Sgr030493 (gene) Monk fruit (Qingpiguo) v1

Overview


Name	Sgr030493
Type	gene
Organism	Siraitia grosvenorii (Monk fruit (Qingpiguo) v1)
Description	Unknown protein
Location	tig00153841: 1676735 .. 1682332 (-)
RNA-Seq Expression	Sgr030493
Synteny	Sgr030493

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: polypeptideexonCDS

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

ATGAACCCCAAAAGATTTCCTATGGAGCTGTCCGGCAAAGGTGGAACCAATCTTTTACGCAAATTGACAGCTTGGCCCAGCACAGCCGGCTTTGAAATCCCGGATGTTGATCTTGACGCAGCTATAGCACATTTCCATAAGAGTCCAGCTACAGTTTCAACACGGGTCGGCTGCTTTACCATGGCACATGCAACCTCAGCCTTGAGTGCTGTGATTTTAGATCCCTCGAAAACTATCCTCTTTGTAACGCCTTTAGCATGTATTCCCGAGTCTGATGTAGGAGTTGTAATCGGAAAATCCTTCGGTGGTGGCAAAACGGAGTCACCGATGAACTCTGGAAGTTCCGACGCCTTAGATCCACGAGCTGTGGCAGTCCAGCTATTGATAAACGTACTAATAGATGATGCATCAGATATTTTGTGCGACATGAGCAAGCCAATAGCCAGGCCACCACATTCGAAGGACGTAGTTTGCACAAGTAGAATACAGCCTTTGCCAGCCTCAGTGGATGCGATATCAAAAGGGAGGAACTCGTTCAGTGAGTCAACGTTAAGTTGATTGAGAACGTCGGAGAGAAGGCAGTTGACTTGGGCTTCAACAAAGATAGCCCCCTCGTCATTACAACAGATCGAGTCATTATCCTCTTTAACTCTGCCTGCAAAAGGATAAAATCGAGTTAAGGCAGCAGACAACGAAACTTTCAGGCGGTCGGACTTGGATCTTTGATTGTCATTGCCATCTTCACCGCCTGGTATGTAGAAAAGAAGTAACGGCACATAAACAGGCAGAGCTAGCTGGTCTAACAGGGAGAATTTTAAATGTCTCTGGGTTTCAGGCGTTGGAGATGAAGGTCTTATCTTTTCCTCACTAATGATCCTCACTTTCAACGCCATCTCCACTTAGCTTAGAGTTTCCAATCAACTCCAACTCGCTGAGAGGTTTTTAAGAGTGGTTCTTGGCTCCGCTCAACGTTGAAGATGCTACGCCGATGGTCTAACATATCATTTGGCATGTATCACGTGCATATCATTTGGCATGTATCACGTGCATGAGTAAAAAAATTAAAGCAAGGGGAAAAATATTTACAAAAAGATAATAATATGTAATGCATACAATATATTATCTTTCATTCGTTTAAGTCATTGTGGTTGGTTTTCTCTGTGGTTCATTATGTTTCTGACATTGTTATTTTGGTCTCTCTTCATAGGTGGACATACGTGTCCCTTTTCTCTTGTATTTTTCCTATATAAGCAATAGCAAATAATTGGTTGAGTATGCTAAACATAACATACGTTTTTTAAATAGACAATACTTATCAATTAATTAGAGCAGGAGTTCTTGCTATTTACAATTAAATTTTTGATAAGTAGGGAGAAAGTGAGAGAGAAGAAAGATTTTTTTTTAAAAGAAGATCAATGTGTTAAAAACTTAATAGTGGATTAATCTGCTGGAAGCCAGTTAGGCAAGTATTATTCTTTGTAAATATTTTTCCCCTTGCTTTAATTTTTTTACTCATGCACGTGATACATGCCAAATGATATGCACGTGATACATGCCAAATGATATGTTAGACCATCGGCGTAGCATCTTCAACGTTGAGCGGAGCCAAGAACCACTCTTAAAAACCTCTCAGCGAGTTGGAGTTGATTGGAAACTCTAAGCTAAGTGGAGATGGCGTTGAAAGTGAGGATCATTAGTGAGGAAAAGCTAAAACCATGTTTAGCTTTTATATCTGGCTCCTCTAAAATTTTAGCTCTAGATCCACCCCTGGTTATAAAGAAAACGATTCATAGAATAATTTGGTCACTTGTCATGCATTACATGTTGCGGAAAATTTTTTCGAGCTAACAGGCAATCCAAATTCATATAGAAACCATTATCAGAAAAAGAAAAGAGAAAAAACGATTCATATAGAAACAAACAAATGCAGCATGGTAATTAAGGATGGACAGCAAGAACAAAACTTACCTGCTGACCGAGCAATATAATTTTTTATGTCCACCATTCAACTTCTAACAGCAGAATATTTTTAAAAAAAATCAAAATAGTCTTTCCCTCTCTATATTTTTCTCTCTCAACTGTCAAAAATTGAGTAATAGACAATAGAAAAATTCCTACCATCCAATCAGCGGGTAAGTTTTATACGAACAGCAATGCAAGCATATGGAAACAAACAAATGCCGCATGGTAATTAAGGACGGACCGCAATACATTCATATAGAAACAAACAAATGCCGGATGGTAATTAAGGATGGACGGCAGCTGCACTGCACATCAAATGCTGATAACATATTTGTATCTAATTCTTTTAAAAAAAAAAAAAAAACATATTTGTATCTAATTAATTAATAATCACATTCCCAGTTGTACAAATCCATTTATCCAAAAGAAAATAAGATTTACAGCAAAACTAAAATCCTGATTCAAGTTTGCTCGTAGCAGCGTGATTCACGTTTTCTGCTAACTTCGAGTCATCAACTGCTCTTATTTTTTAAAACTAGTCAGGTTGATAATATAGAATTTGGTTGGTTGGTAATATGAAAATAGGAATTTCTTTTCTGGATCTCCTGTATTCTGGATCTTCTCTGAATTTTTAGACATAGTCTAAAAGTTCAATGAAAGTAATATAAAAATGAAATGAATATGGGAATAGCAAATGGTCAATGACCTAAGAGTTTTTAATGGATCTTAAGTGGGTTGAGGCTTATTTTATTTTGGGTCCAACCACCACATGACACAATTTAATTAAACTAATTTATATTAATTTAATTTAGAGACACATGTCAAATTCTAATTGATCCCAAATTTAATGACATATAATTTTGTCACTAATTTTAGAACATTTATGTATCAATTTGTGTTTGGCTAAAATTCTTAAGATTCATACGAGAGTGTACTTATGGATGAATCTCGAAAAAGAATGTAGATTCGAACCTATTACCTTTAGGAGATGCTATGCTCTATTTGGTTTTATTTAACTTTTTTTTTTCATATGCCAATTAATCAAAATATGAATTTTGATCAAAATTTTTATTTTCTTATCTAGCAGCAAATTTTAATTTAAATTTCAATAGAATTTGAGCTCTACCTTAATTTCAATTTCGATGTGAACTTGGAATAACATTTAAATTCTACCGAATTTTAATTTGAATTTGAAGTATAATTTAATTTTTACCCAAAATTTGACTTTGAAATAAGATTTTATCTTGATAAGGATTTTAATTTGAGATAAAATTTTATCTTTTGATGCATTGGAATTTGAATCATCGTCTTCATTTGATTGGGATTGCAATAATGGAGTTAGTGAAAAGTGAGTTGAAGGTTAAAAAACTCTGCCAAAGAAGAAAAGAAATATTTAAGAGATCTATAATGCTTCAAGAAGGACGATAGAAGATAATCATGTTAATTTTCCTTTATTTGCATAAGCTAATCTTGTATACTTTGAAAGGGCATAGATGAAAATTGAAAAGTTGCGATAGATTAAAAGAGGCGTTAGTAAAACTATCCAGGAACAAAAAAAACTCTTGGGATAAAACGGGTACAGTGTACAGAACGAAGTTGGTGAAGTCGAGAAGTACAAGGGAAGACCAGTTGTGAAAGGGTATGAGCAAAAGTACAATGTGAATTATGAAGCATAAGGTGTATCAATTGAATAAAGCACTGTATGAGCTTAAGCAAGTACCGAGAGTCTACTATAGTCGTATCAATAGTTTCTTCCTAAAGAATAGTATCAAAAGATGTCCATATGAACATGCTTTTTGCCCGAAGGAAGATAAAAAATGGTAGTTTCTTAATTATTTGCCTTTACATGTTGATGATTTAATCTTTACTGATACTTCATGATGATGCTTGAAGAGTTCAAAGAGAGCATGAAGAAAAAAATTGAAAAGACTGATATAGCTTACTTCATTACTTTCTTGGCATTGAAATTTAGCATTTGATAATAGGATTAATGGGAATGTGACGGAGGTCCGTTGTTCTTAACAATTGGTATTAGAGCTCTTGGTTTCAGACCTTGGGGTTGGGAAGGGATGGGGAGCACGAAAGGAGTTGTCGTAAAAGGGAAGCCAGGTGATATGAAAGATGAAGATTGGAAGGCCTACCCAAAGTTTCTTGTCGATGGCAGGTAGCCGTTTCACAAAATATATCATATCAAAATCCATCAATTCAATAGTAACAGTTGAGAGTAGGCGAATGTATACATCCTTGGATAATCTTGGCAGTAGGCTTGAGTGAAGAAATCAAGTCTGATAACTTCTTCAAGAGTCGCAGTTAACGGTTCAAGAAAGAGGTGTTGGATCCCACCACATAGCTGGAGTGGGAGTACGTGGGTTGTGTCTTTTTTGTCTAGAAGACAAGTTCACATAGTTGGCCCTGTTTTGGGCAGGTGGCCTAGTTTCGGTCAGATAGCCTAGTTTCAGGCAAGTACATGTCTGTTACAAATGTTTAATAGGTGTTTGCAAATTAGTTGAATTTGCAGGTGAAGTCTTGGAGTTTGCCAAGTATATTAGAAGCTACAGTTACAATGAGAGGTGAAGATTGCTGATTAGTCTCCAAGTGGAAGATTGTTGAGAATTGTGGAGCCTAATTATCAAGATGACTCAGTTTGAGACTCGTTTGAAGTATGACCCAAAGCCCAAATTGAAGGATATAGAGAAAGGAAGCAAATGAGTACTGCAGGATGATATAGAGTCAAGAATCTGATAAGGTAGTGCCATGGCTCTATCTTAGAGCGCTATGGCACTAGACTTGAAGCGGAAGGAATTCTTGGAGCGTCATGGCGTTAGTACGCGTAGCCAACAAAGCCCTAGGATTCTCATATTTAAATAATGTTTTCCTTGTAACCTAGAGAGAGGGAAAAGTGAGATAGAGGTAGACATGTAGATGACTGTGAGAACTCTTCAGATAGGTTTGGACTTAGAGATGAGAGAAAATAGAGAGGTAGTAAAGCCTTAGTAAGCTGAGCGAGCACTCATCTTTATTGATCTTATTGTAATCTTCATCAGTTTTTAGTTAAACTTGCAGTTGTAAAAGACTAGACAGGTAGTCTCGAGTTTGGGGCAAACAAGTATAGATATGGTATTGTGTAATTTCTCTTTCCCTTTATTTTTATCTTTTATCCTTTTGTAGTTTATATTATTGTTGTTGTACCATTGCCCTTGTGGAAGGGGAATTTAGATTTCAGTTAGGAATGCCTCATAAAATTCCCAACAATTAACATTTCTTAAATGAAATATCCAAAAAATTTGATGGTAGAGTTCAAAATGGATAATGCTTATCTTGCCAATACTCCTATGGAAGTAGGCTTGAAATTGAGCAAACATGATGAAAGTGAAGATTTTGATATTACCATTTATAGAGGTCTTGTTAGGAGTTTGATGTATTTAACTACAACTAGACTTGATCTTCTGTTTTCAGTCAACTTATTGAGCAAATTTATGGCATCACTGAAGAGAAGTTATTGGGAAGCTAGGCAAAGAGTTCTTTGTCGGTAGGTTCGTGGAACTATTGATCATGAAATTTAGTGTAAGGAAGAACATGAATAATGATTTGGTTGGTTATAATGACAGTGATCGAGAAGGAAATATTGATGATTAA

mRNA sequence

ATGAACCCCAAAAGATTTCCTATGGAGCTGTCCGGCAAAGGTGGAACCAATCTTTTACGCAAATTGACAGCTTGGCCCAGCACAGCCGGCTTTGAAATCCCGGATGTTGATCTTGACGCAGCTATAGCACATTTCCATAAGAGTCCAGCTACAGTTTCAACACGGGTCGGCTGCTTTACCATGGCACATGCAACCTCAGCCTTGAGTGCTGTGATTTTAGATCCCTCGAAAACTATCCTCTTTGTAACGCCTTTAGCATGTATTCCCGAGTCTGATGTAGGAGTTGTAATCGGAAAATCCTTCGGTGGTGGCAAAACGGAGTCACCGATGAACTCTGGAAGTTCCGACGCCTTAGATCCACGAGCTGTGGCAGTCCAGCTATTGATAAACGTACTAATAGATGATGCATCAGATATTTTGTGCGACATGAGCAAGCCAATAGCCAGGCCACCACATTCGAAGGACGTAGTTTGCACAAGTAGAATACAGCCTTTGCCAGCCTCAGTGGATGCGATATCAAAAGGGAGGAACTCGTTCAGCGGTCGGACTTGGATCTTTGATTGTCATTGCCATCTTCACCGCCTGGTATGTAGAAAAGAAGTAACGGCACATAAACAGGCAGAGCTAGCTGGTCTAACAGGGAGAATTTTAAATGTCTCTGGGTTTCAGGCGTTGGAGATGAAGAACGAAGTTGGTGAAGTCGAGAAGTACAAGGGAAGACCAGTTGTGAAAGGGTATGAGCAAAAAGCTCTTGGTTTCAGACCTTGGGGTTGGGAAGGGATGGGGAGCACGAAAGGAGTTGTCGTAAAAGGGAAGCCAGGTGATATGAAAGATGAAGATTGGAAGGCCTACCCAAAGTTTCTTGTCGATGGCAGGTTCGTGGAACTATTGATCATGAAATTTAGTGTAAGGAAGAACATGAATAATGATTTGGTTGGTTATAATGACAGTGATCGAGAAGGAAATATTGATGATTAA

Coding sequence (CDS)

ATGAACCCCAAAAGATTTCCTATGGAGCTGTCCGGCAAAGGTGGAACCAATCTTTTACGCAAATTGACAGCTTGGCCCAGCACAGCCGGCTTTGAAATCCCGGATGTTGATCTTGACGCAGCTATAGCACATTTCCATAAGAGTCCAGCTACAGTTTCAACACGGGTCGGCTGCTTTACCATGGCACATGCAACCTCAGCCTTGAGTGCTGTGATTTTAGATCCCTCGAAAACTATCCTCTTTGTAACGCCTTTAGCATGTATTCCCGAGTCTGATGTAGGAGTTGTAATCGGAAAATCCTTCGGTGGTGGCAAAACGGAGTCACCGATGAACTCTGGAAGTTCCGACGCCTTAGATCCACGAGCTGTGGCAGTCCAGCTATTGATAAACGTACTAATAGATGATGCATCAGATATTTTGTGCGACATGAGCAAGCCAATAGCCAGGCCACCACATTCGAAGGACGTAGTTTGCACAAGTAGAATACAGCCTTTGCCAGCCTCAGTGGATGCGATATCAAAAGGGAGGAACTCGTTCAGCGGTCGGACTTGGATCTTTGATTGTCATTGCCATCTTCACCGCCTGGTATGTAGAAAAGAAGTAACGGCACATAAACAGGCAGAGCTAGCTGGTCTAACAGGGAGAATTTTAAATGTCTCTGGGTTTCAGGCGTTGGAGATGAAGAACGAAGTTGGTGAAGTCGAGAAGTACAAGGGAAGACCAGTTGTGAAAGGGTATGAGCAAAAAGCTCTTGGTTTCAGACCTTGGGGTTGGGAAGGGATGGGGAGCACGAAAGGAGTTGTCGTAAAAGGGAAGCCAGGTGATATGAAAGATGAAGATTGGAAGGCCTACCCAAAGTTTCTTGTCGATGGCAGGTTCGTGGAACTATTGATCATGAAATTTAGTGTAAGGAAGAACATGAATAATGATTTGGTTGGTTATAATGACAGTGATCGAGAAGGAAATATTGATGATTAA

Protein sequence

MNPKRFPMELSGKGGTNLLRKLTAWPSTAGFEIPDVDLDAAIAHFHKSPATVSTRVGCFTMAHATSALSAVILDPSKTILFVTPLACIPESDVGVVIGKSFGGGKTESPMNSGSSDALDPRAVAVQLLINVLIDDASDILCDMSKPIARPPHSKDVVCTSRIQPLPASVDAISKGRNSFSGRTWIFDCHCHLHRLVCRKEVTAHKQAELAGLTGRILNVSGFQALEMKNEVGEVEKYKGRPVVKGYEQKALGFRPWGWEGMGSTKGVVVKGKPGDMKDEDWKAYPKFLVDGRFVELLIMKFSVRKNMNNDLVGYNDSDREGNIDD

Homology

[Close]

BLAST of Sgr030493 vs. NCBI nr
Match: KAG6573760.1 (hypothetical protein SDJN03_27647, partial [Cucurbita argyrosperma subsp. sororia])

HSP 1 Score: 67.4 bits (163), Expect = 2.6e-07
Identity = 37/59 (62.71%), Postives = 43/59 (72.88%), Query Frame = 0


Query: 122 AVAVQLLINVLIDDASDILCDMSKPIARPPHSKDVVCTSRIQPLPASVDAISKGRNSFS 181
           A+AVQ+L+N LID+AS IL DMSKPI  P H  DVV TSR+Q L  S DA+ KGRN  S
Sbjct: 52  AMAVQVLMNELIDEASVILWDMSKPIVMPLHWNDVVWTSRMQALAESEDAMEKGRNWLS 110

[Close]

BLAST of Sgr030493 vs. NCBI nr
Match: XP_038687281.1 (uncharacterized protein LOC119986689 [Tripterygium wilfordii])

HSP 1 Score: 65.5 bits (158), Expect = 9.9e-07
Identity = 50/159 (31.45%), Postives = 75/159 (47.17%), Query Frame = 0


Query: 4   KRFPMELSGKGGTNLLRKLTAWPSTAGFEIPDVD-LDAAIAHFHKSPATVSTRVGCFTMA 63
           K+FP E SG  GT L R  T + +   F I       A I H   +    STRVG  T+ 
Sbjct: 52  KKFPREFSGNCGTALRRIFTKFATKTDFWIHGFTFFHADIMHLTMNAEATSTRVGLGTIE 111

Query: 64  HATSALSAVILDPSKTILFVTPLACIPESDVGVVIGKSFGG----GKTESPMNSGS-SDA 123
            A  AL  + +DPS T LFVT +  + ++     + +S G     G  +  + SG+ + +
Sbjct: 112 LAALALRLLKIDPSNTNLFVTDMLFLYKTLAKAEVVRSSGNEWFWGNIDEALKSGARAPS 171

Query: 124 LDPRAVAVQLLINVLIDDASDILCDMSKPIARPPHSKDV 157
           ++ RA+  Q+ +N      S ILC+ + P   PP    V
Sbjct: 172 IESRAIVAQVFMNAQRAVPSKILCEATTPTTMPPQENRV 210

[Close]

BLAST of Sgr030493 vs. NCBI nr
Match: KAF5187365.1 (hypothetical protein FRX31_023047 [Thalictrum thalictroides])

HSP 1 Score: 60.8 bits (146), Expect = 2.4e-05
Identity = 45/113 (39.82%), Postives = 55/113 (48.67%), Query Frame = 0


Query: 42  IAHFHKSPATVSTRVGCFTMAHATSALSAVILDPSKTILFVTPLACIPESDVGVVIGKSF 101
           +AHFH S  T ST VG F+ A    ALSA IL  SK  L +T L  +P   +G  I    
Sbjct: 1   MAHFHMSAETTSTLVG-FSTAFKIIALSAAILAASKINLLLTTLCELPMGGIGDGISL-- 60

Query: 102 GGGKTESPMNSGSSDALDPRAVAVQLLINVLIDDASDILCDMSKPIARPPHSK 155
            GG  +  +N G    L P     QLL   LI++ S  LCD+  P   PP  K
Sbjct: 61  -GGNRDVMLNLGRDILLSPLEREAQLLRKTLIEEPSRSLCDIHTPTVIPPQEK 109

[Close]

BLAST of Sgr030493 vs. NCBI nr
Match: KAG6573761.1 (hypothetical protein SDJN03_27648, partial [Cucurbita argyrosperma subsp. sororia])

HSP 1 Score: 56.2 bits (134), Expect = 6.0e-04
Identity = 30/55 (54.55%), Postives = 33/55 (60.00%), Query Frame = 0


Query: 176 RNSFSGRTWIFDCHCHLHRLVCRKEVTAHKQAELAGLTGRILNVSGFQALEMKNE 231
           R    G TW+FDCH    RL  RKE   HKQAELA L  RI +V GF ALE K +
Sbjct: 11  RKLSGGGTWMFDCH---RRLESRKEGRVHKQAELADLRRRISDVFGFPALEKKED 62

[Close]

BLAST of Sgr030493 vs. ExPASy TrEMBL
Match: A0A7J6VT18 (Uncharacterized protein OS=Thalictrum thalictroides OX=46969 GN=FRX31_023047 PE=4 SV=1)

HSP 1 Score: 60.8 bits (146), Expect = 1.2e-05
Identity = 45/113 (39.82%), Postives = 55/113 (48.67%), Query Frame = 0


Query: 42  IAHFHKSPATVSTRVGCFTMAHATSALSAVILDPSKTILFVTPLACIPESDVGVVIGKSF 101
           +AHFH S  T ST VG F+ A    ALSA IL  SK  L +T L  +P   +G  I    
Sbjct: 1   MAHFHMSAETTSTLVG-FSTAFKIIALSAAILAASKINLLLTTLCELPMGGIGDGISL-- 60

Query: 102 GGGKTESPMNSGSSDALDPRAVAVQLLINVLIDDASDILCDMSKPIARPPHSK 155
            GG  +  +N G    L P     QLL   LI++ S  LCD+  P   PP  K
Sbjct: 61  -GGNRDVMLNLGRDILLSPLEREAQLLRKTLIEEPSRSLCDIHTPTVIPPQEK 109

The following BLAST results are available for this feature:

BLAST of Sgr030493 vs. NCBI nr


Match Name	E-value	Identity	Description
KAG6573760.1	2.6e-07	62.71	hypothetical protein SDJN03_27647, partial [Cucurbita argyrosperma subsp. sorori...	[more]
XP_038687281.1	9.9e-07	31.45	uncharacterized protein LOC119986689 [Tripterygium wilfordii]	[more]
KAF5187365.1	2.4e-05	39.82	hypothetical protein FRX31_023047 [Thalictrum thalictroides]	[more]
KAG6573761.1	6.0e-04	54.55	hypothetical protein SDJN03_27648, partial [Cucurbita argyrosperma subsp. sorori...	[more]

BLAST of Sgr030493 vs. NCBI nr


Match Name	E-value	Identity	Description

BLAST of Sgr030493 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description
A0A7J6VT18	1.2e-05	39.82	Uncharacterized protein OS=Thalictrum thalictroides OX=46969 GN=FRX31_023047 PE=...	[more]

BLAST of Sgr030493 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description

Relationships

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


Feature Name	Unique Name	Type
Sgr030493.1	Sgr030493.1	mRNA