Moc07g03160 (gene) Bitter gourd (OHB3-1) v2

Overview


Name	Moc07g03160
Type	gene
Organism	Momordica charantia cv. OHB3-1 (Bitter gourd (OHB3-1) v2)
Description	Unknown protein
Location	chr7: 2835810 .. 2844280 (-)
RNA-Seq Expression	Moc07g03160
Synteny	Moc07g03160

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.

ATGCAGAAGTGTTCTGCAGAAAAGTACGACAGAAAAGAAAAAAAGGAACTCCCAAGAATCAATCTCTTTCAGGTTCCCTCTCTGAATTCTCCCTCTCATTCCAAACGGTGCTCCCACAAGCACGATCCCAAGACCCAAGAGGATAGCAAGGAAGATTCGGTGGTGGTGTTCGAGGGGAAATTGTTGAAGAAAAGTTCTTCAAAGGTAAGGAAAAACTAGTTTTCCCCTGTATTTTCACTCTTAACACTTTTGATTTTGTTTCCCAAAAATCATGAACGATGGTCCGCTTCCGCTCCGAGATTCACATCCCATCATTATGATAATGAACGTAACAAATTGGAGCCAAAAGCTAGAAAGTGTGTCTTCCTTTGTTACTCTCCTACCCTTAAAGGCTATAAATGTTAGTGTCCAGCCACCAATAAATTTTTCACTACCATAGATGCCACATTTTTTTAGTTTCAATCTTTTTTCTCCCCAAATTCCCCTCTAGGGGAGACTGAGCCTATTGCAAGTAATCTTAATGGAAATTTTTGGGAAATTGATGATCTAAATACCAGGATTGAGTCCCCTCAGTAAAAAATACCTAAGATTGACGGTCTAACTACCGAGTCCCCTCAGCCAAAAATCCCTATCCTGGTCGTCCTTATTACTTAGACAGAATAGCTAGTTCAAAGGGAGACTGAGCCTATTGCAAGTAATCTTGATGGAAATTTTTGGGAGATTGATGATCTAAATACTAGGATTGAGTCCCCTTAGTAAAAATACATGAGATTGAAGGTCTAAATATTGAGTCTCCTCAACCAAAAAGACCTATCCCGATCATCCCAATTACTCAAACAGAAGAACCAGTCCTACTATTTCCTATAATAATCAGGATGATCAAGCCAACCCAAATCGAAATGACAAGCAACTTGAGACTTTTGTTTATTCTCGGCGACAAACGATTCAAAGAGGAGTGGAGCCACCACAGCCTCAATAGCAAAGTCATGAATCCATCTCGTCATTAGGTATTGAACAATTGACCCTTGGGCCTCAAGATAATACTAATGATCTTGATCTCCCTATTTGCACTTAGGAAGGGTGTGAGATCGTGTACTCAGCATCCAATTGCTCAATGTGTTGGTTATAGTCATTTATCTTTAGCAGTTCATACCTTGGCTCTCAATCTAGAAGCCAATGTGGTACCAAAATTTATTCAAGAGGCTATGACTGATCCACGATGGAAATATGCGGTAGATGATAAAATGAAAGCTTTAAAGCTTAATGCTACATCGACGGTAGTTGATCGTCCTCAAAATAAACCAACGGTAAGATTCTGATGGATCTTTACTGTCAAATATAAGGTTGATGGGACCATTGAAAGGTATAAAGCAAGGATTGGTGGCCAAATGATACTCTCAGACTTTTGACGTAGACTATCGGGAGACATTTGTACCCATTGCAAAAACTAAACACAATTTGTGTCCTCTTGTCCCTTGCTGTAAATTTGGATTGGAAACTACAATAACTGGATGTCAAGAATGCATTCCTCAATGGGGATTTGGGAAAAGAGGTGTACATGAACCTTCCCCTAGATTTGACATTAATAAGTATGTTGGAAAGGTGTAAAGCTGAAGAAATCTCTCTATGGTTTAAAACAATCCTCACGTGCGTGGTCGAGCGATTTTCAAAGGCTGTTTGTAAACAAGAGTATACCCAAGCTTAAAACAACAATACAATGTTCTACAGGCACTCTCAAGGTAAGATCGCCATCCTCATTGTTTATGTCGATGATATTATCATAACATGTGACCATCATGAAGAAATAGAGAGACTAAAACAGGCACTTGGAAAGGGTTCGAAATAAAGGACCTTGAGGCACTTCCGTATTTTCTTGGGATAGAAGTCGCAAGGAGCAAAACTGGTATATCTGTGTGTGTATATATATATATATGTATATATATATATACACTAAACCTCTTGAAGGAAACCAGAATGCTTGGATGTAAACCATCTGATACTCCAATAAGTCTCAATCATAAGTTAGGAGAGAGTATAGATAGGATATCGGTTGATAAAGGGAGATATCAACACGTCTTGTTGGAAGATTAATCTATTTATCCCATACTAGACCAGATATTGCATTTGTAGTTAGTATTGTAAGTCAATACATGCATGCTCCTACTGAAGAACACATGAAAGATGTGTATCACATTCTTAGATATCTTAAAGGAACTCCAGGACTTGGATTATTTTATAGAAAGGACGATGACAGAAAGATTAAGGCATTTACAGATGCATATTGGGCAAGTTCTGTTCAAGATAGGAGATCAACCACATGATATTGTACCTTCATATGAGGTAATCTTGTTACATGGATGAGTAAGAAACAATCAGTTGTAGCAAGAAGTAGTGCTGAGACTAAATTCAAGGCATTATCTCATGGTATTTGTGAGATAATATGGTTGAAGCTCCTTCCCCAAAAACTCAATATCAGGTTTAATGGAAGTCTATTGTGACAATAAGACTGCAATGCTATTGCACACAATCCAGTGCATCATGATCGTACTAAGCATGTTGAGGTTGAGAAGCATTTCATCATGGAGAAGATTGAAGAGAAAATTATAAATCTCATGTATGTGTTGCACTGCATATATCCTAACAAAAGGATTATTGAGGCCCATGTTTGAACAATTATTGGTCAAGCTAAAATTGTTCAATCTGTATAGTTTAGCTTAAGGAGAAGTGTCGAATTAGTTAGAAGTTTAGATTGTGTGAGCTTAGTTAGAAGTTGTTTAGGCTATTTGTTTAAATTTAGCAAATAAATCTCATTTTTTGTTAGAGAAATTAGGAGTTTATTCCTAGATTTTGTTTCCTCGTGTAACCTATATATATTGTCTTTATTCCTCATCATTGATCATCAATTTAAAAAAAAAAAATTATTTCTTCTCTCTACTTGTGTATGTCTCTCTAATGTTTTTATCCTTAGTTTTTAATTATTCATATTCCAAAAAATCATTGGAAGATGTTCTACATAATACAATCACAATCACACTCATTTGGATTAGTAGAGGTAAAGATGCTTTTGAAGTAAAGAAATAAGTTCATGTTAAATTTCAGCCTCATTTTTTGGTTACCTACCATCTTTTGTCTAGATCTTTCTAATTTCATTTTTGTTCCGTCTTGTTGAGGCTTATTTATGCAACAATTTGATATTATGATCTCTCCATTTTAGTCAGTCTTCTCTAGATCTCTATTTCCAATAAATCTCTACTTTCTTTAGTAAAATATCTAGCTGAGTCTCTAAAGCATGGATCACTTGACAATCTAGAGGAAAATTTTTGTTATACTCTTATGCAAACACCCGTTCAACTCCTTTATCTTAGAGAAAAGCTATCTGGATAGTTTTTTTCCCAGTTTTGCTGGCCTGATTCACATGCTTTTAAATTAATAGCAAATCTTTTCCTTCAGCTCAATCGAACTCCACTTACTTAGAAGATATAATTTTAGCACAATCTAGATTCTTTATCCAAATTTCTTCAAAACGATACTGATGCTTTTTTATTCTTCTACTGCTCCCTTTGGAATTGAGGATCTAAAACCAACGCAATCACCCTGTGGTCGTATCTAGACTAATTCAAGTGTCTTTAAGTTGATCTTTTGAAATATGGTGTAGAAAGCCTCGTTGTATAGGAACATGAAGATCCTTCATTCTTTTATTATTGCACCAAGTAAACACCTCCCTTTCAGACTTGATCTCCATAAGGTTGCAAGCGCCCAAGACTTCTCTAAAGTCAGAGATGGAAGAGTCACGTTTGTAGGCCCCACCCCCTTTTTCATGGTCCCACAAAATTTCATTTAAATCTCCCCCAACAAGCCAAGTAGATTCGTCATCATTATAGATTCTTTTCAAAAAAATTCATGTGATCTTTCTTTTTCTAGCTATTAGATGTCCGTAAAAACTAGTGAACCTCTAGCTAATCTCACTCCAATTGGTTTCTGCATCGATGTGATTGGACGAAAAGGACTGAATATTAACAATAACTTCAGGCTTCCAAAGAAGACACAATCTGCCACTCAACCTACAACTTGGAACCATAAACAACCAGAGAAATGAAGGGTCATTCTCAATCTATTAGTTAAAAGCTCATTATACTATGTTTTCATTAAAAACAAAATCTCGAATTTTGGTTACATAGGAAGTTAGAAGTGGGCCGGAATGTATTCTAGTTCTCCAACCCTTGACATTCCAACATAGTATTTTCATGGCTCCCTGTAGGACTGACACACAACCTCTGTCGATAGTATTCCTGTCATTGATCTTGAAGCAAACTCCAACCCATCTAACTTCGCTTCTTTTCCACTGGGTCTCCTATGTTGTTTGGATTCTCAAGCTTTCTCTTTGTCTCAATCTTGTGGCCCAGTCTTGCCTTCTTCCTCCACGTTTGTAAGTCGTTACATTCCTTTTTTCTCCTTATGGACCTACTTTAGTTGAATTGTCAACCGCAACCTTTTCCTTGCCGTTCTCGCAAACAATGGTGTCTGCTTTTGACTTCTTTTTTTTAGGAAATGAAATATGATCTCAATGCAAGAATCCTTTTGAATTAAATGCCCCGCTAAATCTGACTGGTCATTCAATTGAGATTTATTCGAGTTTTACAGATTATCGAACATTCCTTTTACAGCCTTGTCAATTTTGGAAATCCCCCTCAATTTTCACTCCTAATTGCCCCAATCATGGCTCCTTTATAAATTCCACTCCTCCTGATGTATCACTCTTCTTTGTCACCTTCTTCGACGTATGTTGCTTCTCCACCTTGTTTAATCCTCTATGTCCAAATTTCTGTGCTCCTAGGAAACGAAACCACAATCCATACTGGAATCTTAGACTGTGATTTTCCTCCGAAGTGGCAAACATCTTCGCATTCCTTCATTGTATGTCCCACTTTGTCACAGAAGTAGCAAAAGTCTAGCAGTCTCTCCTACTTTACAAGGAGCAGTAGAGTCATAGAATTCAAGGGTTGAATTCGGCTTACCTTAGGGTTAAGCTGCATAGCCTATTTATAATAGTTTGAAGAGTTTAGAGCCTTTTAGGTTAGCCTAGATAACCGTCGTCGGCTCGGCGACTCGGCCTGGCTCGGTTTGGCCGGCCATCTCGTCGATTCTCTTCTGTTCCCTTGGTTGGTTTGTTTGTTGTTTTCCTTCCTATAACATTAGCCTCCACTCTCAAAATAGAAAACACGTGACTACATTAGGATTTTTGTTTGAGAGTATCTGTCGCTTTGTTGCTACCACGAGATCATTTTATAGCATAGTCTATATGCATATTAGTGGCTAACTACGCCAAGGTCTCTAACCCACAGAGCTTTTACCAAAGGCTTTTTGGATCCAGTTTTGGATTTTTAAAGGCTTGGTTTTTGCCATTGGTTTTGTACCTTGAGCTTGTCGATATTACTTCATAAATTAGAGTTTTCTCCAATTTTCGTTGATCACAATCAAGTCTCCTGAGCCTGGTTTTACCATTCCCTCTTGGCCTTGGATTCTAACTTTAGCAGAACTGGCATCGATATTTTCGGATTTCTAACTTGTTTGGCTTTTCGTGCCAAATAGTTTTATATCCTGTATTTTCATGTTTTAGTTTTGACTGCGCTAGCCTTTCCAAAACCTTCTAAATGAGTCCTAGATGATTGTTATGAAGGCCCAATGATTCTAGACAACAGAAGAGAGAGAATGTCGGGTTCGGTACCAAGCAAAGGTATTTGATTGGTTGGCATAGGAACTGGGCGGAAGAGATCGAGTGGCGTCCTGACCCAAAGACCAAGACAAGAAGCCGACACCAAGCACAGCGCCTCGGTGTCGAGCAGGCCTCAACGCCAAGGTCGGGTCGGGCGTTGAGTGGGCTGGCCCAGAACCATGGGCTAACCCCGGTGGTAGTAGTTTCGGGGCTCTTCCTTCTTCTTCTTAGTCTGATTCTCATTCGTTGTTTGGACCGTATTGCTTCTTATAACAATAGCCCACACTCTTAACATAGAAGATAAAATGTGAGGTGTTTTATATTGAGAGTACTTTGTCGATTGAATGTTCCATGAATGACTGTATTGCGAATTAGTCCCCCTTATTCTCTTGTCATCTATTGATTGTCATCCCACGGGCTGATTTTCTTAGCCCCCACACCCTTTTGTCTAATTGGCTGTAGTCAAGTCCCTCAGGCTTACTGTACAGTTAGTTTTAACTGTTTAGGTTTTTGCCTTGGGATCTAACTTTTAGCTGGGCTAGCTGTATCACCCTTAAGTTTCTAACCTGTTTGGGTTTTACCCATGGTTTTATACTTTAGAGTTTACTCTTGAGCTTCCAACCTATCGGCTTTCGCCAACGATTTTATACCCTGAGTCCAGTCGATACCCTTCAATCTTTGTCGGTTGTTGTTTCATGGGCTGGTCTTCCTAGCTCCATACTATTTTGACATAGTTGGCTGCAATCAGGTCTCATGGGCTCTACTATACAGTTAGTTTTAACCGTTAGATTTTAGCCTTGGATATAACTTTTAGTTGAGCTAGTGATACCACCCTTGGGTTTATAACCTGTTTGGTTATTGCCCATGGTTTTATACCTCAGGGTTTGCTCTTAGGTTTCTAACCTATTTGGCTTTCGCTAATGGTTTGGAACCCTTGGGTTTCTAACCTATTTGGCTTCTGCCAGTTTTTTACCTTATGTTTAATCAACACCCTTGGGTTTCAAACCTACTTTGGCTTTTGCCAAATGGTTTTATACCTGGGTTTCCTTGATTGGTTTGGCTTGCCTGGTTTCTGTTTCAACTTTGCTGGGCCTGTACGCATACCTTTTTCAGCACCTTTGGGATTCTTTTCCTTAGTTTTGCCTGTATGCATGCCTTTTTCAGCACCTTTGGGATTATTTTCCCTAGTTTCACTGACTGGCTTCTAGCTTATCAGCCTGCTTCTAGGCTTGTCCCAGTTCGAATTCCTTGACCATTGTTACTCACATGGCCCCCACTTGATGAGGTTTTGTTTAAGGTGTCAAATGAAAAACTTTCTCAAGTACTTCAAGCATTGTCGTTCTCTCTTATGTCACTTTCTTCTGTCTACTCGTGTCGACTAAGTGACTTCTCCTTGCCAAGCATAAATATTTGGAAACCGGGTTGGCTTTCCAGGCAGTTCCTGTACTACGTGCTGCTGACTTTTGCTGTCGTGTAGTTATTGGATGTCGTCAGCGGAAGAGACCTAGTCGGTAGAAGATGTCTGGTCGGCGGAATTGGTCTGGTTAATAGAATAAGCCTAGTCCATGGAAGACACCTGGTCGACAACAGAGACCTGGTTGGCAGAAGGCATCTGGTCGGTAGAAACTGGCTCGGCCGAGCCTGGTCATGCCTTGGATCCGGTCGTGCCCTAGAGTCTGGTCATGACCAATTATATAGTTCGCTTGTCAGGTCTTTGTAGTAGCTTTGTCCTTTTACAGACCTCGGATAGGCGTAGGTTGCCTTTTTCTTTTGTTCCCCAAGTTTTTCAAAATGAGGGTTGTGTTCTTGACACACTTCCTTGACTTTTCACAGCAGTCAGTTTGTCTTTTAGATGCCTTAGAACTTCATCAAGTTGCTTTATTCATTATGAGATTTGTTGATCGTTTCTCTCGAAACCTATTGTAGAATCCATCGATTTGCCTCATCCAAGATCTGTCTTGAAACTTGTCGATTTGCTTGCTCTGGGTCCTGCCCCAGAGCTTGTATACTTGCTTTACCCTAAACCTTATCGGGTCTGAGCAGTCATTCCCTTCTTTTTCTTCTGATGGGTTGACTTATCTTATTCAAGATTTGTCCTGGAATTTGTTGATTCGTTCGTTCTAGGTCCTGCCCTAGAACTCGTCGATTTGATTTTCCCTCGACTATCTCAGGAAAAGGTAGCTCGCATAATCCATGTCGATTTGTTTATCCTAAGATCTCCTCGGATCTGAGGTGTTCTGGGTTAATTCGTTACTCTTCGGACGTTTAAACGGATAGATCTCACGTCCTCAGCTTGTTCTCCTCTACCGATGGTGGTCGGATTTAGTCAATGACCAGGGCTCGGATTTGCTCCGTCGAGTGGTCGGTAGCCTCGTTTGGGCTTTTCCTTTCGAAACATTGTCGTTTCCACTAGGAGTTGCGTCGACTTGCTCCATGTTACCCTCCTCGGATTAGGATCTCGTCTCGGCTCCTTCATCGGATTAGGATTTCATCTCGGCTCCCTCCTTGGATTGGGATCTCGTTTCGGCTCCCTACTCGGATTGGAATTTCGTCTCGGCTCCCTCCTCGGTTTGAGATTTCGTCTCGGCTCCTTCCTCAGATTAGGATGTCGTCTCAGCTCCCTCCTCGGATTGGGATGTCTTCTCGGCTCCTTCCTTGGATTCAGATTTTGTCTCGGCTAAGTTTGCTCGAACTGCATCGTCTTCATAGACGATGCCAATTGTTGATGCGTGGATTCTGCTCTCCCGGTTCCTCCTGA

mRNA sequence

ATGCAGAAGTGTTCTGCAGAAAAGTACGACAGAAAAGAAAAAAAGGAACTCCCAAGAATCAATCTCTTTCAGGTTCCCTCTCTGAATTCTCCCTCTCATTCCAAACGGTGCTCCCACAAGCACGATCCCAAGACCCAAGAGGATAGCAAGGAAGATTCGGTGGTGGTGTTCGAGGGGAAATTGTTGAAGAAAAGTTCTTCAAAGAAAGCCTCGTTGTATAGGAACATGAAGATCCTTCATTCTTTTATTATTGCACCAAGTAAACACCTCCCTTTCAGACTTGATCTCCATAAGGTTGCAAGCGCCCAAGACTTCTCTAAAGTCAGAGATGGAAGAGTCACGACTGACACACAACCTCTGTCGATAGTATTCCTGTCATTGATCTTGAAGCAAACTCCAACCCATCTAACTTCGCTTCTTTTCCACTGGGTCTCCTATGTTGTTTGGATTCTCAAGCTTTCTCTTTGTCTCAATCTTGTGGCCCAGTCTTGCCTTCTTCCTCCACGTTTGCCCAATGATTCTAGACAACAGAAGAGAGAGAATGTCGGGTTCGGTACCAAGCAAAGGTATTTGATTGGTTGGCATAGGAACTGGGCGGAAGAGATCGAGTGGCGTCCTGACCCAAAGACCAAGACAAGAAGCCGACACCAAGCACAGCGCCTCGGTGTCGAGCAGGCCTCAACGCCAAGGTCGGGTCGGGCGTTGAGTGGGCTGGCCCAGAACCATGGGCTAACCCCGGTGGTAGTAGTTTCGGGGCTCTTCCTTCTTCTTCTTAGGTTTGCTCTTAGCACCTTTGGGATTATTTTCCCTAGTTTCACTGACTGGCTTCTAGCTTATCAGCCTGCTTCTAGGCTTTTATTGGATGTCGTCAGCGGAAGAGACCTAGTCGGTAGAAGATGTCTGGTCGGCGGAATTGGTCTGGTTAATAGAATAAGCCTAGTCCATGGAAGACACCTGGTCGACAACAGAGACCTGGTTGGCAGAAGGCATCTGGTCGGTAGAAACTGGCTCGGCCGAGCCTGGTCATGCCTTGGATCCGGTCGTGCCCTAGAGTCTGGTCATGACCAATTATATAGTTCGCTTGTCAGATTTGTCCTGGAATTTGTTGATTCGTTCGTTCTAGGTCCTGCCCTAGAACTCGTCGATTTGATTTTCCCTCGACTATCTCAGGAAAAGGAGTTGCGTCGACTTGCTCCATGTTACCCTCCTCGGATTAGGATCTCGTCTCGGCTCCTTCATCGGATTAGGATTTCATCTCGGCTCCCTCCTTGGATTGGGATCTCGTTTCGGCTCCCTACTCGGATTGGAATTTCGTCTCGGCTCCCTCCTCGGTTTGAGATTTCGTCTCGGCTCCTTCCTCAGATTAGGATGTCGTCTCAGCTCCCTCCTCGGATTGGGATGTCTTCTCGGCTCCTTCCTTGGATTCAGATTTTGTCTCGGCTAAGTTTGCTCGAACTGCATCGTCTTCATAGACGATGCCAATTGTTGATGCGTGGATTCTGCTCTCCCGGTTCCTCCTGA

Coding sequence (CDS)

ATGCAGAAGTGTTCTGCAGAAAAGTACGACAGAAAAGAAAAAAAGGAACTCCCAAGAATCAATCTCTTTCAGGTTCCCTCTCTGAATTCTCCCTCTCATTCCAAACGGTGCTCCCACAAGCACGATCCCAAGACCCAAGAGGATAGCAAGGAAGATTCGGTGGTGGTGTTCGAGGGGAAATTGTTGAAGAAAAGTTCTTCAAAGAAAGCCTCGTTGTATAGGAACATGAAGATCCTTCATTCTTTTATTATTGCACCAAGTAAACACCTCCCTTTCAGACTTGATCTCCATAAGGTTGCAAGCGCCCAAGACTTCTCTAAAGTCAGAGATGGAAGAGTCACGACTGACACACAACCTCTGTCGATAGTATTCCTGTCATTGATCTTGAAGCAAACTCCAACCCATCTAACTTCGCTTCTTTTCCACTGGGTCTCCTATGTTGTTTGGATTCTCAAGCTTTCTCTTTGTCTCAATCTTGTGGCCCAGTCTTGCCTTCTTCCTCCACGTTTGCCCAATGATTCTAGACAACAGAAGAGAGAGAATGTCGGGTTCGGTACCAAGCAAAGGTATTTGATTGGTTGGCATAGGAACTGGGCGGAAGAGATCGAGTGGCGTCCTGACCCAAAGACCAAGACAAGAAGCCGACACCAAGCACAGCGCCTCGGTGTCGAGCAGGCCTCAACGCCAAGGTCGGGTCGGGCGTTGAGTGGGCTGGCCCAGAACCATGGGCTAACCCCGGTGGTAGTAGTTTCGGGGCTCTTCCTTCTTCTTCTTAGGTTTGCTCTTAGCACCTTTGGGATTATTTTCCCTAGTTTCACTGACTGGCTTCTAGCTTATCAGCCTGCTTCTAGGCTTTTATTGGATGTCGTCAGCGGAAGAGACCTAGTCGGTAGAAGATGTCTGGTCGGCGGAATTGGTCTGGTTAATAGAATAAGCCTAGTCCATGGAAGACACCTGGTCGACAACAGAGACCTGGTTGGCAGAAGGCATCTGGTCGGTAGAAACTGGCTCGGCCGAGCCTGGTCATGCCTTGGATCCGGTCGTGCCCTAGAGTCTGGTCATGACCAATTATATAGTTCGCTTGTCAGATTTGTCCTGGAATTTGTTGATTCGTTCGTTCTAGGTCCTGCCCTAGAACTCGTCGATTTGATTTTCCCTCGACTATCTCAGGAAAAGGAGTTGCGTCGACTTGCTCCATGTTACCCTCCTCGGATTAGGATCTCGTCTCGGCTCCTTCATCGGATTAGGATTTCATCTCGGCTCCCTCCTTGGATTGGGATCTCGTTTCGGCTCCCTACTCGGATTGGAATTTCGTCTCGGCTCCCTCCTCGGTTTGAGATTTCGTCTCGGCTCCTTCCTCAGATTAGGATGTCGTCTCAGCTCCCTCCTCGGATTGGGATGTCTTCTCGGCTCCTTCCTTGGATTCAGATTTTGTCTCGGCTAAGTTTGCTCGAACTGCATCGTCTTCATAGACGATGCCAATTGTTGATGCGTGGATTCTGCTCTCCCGGTTCCTCCTGA

Protein sequence

MQKCSAEKYDRKEKKELPRINLFQVPSLNSPSHSKRCSHKHDPKTQEDSKEDSVVVFEGKLLKKSSSKKASLYRNMKILHSFIIAPSKHLPFRLDLHKVASAQDFSKVRDGRVTTDTQPLSIVFLSLILKQTPTHLTSLLFHWVSYVVWILKLSLCLNLVAQSCLLPPRLPNDSRQQKRENVGFGTKQRYLIGWHRNWAEEIEWRPDPKTKTRSRHQAQRLGVEQASTPRSGRALSGLAQNHGLTPVVVVSGLFLLLLRFALSTFGIIFPSFTDWLLAYQPASRLLLDVVSGRDLVGRRCLVGGIGLVNRISLVHGRHLVDNRDLVGRRHLVGRNWLGRAWSCLGSGRALESGHDQLYSSLVRFVLEFVDSFVLGPALELVDLIFPRLSQEKELRRLAPCYPPRIRISSRLLHRIRISSRLPPWIGISFRLPTRIGISSRLPPRFEISSRLLPQIRMSSQLPPRIGMSSRLLPWIQILSRLSLLELHRLHRRCQLLMRGFCSPGSS

Homology

[Close]

BLAST of Moc07g03160 vs. ExPASy TrEMBL
Match: A0A7M5VC35 (Uncharacterized protein OS=Clytia hemisphaerica OX=252671 PE=4 SV=1)

HSP 1 Score: 55.5 bits (132), Expect = 7.7e-04
Identity = 24/72 (33.33%), Postives = 46/72 (63.89%), Query Frame = 0


Query: 402 PPRIRISSRLLHRIRISSRLPPWIGISFRLPTRIGISSRLPPRFEISSRLLPQIRMSSQL 461
           PP + ++S+L   + + ++LPP + +  +LP  + + S+LPP  ++ S+L P + + SQL
Sbjct: 148 PPSVDVASQLPAALDVQTQLPPTLNVQSQLPPALNVQSQLPPALDVQSQLPPALDVQSQL 207

Query: 462 PPRIGMSSRLLP 474
           PP + + S+ LP
Sbjct: 208 PPSVDVQSQSLP 219

The following BLAST results are available for this feature:

BLAST of Moc07g03160 vs.


Match Name	E-value	Identity	Description

BLAST of Moc07g03160 vs.


Match Name	E-value	Identity	Description

BLAST of Moc07g03160 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description
A0A7M5VC35	7.7e-04	33.33	Uncharacterized protein OS=Clytia hemisphaerica OX=252671 PE=4 SV=1	[more]

BLAST of Moc07g03160 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description

InterPro

Analysis Name: InterPro Annotations of Bitter gourd (OHB3-1) v2
Date Performed: 2022-08-01


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 1..51
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 1..19
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 205..229

Relationships

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


Feature Name	Unique Name	Type
Moc07g03160.1	Moc07g03160.1	mRNA