGTAACACTCTCTCTGTCGCTCAACTGCGCC
TCAACCAGCAGCTCCTTTCTGCTATGAATATGCCCATATTCTCAGCTCGT
TAGCTGATTGTTGCAAACAGAGATATCGGCCCAGACCCCGGCTTCGTAAG
TTAACGCGCTCCACCTGCTTTGAAATGGCTTCGCTTGACCATGATGAGGT
CAATCTTCCGTGGGGAAAGTTCTCTTACACCACGGAGGGTTTGGCAACCA
CTTGCTATATGGAAGGTATTTCTCAGAAGTCCTACCCAGACAGACCTGAT
CAACCTGTTGGAAAACGCCTCTTGTTTCGCGTCGAGTTACCCGCCCGTTG
TTTTGTACTTTCTGTCGCTGTGAAGCTGCCTAATGCCCCACAATCAGCAC
TTTATGCACTCGATCACATTGAAATTGAACGCTCGTTGAAGAACGGAGAA
TACGAGACCGTCTACGATGGATACAAAGCACTTAAAGAGCGTCCGGAGCA
AAGCGTCGTAACAGAAAAACGAGAGGAGCCCGTCAAGAGCTTGATCCAGA
GCGAGAGTACGGATAGCGCTTCAAGTGGTTCACCAACGTCCGTCGACCAG
TCTGCCTCAACCCCATTGCCTGAGGTCGTACGCATATCGAGAAAGAAGGT
AATCGAATTCCGTCGCGCTGCTGATGCACTGAGACTGACTTTGATAGACG
TTGACGATAATACGGAGGGGTCTGAAAACCAAGAAATCTTTCAAAGTGAC
TCCACACAAGACGGTTCCGACAACGGTGACCTGCGTATTCTTGGAGTCGT
AGTCGTTGGTTATGTTCGCGGACAGACACCTGCTCCAAACAGGCTTAAAG
TTCTCCTTGATTGTTCCGCGAAACTGGGCCTTAATGACGCAATGGCGGAC
AGGGCTGAGGTTGACGCACTCTTAGGTTTGGCAATTCTTGGTCATCGGCG
TTATCGACAAGCTGCAGAGCTTCTTCAGAGAGCGTCAGAGCTAACAATGC
AGGTCGCGAAAGAAGATGCGGAAGCGGGATTTTCTGTTGAGGAAGCATTG
ATGTGGGCTGCCGAATTAAATCTTCTTTCAGCCCACGCGTACTTTGAGCA
CATACCAATGTCAAACGACGGAATTATTCGTCTTGTTCAAGTCGCTCACG
CATCCTCTCGTTCAGGGAAAAAGGGTTCACGAAATAGTACGGATATCCAG
AAGCTTAGCGAGGAGTTTCTTGATCTCAGAACAGAACTGCTGTGCATGCT
CGAAGATCTTGTAGCAATGCTTGTACAATTCCTTGGAGAATCGAACTCAC
TGGCTGTCAAGCTTGCGTCGACGCGAATGCTTGAATTTGTTTGTGAGCAA
CTTGGTTGTGCAATTGCTCGTCATATGGCAGACATTCTGAACCAAGTACT
TCGATCGTACCCTAATTGCTTACCATTTGGAGCACGCGAACGAGCAGCAG
CAGCCTCTTTCTCTTACGATTCAATGGAAGATTGTTTCGAGCGCTTAATT
GACATTTGCTGTCGCCTTTTCCCTCTCACAGAACATACGGTGCTCCTAAA
AATATATGAAGGAACATTGATCCCGGTGTTCCTTGATGGCTTTCATGAAG
AAGATTATTTACATTACGACGAGGATGCAGAGGAAGCCGCTGACGAGCTC
ATGACAACAGCTGTGGCTCAGACTTTGCGTATAATATACCTGGCATTAAA
CATTTTGAGCTCAGATGCAAGGGTGCCATCGTCGTTGCTTTCAAGACTGC
TAAACATTCTCGTCACTGAGAATGGTAACGCAAGAACGCCTCTTTTGTTG
AGACGAGCAGCGCTTCATGCCTGGGATGCTGTTTCTAAAGCCCTTATCCG
AGCGGCAAAGGGCTGCGACGTTAAGGTATTCGGAGACCATTTGCACGTGC
TCCAGGACTATCTTCCCAGTCTTCTCTTTGAAACGGCGAGACCAAACTTC
CAGTATAAAGAAGTAGAAGACGAAGACGATGGAGAGCTTGAAATCACTAA
AGAAGAATATGTGACCCCGGTAAACAGCCAGGTCTTTCAGCATGTTCTTG
ATATGCGGAGGAAACGCATTGAGATTGTTGACAGGCACACCCTAAAACGT
CTGATTCAACTTATGCATGGGATTTGTGAGCACATGGAACCAACAGAAGA
CGAAGAGGACCGTAGCATTGACATTACTTTGAGTTTGCTGAAGGCCTTGG
GGGAGACAATATCTGGATTGCTGATGAGCAGTCTCATAGATGTTAGTTAT
CATGAGGCTGCAGTCAGTGGTAATGGCACAGAGCATGCTTTTGAGTTTGG
TCAGTTGTCGACCCAAATTCTGGTCGTGTCTGAGGTTCTTACAGACTTGT
TTCGCTGTTTTTGGTCTGCTGTGAATCTTCTTCCCGCCAGCGCGGCGAAT
GATTTAGTTCGCTCTGCCCCAGTAAGGGCTGTTCTTGGTTGGTGTGTAGA
CCGTATGTCGCACTCAGCTCCCCCGAAAGGAATGATGCGGTTGCTCTGTG
CGACGGTTAAAGGTTTGCAGAACGAATGTAACTCACCCATGTATGATCTT
CCTGCTGTACCTAGTGCGCCTCATGAAGCAACTTTTCTTGGAATATACAG
AGCTGTTTTGCAGTGGGTACCACAGACGCGACAGGAAGAAACATTTGACC
TACTGGATATCCTTCATGAGAATGTCGCCGATGATCTCATGGCGAGTGAC
CTTGCTCTTCTTATCAAGGGTCTAGGTGATCAAAATGAGCAATTACAGGC
AAGAACTGACGTGTCCTTGGAGCATGTGGCCGAAATTGTGGCTTCAAATG
TTCCGAAAAGGCTTGACTTAGCATTGAGTTCTTTGAAGGCTCTCGAGGAC
CCAAAACACGGGAGTCAGAGAATAGCAAATGGGTTTCCAAGTAGCTCGAA
ATCTAACACAAGTTCTTTTACGAGGAGAATACACTTGTCTGGAGGGCCTT
CCAGTTCGGATTCTACCGAACAATCATTCTATCTGCATATCGTGCTTGCA
AGTTGTTTCGATCTCTTCGATGCATTAGCAAGGGCTGCATCAAGGAGAGC
GGGACCAAGCTTCATGGGTGAGAAAATCGATGCCTTTGTGGAACATGCTG
CTTTATGTGTGAGATGTTTGCATGCCTGCGCTCGAAAACAACGACACCGT
GAGTATGTTGGTGCTAAACTTGGAGATATTTTTGGTACTTGCCTCGCAAT
GCAGGATCATGGGGACAGCCGTGTAAGGCTAGCAGGGTTTGAGATTTTTG
CTGCCTCCTTAGATGTTCTTTTCCTGGCACAAAGATCCTTCGCATTGTCA
CCTGAGCCACACGTCTTGCCTGGTAATGAGGCTGCAGGTTCGTCATCCAT
TACTGCTACATCCAGCCATATTGGAGTCTACGAAAGTCAGAACGGTTCCT
CAGATGGGAATGGGATAGAAAACGAATCAATTCCACTGGTTCATGTCGCC
TCAAATCCAACTCCTGGCCTAGATTTTTCGCGTTCTATGAGTCTTCCTAT
ATCTCGGAGTACATCGCGAAATGATTTCAATGGAAATGAAGCTCAGCAAG
ACGGACTGGAGTCCGAAAAAGAGGAGGATCCTGAAATGACAAAGAAGATA
CAAACCATTTTTGTCGAAGGAGGCTCTTGCGCATTTTATGGAGATGATAC
CTCGAATGCTCGACTCAACTACGAGGAACGAGGATGGCAAGTGTTGTGTC
ATTTTGTCACCGCTAGTTTGGGCATCGGCAAATACGTTGATTTTGTTGTA
CAAAGAGCATGTCTCGAGTATTTGAAAGCCTGCATGATGAATGCACTCCG
CGGTCGTTCCAGTGGGGCTCGTGTTATAGCATTTGAGCACATCGAGTTGC
TATGGGAGGCAGTTAACCGTCTAATCGGATCTCCTTGGCGTACCTTAAAT
GCTCTTGCGATGTGGGTCGTGTGTACAATACTGAACGTTGCAGTGTACTC
TTCTGTGATGCCTCGGAAACGCGGATTGACGAAGCAGCGAGGTGTTCAGC
TTAATGAGTTTCTTACAAAGCAGGTATTTCCCCTCGCAGAGTCCATGCTG
AAGCATGGGAGCAGAGAAACTCGTATTTGGGGTATGCGATTGCTAGAGGT
TTATATCAGAGCAAGGGATATGAATGGGAGTGTCTTACACATTGCGCCCC
CACCTCCCGGCCGGGTGGTACGAGGTCTTGACCGCTTGAAGCATGACTGG
TGTCAAAATGTACAAGAAGGAGTAAAAAGCTTGCTCAGCGTTCACTACAA
TACGCTTAACAAGAAGGGATCCTCCCAGATGCAGTCATTTACCGCACAGG
CTCAAAGCTTCATGACAATGAGGCGCTATCATTTGGATGAGCTCGAAGGA
ACCGAATCTAATCAAGTTGAGCTATGGTTTCCTCCGCTTCCAAAGCAAGT
TCCTGCTGGAGAGATAGAACTATACTGCAGAACGTTGGAAGCGTTTGCTA
ACAAAGAAATCGAAGGCGGTGAGGAAACAGAGATAGCGAAGGTCACCGAC
GAAGGAGAGATTGATGGGGAAGATGATGAAGGATTTGTTTACGAAGATGA
GCTTGAACCCGAAGAGGAAGCGAACGAAGAAGAAGCCTTGTCGTCAGAAG
GCGAAGATCAGGAACCTCACGGAAGTCAAATGGACTACAGTTCTGTAGAA
GAAGATAAGATTGACAACGCTTCAGGAACACCAGATGAAACGCATAGTAC
CGAGAGTAATTCGGAAGAGCCGACAAGTCCTACGGCGCCATCTGCAGCGC
AGGAAGAAGAACTGGAGGTTACCCCTCCCGAACTGGAACCTGCATCGGAC
AAGAGACCGAGCGATTCTTCTGAACCATCCACTGAGTTACTTAGAACGGA
CGAATCTGGAGTAGAGGAAGACGAGGATCATGAATTCCCAAATGTGGCAG
TAGAGGGGACTCATATTGACTTGGAACCCCAGCTAATCACCCAATTGTCA
GATCCAGTCGACAAGAGCATTGCTACGTCAGTTATTGATAATAAGGAGAA
GAACACTGACACGGAAGGAGATGACCTCGAAGAAGAAGAGGAAGTCGTCA
ACGTCACGGATGAAGATGATGTTTTGGTGGACGTAGATTCTGTCCCAGTT
GAGAAAAAGATGTCTTCACACTTCTCCCCCTCCCCTCACGTTCCACTTCC
AAAGCCTGAGCTAAATCCAGATCTTGAAGAAGGAAGACAGGTGCTTCGCC
GGAAAGGCTCGTTCACAAGTCGTCCCAGTGCTGGTATTCCCATTGAGGAA
GGAGATGCACCTCGATTGGCTCGAAGAAGATCCATGGATATTGGGTTGAA
GTCCACTGTGAAGGACAAACCACCGGACTTAGTGGATCTGGACTTTGAGT
CTTCATCGCAAGTATTGAGTCCGCGGCTACTTCGTCGAAAGTCAGTCAAG
TCTCCTACGTCAGGACCACGAATTTCAGAATCGTTACGAAATCGGAGCGG
AGAGCAACTTACAGCAGTGGAGGCGACTAAAGGAAAGGACGGCGCAGATG
AGGCTGGACCATCATCATTGCGTCTTCGCCGGAAGTCTTCCAGAGGCATT
CCATTTATTGATGATCCACTTCCGGACACTGGGCATGCTGAGAATAAAAG
CTGGAAGTTATCGAAGGATGCAGAAGATAGCCTTGTGGGTAATGCTTTTC
TGGGTTTATCTCCAAAACACGGACAAGCTCCAAGAGGTGTCAAACTTGAT
GATGATGTCAAATTTGAAACTTGTGAAGTTCGTCCGCCGACAACCCCTCA
AGTTGGACACAAGCCTCATTCAGAACAAGGTAGATCACGTTACCGATCGG
GATCGAGTTCCAGAACTGGTCGACGGTTACCAAGAGCGCCGGCCTTTGTG
AAAGGAGGTGGACCGCAGCGAAGAGTGCCCGCACCGCTTCCAATAGGAAA
CTCTAATGATATCGGGGTGATTGAGAAAGATGAGTCGGCCCAACAGCTGA
GACTTGCTCATGATAACGTTTCTCCTGCTGAAGGAGGCACTGCGCAGATG
GGTTCTGGACGCGGAAGGATACCAGCATCTCGTGGCGCGCTTGGGAAGAG
CCGTCCCGAAGATGAAGTTCAAGAAAGAGTTGATAAGTCATACAGGTACT
CGAGAAGGGAACCCCGAAACTCACTTTCTAACATACGACAGGATTCTCAC
CAAGATATTATTGGCGATCAGGAGTTCTCTCTGGACGAATTCAATGACAT
AGGCAACCAAGTGCATGTTGGAACTCCAACAGCCCAATCTTCCTTAGGCC
GTAAGAGCCTTGCTGATGATGAACCATCCAGTAGCTACAAACGACGAGCG
AAAAGGAGCATTGGAAACTCACTACATTTCAAGAGCTTGTTAGATCAGTT
TGAGCCGGTTTCTAGCGAAAGTGATACGAAAGGCAGCGGACCTTCACCAC
AATCAAAGGATTCGTAGAAATTCTTTAGTTCGAAAACTGCGTAACAGTGG
TAAGCTGAGTGGTCTCGTGGGGCAATGTACCATCTTACGTGATGCCATAG
TTGATTTTCGCGAGAAGAGTGATGTTGTTTTGCTAACTAACACCTAACTA
AATATCGTTCAGTGCCACGAATTGTAGTTTTTCTTATCATGACGATATAC
AGAGCAATGGTTGTATAA

Coding sequence (CDS) from alignment at NODE_387_length_27166_cov_4.437230:18312..27029+

>Gcaud8283.t1 ID=Gcaud8283.t1|Name=Gcaud8283.t1|organism=Gracilaria caudata M_176_S67 male|type=CDS|length=7731bp|location=Sequence derived from alignment at NODE_387_length_27166_cov_4.437230:18312..27029+ (Gracilaria caudata M_176_S67 male)
ATGCGCATCATAAACATATCGATACTCATTTCATTCATCATCTGCTTAAC
TAACGCCGTTGTCTTGTCAAAAGAGAAGCACCGACCTCAAACCATAAACT
CCACAGCACGATTTTTCTTTACCTCGGAGGAAACTTGTGAAGAGTCCTGG
AATGAGGACGAACAAATCACCGAACGCTGTTGCTCTGGAAAATACGCATG
TACCAGTGACAAATGCAAAGGAAATGCGCTATGTTCGTTCGGTCTCTTCC
GAAGCGCATTTTGGTGTTTCAAGGAGAAATGTGAACCCGTCGACTCAAAG
GATGACGGCACCGAAGAACCTTCCCAAAGTGAGGAGCCTGAAGTAAGCCC
CGAGGACGACGGTTCTGAAAAAGGTGATGGGGCCCCGACTCCCTCACCCT
CCCCAAAGGGTGTCGAACCTGCGGCTTCTCCAACATCCTCCCCATCACCG
CGCCCTTCTCCGTCACGGTCTCCGGTACCGGCGCCATCTCAATCAGCCTT
GCCCTCTCGACCTCCTTCGCCAAGTCCGGCACCACCGCAAAACGATGATC
CTCTGCACTGCAATGGCCAGCGAAATCGACGGGAGATTCGGGATATGACT
CCTCAACAACGGAGAGAATGGCAGCAGGCAATTAAGGCACTGATGGAAGA
TAAAAATGCACAGGGAGAGAGCGAATGGGATAGACTGGTCAAGCTCCACC
TGGATTTTTCGGATGAAGCTCACGGTGGCTCGTATTTCTTACCGTGGCAC
CGTTTGTTTTTGTTGCGACTCGAGAACGCACTGAGAGAGAAACAACCTGG
ACTTTCTATCCCGTATTGGGATTGGAGCATTGACGCAGCAGATGCCGCAA
CTTCAAGGGTATGGAACGCAGACATGGCAGGGGGAGCACGAAGAACGGAC
CAACCAGTCCAGAACGGCGAATTCCAGGGCATAGAAGGAAGGCATCCAAA
TGCACATACGGTGTTACGAAACTTTAACTCAGGAACATCCGGCGATATGC
AAGCATTGTGGGGCTCTAACGCGTTAGAAAACGTGATCAATCAACCCAAC
TTTGGAGACTTCAGTGATGGACTCGAGGCAGCACATGCCCTTCTTCACGT
TTACGTCGGAGGTGATATGATGGGAACTTGGTCCGCGCCGAATGATCCTG
TATTCTACCTTCATCACGCTTTTGTTGACCGCCTTTATGAAATGAGACAA
CAGCGAAGAGGTCGGAATGACTTCGGAGGAACACATGACATCAACGGCGT
AGCGCAGCCAGCACAGCCAGGGCATCGTCTGAATGCGTTTGGTGTGCCGG
CGTCACGTGCTTTTAACCTCGCTTGTGTGAACTACGTCGCCCCTAATCTA
CAGGGAAGAAGCAAGAAGGGAACTGGATCGGAAGAGCCGCATCCAGAAGA
CATATGCAACAAGCCCGAGTTTCAAATGGAAGGTGGGTTCTCCAGAGAGC
GCTGCGAGCACGGGAACAAGGTCTTAGACGGGAACCCGGAGTCGGAAGGG
AAAAACGTTCGGGGACGCTCCCGCGGTCCTCCTTTCTGCTATGAATATGC
CCATATTCTCAGCTCGTTAGCTGATTGTTGCAAACAGAGATATCGGCCCA
GACCCCGGCTTCGTATTTCTCAGAAGTCCTACCCAGACAGACCTGATCAA
CCTGTTGGAAAACGCCTCTTGTTTCGCGTCGAGTTACCCGCCCGTTGTTT
TGTACTTTCTGTCGCTGTGAAGCTGCCTAATGCCCCACAATCAGCACTTT
ATGCACTCGATCACATTGAAATTGAACGCTCGTTGAAGAACGGAGAATAC
GAGACCGTCTACGATGGATACAAAGCACTTAAAGAGCGTCCGGAGCAAAG
CGTCGTAACAGAAAAACGAGAGGAGCCCGTCAAGAGCTTGATCCAGAGCG
AGAGTACGGATAGCGCTTCAAGTGGTTCACCAACGTCCGTCGACCAGTCT
GCCTCAACCCCATTGCCTGAGGTCGTACGCATATCGAGAAAGAAGGTAAT
CGAATTCCGTCGCGCTGCTGATGCACTGAGACTGACTTTGATAGACGTTG
ACGATAATACGGAGGGGTCTGAAAACCAAGAAATCTTTCAAAGTGACTCC
ACACAAGACGGTTCCGACAACGGTGACCTGCGTATTCTTGGAGTCGTAGT
CGTTGGTTATGTTCGCGGACAGACACCTGCTCCAAACAGGCTTAAAGTTC
TCCTTGATTGTTCCGCGAAACTGGGCCTTAATGACGCAATGGCGGACAGG
GCTGAGGTTGACGCACTCTTAGGTTTGGCAATTCTTGGTCATCGGCGTTA
TCGACAAGCTGCAGAGCTTCTTCAGAGAGCGTCAGAGCTAACAATGCAGG
TCGCGAAAGAAGATGCGGAAGCGGGATTTTCTGTTGAGGAAGCATTGATG
TGGGCTGCCGAATTAAATCTTCTTTCAGCCCACGCGTACTTTGAGCACAT
ACCAATGTCAAACGACGGAATTATTCGTCTTGTTCAAGTCGCTCACGCAT
CCTCTCGTTCAGGGAAAAAGGGTTCACGAAATAGTACGGATATCCAGAAG
CTTAGCGAGGAGTTTCTTGATCTCAGAACAGAACTGCTGTGCATGCTCGA
AGATCTTGTAGCAATGCTTGTACAATTCCTTGGAGAATCGAACTCACTGG
CTGTCAAGCTTGCGTCGACGCGAATGCTTGAATTTGTTTGTGAGCAACTT
GGTTGTGCAATTGCTCGTCATATGGCAGACATTCTGAACCAAGTACTTCG
ATCGTACCCTAATTGCTTACCATTTGGAGCACGCGAACGAGCAGCAGCAG
CCTCTTTCTCTTACGATTCAATGGAAGATTGTTTCGAGCGCTTAATTGAC
ATTTGCTGTCGCCTTTTCCCTCTCACAGAACATACGGTGCTCCTAAAAAT
ATATGAAGGAACATTGATCCCGGTGTTCCTTGATGGCTTTCATGAAGAAG
ATTATTTACATTACGACGAGGATGCAGAGGAAGCCGCTGACGAGCTCATG
ACAACAGCTGTGGCTCAGACTTTGCGTATAATATACCTGGCATTAAACAT
TTTGAGCTCAGATGCAAGGGTGCCATCGTCGTTGCTTTCAAGACTGCTAA
ACATTCTCGTCACTGAGAATGGTAACGCAAGAACGCCTCTTTTGTTGAGA
CGAGCAGCGCTTCATGCCTGGGATGCTGTTTCTAAAGCCCTTATCCGAGC
GGCAAAGGGCTGCGACGTTAAGGTATTCGGAGACCATTTGCACGTGCTCC
AGGACTATCTTCCCAGTCTTCTCTTTGAAACGGCGAGACCAAACTTCCAG
TATAAAGAAGTAGAAGACGAAGACGATGGAGAGCTTGAAATCACTAAAGA
AGAATATGTGACCCCGGTAAACAGCCAGGTCTTTCAGCATGTTCTTGATA
TGCGGAGGAAACGCATTGAGATTGTTGACAGGCACACCCTAAAACGTCTG
ATTCAACTTATGCATGGGATTTGTGAGCACATGGAACCAACAGAAGACGA
AGAGGACCGTAGCATTGACATTACTTTGAGTTTGCTGAAGGCCTTGGGGG
AGACAATATCTGGATTGCTGATGAGCAGTCTCATAGATGTTAGTTATCAT
GAGGCTGCAGTCAGTGGTAATGGCACAGAGCATGCTTTTGAGTTTGGTCA
GTTGTCGACCCAAATTCTGGTCGTGTCTGAGGTTCTTACAGACTTGTTTC
GCTGTTTTTGGTCTGCTGTGAATCTTCTTCCCGCCAGCGCGGCGAATGAT
TTAGTTCGCTCTGCCCCAGTAAGGGCTGTTCTTGGTTGGTGTGTAGACCG
TATGTCGCACTCAGCTCCCCCGAAAGGAATGATGCGGTTGCTCTGTGCGA
CGGTTAAAGGTTTGCAGAACGAATGTAACTCACCCATGTATGATCTTCCT
GCTGTACCTAGTGCGCCTCATGAAGCAACTTTTCTTGGAATATACAGAGC
TGTTTTGCAGTGGGTACCACAGACGCGACAGGAAGAAACATTTGACCTAC
TGGATATCCTTCATGAGAATGTCGCCGATGATCTCATGGCGAGTGACCTT
GCTCTTCTTATCAAGGGTCTAGGTGATCAAAATGAGCAATTACAGGCAAG
AACTGACGTGTCCTTGGAGCATGTGGCCGAAATTGTGGCTTCAAATGTTC
CGAAAAGGCTTGACTTAGCATTGAGTTCTTTGAAGGCTCTCGAGGACCCA
AAACACGGGAGTCAGAGAATAGCAAATGGGTTTCCAAGTAGCTCGAAATC
TAACACAAGTTCTTTTACGAGGAGAATACACTTGTCTGGAGGGCCTTCCA
GTTCGGATTCTACCGAACAATCATTCTATCTGCATATCGTGCTTGCAAGT
TGTTTCGATCTCTTCGATGCATTAGCAAGGGCTGCATCAAGGAGAGCGGG
ACCAAGCTTCATGGGTGAGAAAATCGATGCCTTTGTGGAACATGCTGCTT
TATGTGTGAGATGTTTGCATGCCTGCGCTCGAAAACAACGACACCGTGAG
TATGTTGGTGCTAAACTTGGAGATATTTTTGGTACTTGCCTCGCAATGCA
GGATCATGGGGACAGCCGTGTAAGGCTAGCAGGGTTTGAGATTTTTGCTG
CCTCCTTAGATGTTCTTTTCCTGGCACAAAGATCCTTCGCATTGTCACCT
GAGCCACACGTCTTGCCTGGTAATGAGGCTGCAGGTTCGTCATCCATTAC
TGCTACATCCAGCCATATTGGAGTCTACGAAAGTCAGAACGGTTCCTCAG
ATGGGAATGGGATAGAAAACGAATCAATTCCACTGGTTCATGTCGCCTCA
AATCCAACTCCTGGCCTAGATTTTTCGCGTTCTATGAGTCTTCCTATATC
TCGGAGTACATCGCGAAATGATTTCAATGGAAATGAAGCTCAGCAAGACG
GACTGGAGTCCGAAAAAGAGGAGGATCCTGAAATGACAAAGAAGATACAA
ACCATTTTTGTCGAAGGAGGCTCTTGCGCATTTTATGGAGATGATACCTC
GAATGCTCGACTCAACTACGAGGAACGAGGATGGCAAGTGTTGTGTCATT
TTGTCACCGCTAGTTTGGGCATCGGCAAATACGTTGATTTTGTTGTACAA
AGAGCATGTCTCGAGTATTTGAAAGCCTGCATGATGAATGCACTCCGCGG
TCGTTCCAGTGGGGCTCGTGTTATAGCATTTGAGCACATCGAGTTGCTAT
GGGAGGCAGTTAACCGTCTAATCGGATCTCCTTGGCGTACCTTAAATGCT
CTTGCGATGTGGGTCGTGTGTACAATACTGAACGTTGCAGTGTACTCTTC
TGTGATGCCTCGGAAACGCGGATTGACGAAGCAGCGAGGTGTTCAGCTTA
ATGAGTTTCTTACAAAGCAGGTATTTCCCCTCGCAGAGTCCATGCTGAAG
CATGGGAGCAGAGAAACTCGTATTTGGGGTATGCGATTGCTAGAGGTTTA
TATCAGAGCAAGGGATATGAATGGGAGTGTCTTACACATTGCGCCCCCAC
CTCCCGGCCGGGTGGTACGAGGTCTTGACCGCTTGAAGCATGACTGGTGT
CAAAATGTACAAGAAGGAGTAAAAAGCTTGCTCAGCGTTCACTACAATAC
GCTTAACAAGAAGGGATCCTCCCAGATGCAGTCATTTACCGCACAGGCTC
AAAGCTTCATGACAATGAGGCGCTATCATTTGGATGAGCTCGAAGGAACC
GAATCTAATCAAGTTGAGCTATGGTTTCCTCCGCTTCCAAAGCAAGTTCC
TGCTGGAGAGATAGAACTATACTGCAGAACGTTGGAAGCGTTTGCTAACA
AAGAAATCGAAGGCGGTGAGGAAACAGAGATAGCGAAGGTCACCGACGAA
GGAGAGATTGATGGGGAAGATGATGAAGGATTTGTTTACGAAGATGAGCT
TGAACCCGAAGAGGAAGCGAACGAAGAAGAAGCCTTGTCGTCAGAAGGCG
AAGATCAGGAACCTCACGGAAGTCAAATGGACTACAGTTCTGTAGAAGAA
GATAAGATTGACAACGCTTCAGGAACACCAGATGAAACGCATAGTACCGA
GAGTAATTCGGAAGAGCCGACAAGTCCTACGGCGCCATCTGCAGCGCAGG
AAGAAGAACTGGAGGTTACCCCTCCCGAACTGGAACCTGCATCGGACAAG
AGACCGAGCGATTCTTCTGAACCATCCACTGAGTTACTTAGAACGGACGA
ATCTGGAGTAGAGGAAGACGAGGATCATGAATTCCCAAATGTGGCAGTAG
AGGGGACTCATATTGACTTGGAACCCCAGCTAATCACCCAATTGTCAGAT
CCAGTCGACAAGAGCATTGCTACGTCAGTTATTGATAATAAGGAGAAGAA
CACTGACACGGAAGGAGATGACCTCGAAGAAGAAGAGGAAGTCGTCAACG
TCACGGATGAAGATGATGTTTTGGTGGACGTAGATTCTGTCCCAGTTGAG
AAAAAGATGTCTTCACACTTCTCCCCCTCCCCTCACGTTCCACTTCCAAA
GCCTGAGCTAAATCCAGATCTTGAAGAAGGAAGACAGGTGCTTCGCCGGA
AAGGCTCGTTCACAAGTCGTCCCAGTGCTGGTATTCCCATTGAGGAAGGA
GATGCACCTCGATTGGCTCGAAGAAGATCCATGGATATTGGGTTGAAGTC
CACTGTGAAGGACAAACCACCGGACTTAGTGGATCTGGACTTTGAGTCTT
CATCGCAAGTATTGAGTCCGCGGCTACTTCGTCGAAAGTCAGTCAAGTCT
CCTACGTCAGGACCACGAATTTCAGAATCGTTACGAAATCGGAGCGGAGA
GCAACTTACAGCAGTGGAGGCGACTAAAGGAAAGGACGGCGCAGATGAGG
CTGGACCATCATCATTGCGTCTTCGCCGGAAGTCTTCCAGAGGCATTCCA
TTTATTGATGATCCACTTCCGGACACTGGGCATGCTGAGAATAAAAGCTG
GAAGTTATCGAAGGATGCAGAAGATAGCCTTGTGGGTAATGCTTTTCTGG
GTTTATCTCCAAAACACGGACAAGCTCCAAGAGGTGTCAAACTTGATGAT
GATGTCAAATTTGAAACTTGTGAAGTTCGTCCGCCGACAACCCCTCAAGT
TGGACACAAGCCTCATTCAGAACAAGGTAGATCACGTTACCGATCGGGAT
CGAGTTCCAGAACTGGTCGACGGTTACCAAGAGCGCCGGCCTTTGTGAAA
GGAGGTGGACCGCAGCGAAGAGTGCCCGCACCGCTTCCAATAGGAAACTC
TAATGATATCGGGGTGATTGAGAAAGATGAGTCGGCCCAACAGCTGAGAC
TTGCTCATGATAACGTTTCTCCTGCTGAAGGAGGCACTGCGCAGATGGGT
TCTGGACGCGGAAGGATACCAGCATCTCGTGGCGCGCTTGGGAAGAGCCG
TCCCGAAGATGAAGTTCAAGAAAGAGTTGATAAGTCATACAGGTACTCGA
GAAGGGAACCCCGAAACTCACTTTCTAACATACGACAGGATTCTCACCAA
GATATTATTGGCGATCAGGAGTTCTCTCTGGACGAATTCAATGACATAGG
CAACCAAGTGCATGTTGGAACTCCAACAGCCCAATCTTCCTTAGGCCTGA
TACGAAAGGCAGCGGACCTTCACCACAATCAAAGGATTCGTAGAAATTCT
TTAGTTCGAAAACTGCGTAACAGTGTGCCACGAATTGTAGTTTTTCTTAT
CATGACGATATACAGAGCAATGGTTGTATAA