ASPNIDRAFT_191976-T1, ASPNIDRAFT_191976-T1 (mRNA) Aspergillus niger ATCC 1015

Overview


Name	ASPNIDRAFT_191976-T1
Unique Name	ASPNIDRAFT_191976-T1
Type	mRNA
Organism	Aspergillus niger ATCC 1015

Sequences

The following sequences are available for this feature:

mRNA from alignment at ACJE01000003.1:923523..925383+
coding sequence from alignment at ACJE01000003.1:923523..925383+

mRNA from alignment at ACJE01000003.1:923523..925383+

Legend: polypeptideexonCDS

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

>ASPNIDRAFT_191976-T1 ID=ASPNIDRAFT_191976-T1|Name=ASPNIDRAFT_191976-T1|organism=Aspergillus niger ATCC 1015|type=mRNA|length=1861bp|location=Sequence derived from alignment at ACJE01000003.1:923523..925383+ (Aspergillus niger ATCC 1015)
ATGAGTTCCATGTTGGAAGGGATCCATGAGCGCTTGCTTGTGAAAAGTGT
GGACCAGAATGGTAACATCCGACCTGTGGGAGTTCTTGATAATGATTCGA
TCCGACCAACACCAACTAGAGACCGGAAGTGGACGCGTCTAACGTACTTC
TTCTTCTGGTTCTCTGCCACTGCCAATGTGAGCAACTTGTACGCTTCAAG
CACGGGCGTATCCATGGGATTGACTATGTGGGAGGCCATTGCCTGCTCGT
TTGCCGGCCAGTTCCTCGCAGGGTGCCTGATGGCACTCAATGGGCGTGCT
GGTGCTGTGTACCGAATCCCATTCCCAGTCTTGTGTCGATCTAGCTTTGG
TCCTTGGGGAGCCTTCTGGCCAACTTTTAATCGAGCGGCAATGAGTATAG
TCTGGAACGGCGTCAATGTTACGCAAGGAGCTCAGTGTCTATAGTAAGTA
TTACGACTTTTTCCAATGCACATGACTGACATTGACCCAGTGTTTTCCTG
CATGCGATCTTCCCATCAATTGCTCGCATCCCCGACAAGATGGGGCCAAA
GTCAGCGTTGTCCTCTGCCCAGATGATATGCTTTCTCGTCTACTGGTAAG
TGCCGAGTCCACTCGAGAGCTATGGGACGCTAATAGGTTACAGGCTTATC
AACTGCGCATTCCTTGTGGTTCCTGTGCCGAAAATGAAGAAGCTAATCTA
TATCAAAGTAGTTGTCTACTATGGTGGCGCTTTTGCGATGTTAGCCTGGG
TAGTACGCCAGGCTGGAGGTAACCCTCCCGCCCTGCACGAAGCTTCGGCC
ATCCATGGAAGGGCCAAGAGCTGGCTTATATGCAAGTTTCTGTTCCTGGG
ACTGGCCAGCTGCGGGACCTTCATTTCCAATGCCGCGGACCTTCAGCGAT
ACGCAAGGAAGCCTAACGACGTAATCCTAGCACAGCTCATCAGCTTTCCG
CTCTCTGGGTTGTTAGTGGCCGTCATCGGCAATATCATTGCTGGGTGTAG
CAGAAGTATATTTGGGGAGGTACGTGTCACAATTCCTAATGCCTCTGCAT
ATAGGCCATATACTAAGGAAAGCAGCTGATATGGAATCCCCTGACCTTCT
TGGACAAACTGATGGAGGGAGAAAGATACACGCCGGGAAACCGGGCTGCT
TGTGCGTTCATTTCATTGGCATTTGTGTACTCAACTGTCTTTTCCGCTAT
TTTCGAGAACTCGATTCCGTAAGTATCCTGGAGCTCTGATGCAGTATCTT
TGACTGATTATTCTTGCTATTATGCAGTGCTGGAAATGACATTGCAGCTT
TACTGCCTCGCTACATAACCGTTAAGCGTGGCTTCTTCATTTGTGCTAGT
GAGTATCGACCCATTAAGTCAAGTCTTGCGGTCACTAATATCATCTAGTT
CTCTCCTACGCTATCTGTCCATGGTACCTCCTTGCCACAGCGGCCGTATT
CATCAACTTTCTCTCTTCCTATCAAATATTTCTCTCTGCTATAGCTGGAG
TTCTGATATGCGACTACTACCTGATTCGAAGAGGATGGCTCGACATTCCG
GCTTTATATACATCGCGCACCGATGGCGTGTACTATTTCTTTCACGGATT
CAATTTACGCGGATTCGGTGCCTATCTTGTAGCAGTTGCGCCGAACTTCT
ATGGTTTTTTGCACGAGATGGGCGTCAAGGCACCTTTGGGAATACAGCGG
TTTTACTTTGTCGCGTACCCTGTCGGCCTTCTCATTGCATTCGGGGTGTA
TTATCTCGCATGTCTGGCGTGGCCTCCCGCCAAAATGGAAAAGACAAGCG
GGTGGAAGGAGCCCAAGGAGTACTGGGACGAATTCGATCCTGATCGAATG
GACGGGGTTGA

Coding sequence (CDS) from alignment at ACJE01000003.1:923523..925383+

>ASPNIDRAFT_191976-T1 ID=ASPNIDRAFT_191976-T1|Name=ASPNIDRAFT_191976-T1|organism=Aspergillus niger ATCC 1015|type=CDS|length=9600bp|location=Sequence derived from alignment at ACJE01000003.1:923523..925383+ (Aspergillus niger ATCC 1015)
ATGAGTTCCATGTTGGAAGGGATCCATGAGCGCTTGCTTGTGAAAAGTGT
GGACCAGAATGGTAACATCCGACCTGTGGGAGTTCTTGATAATGATTCGA
TCCGACCAACACCAACTAGAGACCGGAAGTGGACGCGTCTAACGTACTTC
TTCTTCTGGTTCTCTGCCACTGCCAATGTGAGCAACTTGTACGCTTCAAG
CACGGGCGTATCCATGGGATTGACTATGTGGGAGGCCATTGCCTGCTCGT
TTGCCGGCCAGTTCCTCGCAGGGTGCCTGATGGCACTCAATGGGCGTGCT
GGTGCTGTGTACCGAATCCCATTCCCAGTCTTGTGTCGATCTAGCTTTGG
TCCTTGGGGAGCCTTCTGGCCAACTTTTAATCGAGCGGCAATGAGTATAG
TCTGGAACGGCGTCAATGTTACGCAAGGAGCTCAGTGTCTATATGTTTTC
CTGCATGCGATCTTCCCATCAATTGCTCGCATCCCCGACAAGATGGGGCC
AAAGTCAGCGTTGTCCTCTGCCCAGATGATATGCTTTCTCGTCTACTGGC
TTATCAACTGCGCATTCCTTGTGGTTCCTGTGCCGAAAATGAAGAAGCTA
ATCTATATCAAAGTAGTTGTCTACTATGGTGGCGCTTTTGCGATGTTAGC
CTGGGTAGTACGCCAGGCTGGAGGTAACCCTCCCGCCCTGCACGAAGCTT
CGGCCATCCATGGAAGGGCCAAGAGCTGGCTTATATGCAAGTTTCTGTTC
CTGGGACTGGCCAGCTGCGGGACCTTCATTTCCAATGCCGCGGACCTTCA
GCGATACGCAAGGAAGCCTAACGACGTAATCCTAGCACAGCTCATCAGCT
TTCCGCTCTCTGGGTTGTTAGTGGCCGTCATCGGCAATATCATTGCTGGG
TGTAGCAGAAGTATATTTGGGGAGCTGATATGGAATCCCCTGACCTTCTT
GGACAAACTGATGGAGGGAGAAAGATACACGCCGGGAAACCGGGCTGCTT
GTGCGTTCATTTCATTGGCATTTGTGTACTCAACTGTCTTTTCCGCTATT
TTCGAGAACTCGATTCCTGCTGGAAATGACATTGCAGCTTTACTGCCTCG
CTACATAACCGTTAAGCGTGGCTTCTTCATTTGTGCTATTCTCTCCTACG
CTATCTGTCCATGGTACCTCCTTGCCACAGCGGCCGTATTCATCAACTTT
CTCTCTTCCTATCAAATATTTCTCTCTGCTATAGCTGGAGTTCTGATATG
CGACTACTACCTGATTCGAAGAGGATGGCTCGACATTCCGGCTTTATATA
CATCGCGCACCGATGGCGTGTACTATTTCTTTCACGGATTCAATTTACGC
GGATTCGGTGCCTATCTTGTAGCAGTTGCGCCGAACTTCTATGGTTTTTT
GCACGAGATGGGCGTCAAGGCACCTTTGGGAATACAGCGGTTTTACTTTG
TCGCGTACCCTGTCGGCCTTCTCATTGCATTCGGGGTGTATTATCTCGCA
TGTCTGGCGTGGCCTCCCGCCAAAATGGAAAAGACAAGCGGGTGGAAGGA
GCCCAAGGAGTACTGGGACGAATTCGATCCTGATCGAATGGACGGGGTTG
ATGAGTTCCATGTTGGAAGGGATCCATGAGCGCTTGCTTGTGAAAAGTGT
GGACCAGAATGGTAACATCCGACCTGTGGGAGTTCTTGATAATGATTCGA
TCCGACCAACACCAACTAGAGACCGGAAGTGGACGCGTCTAACGTACTTC
TTCTTCTGGTTCTCTGCCACTGCCAATGTGAGCAACTTGTACGCTTCAAG
CACGGGCGTATCCATGGGATTGACTATGTGGGAGGCCATTGCCTGCTCGT
TTGCCGGCCAGTTCCTCGCAGGGTGCCTGATGGCACTCAATGGGCGTGCT
GGTGCTGTGTACCGAATCCCATTCCCAGTCTTGTGTCGATCTAGCTTTGG
TCCTTGGGGAGCCTTCTGGCCAACTTTTAATCGAGCGGCAATGAGTATAG
TCTGGAACGGCGTCAATGTTACGCAAGGAGCTCAGTGTCTATATGTTTTC
CTGCATGCGATCTTCCCATCAATTGCTCGCATCCCCGACAAGATGGGGCC
AAAGTCAGCGTTGTCCTCTGCCCAGATGATATGCTTTCTCGTCTACTGGC
TTATCAACTGCGCATTCCTTGTGGTTCCTGTGCCGAAAATGAAGAAGCTA
ATCTATATCAAAGTAGTTGTCTACTATGGTGGCGCTTTTGCGATGTTAGC
CTGGGTAGTACGCCAGGCTGGAGGTAACCCTCCCGCCCTGCACGAAGCTT
CGGCCATCCATGGAAGGGCCAAGAGCTGGCTTATATGCAAGTTTCTGTTC
CTGGGACTGGCCAGCTGCGGGACCTTCATTTCCAATGCCGCGGACCTTCA
GCGATACGCAAGGAAGCCTAACGACGTAATCCTAGCACAGCTCATCAGCT
TTCCGCTCTCTGGGTTGTTAGTGGCCGTCATCGGCAATATCATTGCTGGG
TGTAGCAGAAGTATATTTGGGGAGCTGATATGGAATCCCCTGACCTTCTT
GGACAAACTGATGGAGGGAGAAAGATACACGCCGGGAAACCGGGCTGCTT
GTGCGTTCATTTCATTGGCATTTGTGTACTCAACTGTCTTTTCCGCTATT
TTCGAGAACTCGATTCCTGCTGGAAATGACATTGCAGCTTTACTGCCTCG
CTACATAACCGTTAAGCGTGGCTTCTTCATTTGTGCTATTCTCTCCTACG
CTATCTGTCCATGGTACCTCCTTGCCACAGCGGCCGTATTCATCAACTTT
CTCTCTTCCTATCAAATATTTCTCTCTGCTATAGCTGGAGTTCTGATATG
CGACTACTACCTGATTCGAAGAGGATGGCTCGACATTCCGGCTTTATATA
CATCGCGCACCGATGGCGTGTACTATTTCTTTCACGGATTCAATTTACGC
GGATTCGGTGCCTATCTTGTAGCAGTTGCGCCGAACTTCTATGGTTTTTT
GCACGAGATGGGCGTCAAGGCACCTTTGGGAATACAGCGGTTTTACTTTG
TCGCGTACCCTGTCGGCCTTCTCATTGCATTCGGGGTGTATTATCTCGCA
TGTCTGGCGTGGCCTCCCGCCAAAATGGAAAAGACAAGCGGGTGGAAGGA
GCCCAAGGAGTACTGGGACGAATTCGATCCTGATCGAATGGACGGGGTTG
ATGAGTTCCATGTTGGAAGGGATCCATGAGCGCTTGCTTGTGAAAAGTGT
GGACCAGAATGGTAACATCCGACCTGTGGGAGTTCTTGATAATGATTCGA
TCCGACCAACACCAACTAGAGACCGGAAGTGGACGCGTCTAACGTACTTC
TTCTTCTGGTTCTCTGCCACTGCCAATGTGAGCAACTTGTACGCTTCAAG
CACGGGCGTATCCATGGGATTGACTATGTGGGAGGCCATTGCCTGCTCGT
TTGCCGGCCAGTTCCTCGCAGGGTGCCTGATGGCACTCAATGGGCGTGCT
GGTGCTGTGTACCGAATCCCATTCCCAGTCTTGTGTCGATCTAGCTTTGG
TCCTTGGGGAGCCTTCTGGCCAACTTTTAATCGAGCGGCAATGAGTATAG
TCTGGAACGGCGTCAATGTTACGCAAGGAGCTCAGTGTCTATATGTTTTC
CTGCATGCGATCTTCCCATCAATTGCTCGCATCCCCGACAAGATGGGGCC
AAAGTCAGCGTTGTCCTCTGCCCAGATGATATGCTTTCTCGTCTACTGGC
TTATCAACTGCGCATTCCTTGTGGTTCCTGTGCCGAAAATGAAGAAGCTA
ATCTATATCAAAGTAGTTGTCTACTATGGTGGCGCTTTTGCGATGTTAGC
CTGGGTAGTACGCCAGGCTGGAGGTAACCCTCCCGCCCTGCACGAAGCTT
CGGCCATCCATGGAAGGGCCAAGAGCTGGCTTATATGCAAGTTTCTGTTC
CTGGGACTGGCCAGCTGCGGGACCTTCATTTCCAATGCCGCGGACCTTCA
GCGATACGCAAGGAAGCCTAACGACGTAATCCTAGCACAGCTCATCAGCT
TTCCGCTCTCTGGGTTGTTAGTGGCCGTCATCGGCAATATCATTGCTGGG
TGTAGCAGAAGTATATTTGGGGAGCTGATATGGAATCCCCTGACCTTCTT
GGACAAACTGATGGAGGGAGAAAGATACACGCCGGGAAACCGGGCTGCTT
GTGCGTTCATTTCATTGGCATTTGTGTACTCAACTGTCTTTTCCGCTATT
TTCGAGAACTCGATTCCTGCTGGAAATGACATTGCAGCTTTACTGCCTCG
CTACATAACCGTTAAGCGTGGCTTCTTCATTTGTGCTATTCTCTCCTACG
CTATCTGTCCATGGTACCTCCTTGCCACAGCGGCCGTATTCATCAACTTT
CTCTCTTCCTATCAAATATTTCTCTCTGCTATAGCTGGAGTTCTGATATG
CGACTACTACCTGATTCGAAGAGGATGGCTCGACATTCCGGCTTTATATA
CATCGCGCACCGATGGCGTGTACTATTTCTTTCACGGATTCAATTTACGC
GGATTCGGTGCCTATCTTGTAGCAGTTGCGCCGAACTTCTATGGTTTTTT
GCACGAGATGGGCGTCAAGGCACCTTTGGGAATACAGCGGTTTTACTTTG
TCGCGTACCCTGTCGGCCTTCTCATTGCATTCGGGGTGTATTATCTCGCA
TGTCTGGCGTGGCCTCCCGCCAAAATGGAAAAGACAAGCGGGTGGAAGGA
GCCCAAGGAGTACTGGGACGAATTCGATCCTGATCGAATGGACGGGGTTG
ATGAGTTCCATGTTGGAAGGGATCCATGAGCGCTTGCTTGTGAAAAGTGT
GGACCAGAATGGTAACATCCGACCTGTGGGAGTTCTTGATAATGATTCGA
TCCGACCAACACCAACTAGAGACCGGAAGTGGACGCGTCTAACGTACTTC
TTCTTCTGGTTCTCTGCCACTGCCAATGTGAGCAACTTGTACGCTTCAAG
CACGGGCGTATCCATGGGATTGACTATGTGGGAGGCCATTGCCTGCTCGT
TTGCCGGCCAGTTCCTCGCAGGGTGCCTGATGGCACTCAATGGGCGTGCT
GGTGCTGTGTACCGAATCCCATTCCCAGTCTTGTGTCGATCTAGCTTTGG
TCCTTGGGGAGCCTTCTGGCCAACTTTTAATCGAGCGGCAATGAGTATAG
TCTGGAACGGCGTCAATGTTACGCAAGGAGCTCAGTGTCTATATGTTTTC
CTGCATGCGATCTTCCCATCAATTGCTCGCATCCCCGACAAGATGGGGCC
AAAGTCAGCGTTGTCCTCTGCCCAGATGATATGCTTTCTCGTCTACTGGC
TTATCAACTGCGCATTCCTTGTGGTTCCTGTGCCGAAAATGAAGAAGCTA
ATCTATATCAAAGTAGTTGTCTACTATGGTGGCGCTTTTGCGATGTTAGC
CTGGGTAGTACGCCAGGCTGGAGGTAACCCTCCCGCCCTGCACGAAGCTT
CGGCCATCCATGGAAGGGCCAAGAGCTGGCTTATATGCAAGTTTCTGTTC
CTGGGACTGGCCAGCTGCGGGACCTTCATTTCCAATGCCGCGGACCTTCA
GCGATACGCAAGGAAGCCTAACGACGTAATCCTAGCACAGCTCATCAGCT
TTCCGCTCTCTGGGTTGTTAGTGGCCGTCATCGGCAATATCATTGCTGGG
TGTAGCAGAAGTATATTTGGGGAGCTGATATGGAATCCCCTGACCTTCTT
GGACAAACTGATGGAGGGAGAAAGATACACGCCGGGAAACCGGGCTGCTT
GTGCGTTCATTTCATTGGCATTTGTGTACTCAACTGTCTTTTCCGCTATT
TTCGAGAACTCGATTCCTGCTGGAAATGACATTGCAGCTTTACTGCCTCG
CTACATAACCGTTAAGCGTGGCTTCTTCATTTGTGCTATTCTCTCCTACG
CTATCTGTCCATGGTACCTCCTTGCCACAGCGGCCGTATTCATCAACTTT
CTCTCTTCCTATCAAATATTTCTCTCTGCTATAGCTGGAGTTCTGATATG
CGACTACTACCTGATTCGAAGAGGATGGCTCGACATTCCGGCTTTATATA
CATCGCGCACCGATGGCGTGTACTATTTCTTTCACGGATTCAATTTACGC
GGATTCGGTGCCTATCTTGTAGCAGTTGCGCCGAACTTCTATGGTTTTTT
GCACGAGATGGGCGTCAAGGCACCTTTGGGAATACAGCGGTTTTACTTTG
TCGCGTACCCTGTCGGCCTTCTCATTGCATTCGGGGTGTATTATCTCGCA
TGTCTGGCGTGGCCTCCCGCCAAAATGGAAAAGACAAGCGGGTGGAAGGA
GCCCAAGGAGTACTGGGACGAATTCGATCCTGATCGAATGGACGGGGTTG
ATGAGTTCCATGTTGGAAGGGATCCATGAGCGCTTGCTTGTGAAAAGTGT
GGACCAGAATGGTAACATCCGACCTGTGGGAGTTCTTGATAATGATTCGA
TCCGACCAACACCAACTAGAGACCGGAAGTGGACGCGTCTAACGTACTTC
TTCTTCTGGTTCTCTGCCACTGCCAATGTGAGCAACTTGTACGCTTCAAG
CACGGGCGTATCCATGGGATTGACTATGTGGGAGGCCATTGCCTGCTCGT
TTGCCGGCCAGTTCCTCGCAGGGTGCCTGATGGCACTCAATGGGCGTGCT
GGTGCTGTGTACCGAATCCCATTCCCAGTCTTGTGTCGATCTAGCTTTGG
TCCTTGGGGAGCCTTCTGGCCAACTTTTAATCGAGCGGCAATGAGTATAG
TCTGGAACGGCGTCAATGTTACGCAAGGAGCTCAGTGTCTATATGTTTTC
CTGCATGCGATCTTCCCATCAATTGCTCGCATCCCCGACAAGATGGGGCC
AAAGTCAGCGTTGTCCTCTGCCCAGATGATATGCTTTCTCGTCTACTGGC
TTATCAACTGCGCATTCCTTGTGGTTCCTGTGCCGAAAATGAAGAAGCTA
ATCTATATCAAAGTAGTTGTCTACTATGGTGGCGCTTTTGCGATGTTAGC
CTGGGTAGTACGCCAGGCTGGAGGTAACCCTCCCGCCCTGCACGAAGCTT
CGGCCATCCATGGAAGGGCCAAGAGCTGGCTTATATGCAAGTTTCTGTTC
CTGGGACTGGCCAGCTGCGGGACCTTCATTTCCAATGCCGCGGACCTTCA
GCGATACGCAAGGAAGCCTAACGACGTAATCCTAGCACAGCTCATCAGCT
TTCCGCTCTCTGGGTTGTTAGTGGCCGTCATCGGCAATATCATTGCTGGG
TGTAGCAGAAGTATATTTGGGGAGCTGATATGGAATCCCCTGACCTTCTT
GGACAAACTGATGGAGGGAGAAAGATACACGCCGGGAAACCGGGCTGCTT
GTGCGTTCATTTCATTGGCATTTGTGTACTCAACTGTCTTTTCCGCTATT
TTCGAGAACTCGATTCCTGCTGGAAATGACATTGCAGCTTTACTGCCTCG
CTACATAACCGTTAAGCGTGGCTTCTTCATTTGTGCTATTCTCTCCTACG
CTATCTGTCCATGGTACCTCCTTGCCACAGCGGCCGTATTCATCAACTTT
CTCTCTTCCTATCAAATATTTCTCTCTGCTATAGCTGGAGTTCTGATATG
CGACTACTACCTGATTCGAAGAGGATGGCTCGACATTCCGGCTTTATATA
CATCGCGCACCGATGGCGTGTACTATTTCTTTCACGGATTCAATTTACGC
GGATTCGGTGCCTATCTTGTAGCAGTTGCGCCGAACTTCTATGGTTTTTT
GCACGAGATGGGCGTCAAGGCACCTTTGGGAATACAGCGGTTTTACTTTG
TCGCGTACCCTGTCGGCCTTCTCATTGCATTCGGGGTGTATTATCTCGCA
TGTCTGGCGTGGCCTCCCGCCAAAATGGAAAAGACAAGCGGGTGGAAGGA
GCCCAAGGAGTACTGGGACGAATTCGATCCTGATCGAATGGACGGGGTTG
ATGAGTTCCATGTTGGAAGGGATCCATGAGCGCTTGCTTGTGAAAAGTGT
GGACCAGAATGGTAACATCCGACCTGTGGGAGTTCTTGATAATGATTCGA
TCCGACCAACACCAACTAGAGACCGGAAGTGGACGCGTCTAACGTACTTC
TTCTTCTGGTTCTCTGCCACTGCCAATGTGAGCAACTTGTACGCTTCAAG
CACGGGCGTATCCATGGGATTGACTATGTGGGAGGCCATTGCCTGCTCGT
TTGCCGGCCAGTTCCTCGCAGGGTGCCTGATGGCACTCAATGGGCGTGCT
GGTGCTGTGTACCGAATCCCATTCCCAGTCTTGTGTCGATCTAGCTTTGG
TCCTTGGGGAGCCTTCTGGCCAACTTTTAATCGAGCGGCAATGAGTATAG
TCTGGAACGGCGTCAATGTTACGCAAGGAGCTCAGTGTCTATATGTTTTC
CTGCATGCGATCTTCCCATCAATTGCTCGCATCCCCGACAAGATGGGGCC
AAAGTCAGCGTTGTCCTCTGCCCAGATGATATGCTTTCTCGTCTACTGGC
TTATCAACTGCGCATTCCTTGTGGTTCCTGTGCCGAAAATGAAGAAGCTA
ATCTATATCAAAGTAGTTGTCTACTATGGTGGCGCTTTTGCGATGTTAGC
CTGGGTAGTACGCCAGGCTGGAGGTAACCCTCCCGCCCTGCACGAAGCTT
CGGCCATCCATGGAAGGGCCAAGAGCTGGCTTATATGCAAGTTTCTGTTC
CTGGGACTGGCCAGCTGCGGGACCTTCATTTCCAATGCCGCGGACCTTCA
GCGATACGCAAGGAAGCCTAACGACGTAATCCTAGCACAGCTCATCAGCT
TTCCGCTCTCTGGGTTGTTAGTGGCCGTCATCGGCAATATCATTGCTGGG
TGTAGCAGAAGTATATTTGGGGAGCTGATATGGAATCCCCTGACCTTCTT
GGACAAACTGATGGAGGGAGAAAGATACACGCCGGGAAACCGGGCTGCTT
GTGCGTTCATTTCATTGGCATTTGTGTACTCAACTGTCTTTTCCGCTATT
TTCGAGAACTCGATTCCTGCTGGAAATGACATTGCAGCTTTACTGCCTCG
CTACATAACCGTTAAGCGTGGCTTCTTCATTTGTGCTATTCTCTCCTACG
CTATCTGTCCATGGTACCTCCTTGCCACAGCGGCCGTATTCATCAACTTT
CTCTCTTCCTATCAAATATTTCTCTCTGCTATAGCTGGAGTTCTGATATG
CGACTACTACCTGATTCGAAGAGGATGGCTCGACATTCCGGCTTTATATA
CATCGCGCACCGATGGCGTGTACTATTTCTTTCACGGATTCAATTTACGC
GGATTCGGTGCCTATCTTGTAGCAGTTGCGCCGAACTTCTATGGTTTTTT
GCACGAGATGGGCGTCAAGGCACCTTTGGGAATACAGCGGTTTTACTTTG
TCGCGTACCCTGTCGGCCTTCTCATTGCATTCGGGGTGTATTATCTCGCA
TGTCTGGCGTGGCCTCCCGCCAAAATGGAAAAGACAAGCGGGTGGAAGGA
GCCCAAGGAGTACTGGGACGAATTCGATCCTGATCGAATGGACGGGGTTG

Annotated Terms

The following terms have been associated with this mRNA:

Vocabulary: **Cellular Component**
Term	Definition
GO:0016020	membrane

Vocabulary: **Molecular Function**
Term	Definition
GO:0022857	transmembrane transporter activity

Vocabulary: **Biological Process**
Term	Definition
GO:0055085	transmembrane transport

Relationships

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


Feature Name	Unique Name	Species	Type
ASPNIDRAFT_191976	ASPNIDRAFT_191976	Aspergillus niger ATCC 1015	gene

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


Feature Name	Unique Name	Species	Type
ASPNIDRAFT_191976-T1	ASPNIDRAFT_191976-T1-protein	Aspergillus niger ATCC 1015	polypeptide

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


Feature Name	Unique Name	Species	Type
ASPNIDRAFT_191976-T1.exon1	ASPNIDRAFT_191976-T1.exon1	Aspergillus niger ATCC 1015	exon
ASPNIDRAFT_191976-T1.exon2	ASPNIDRAFT_191976-T1.exon2	Aspergillus niger ATCC 1015	exon
ASPNIDRAFT_191976-T1.exon3	ASPNIDRAFT_191976-T1.exon3	Aspergillus niger ATCC 1015	exon
ASPNIDRAFT_191976-T1.exon4	ASPNIDRAFT_191976-T1.exon4	Aspergillus niger ATCC 1015	exon
ASPNIDRAFT_191976-T1.exon5	ASPNIDRAFT_191976-T1.exon5	Aspergillus niger ATCC 1015	exon
ASPNIDRAFT_191976-T1.exon6	ASPNIDRAFT_191976-T1.exon6	Aspergillus niger ATCC 1015	exon

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


Feature Name	Unique Name	Species	Type
ASPNIDRAFT_191976-T1.cds	ASPNIDRAFT_191976-T1.cds	Aspergillus niger ATCC 1015	CDS

Properties


Property Name	Value
DBxref	InterPro:IPR038271
DBxref	InterPro:IPR001248
DBxref	PFAM:PF02133
Product	hypothetical protein

Analyses

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


Analysis Name	Date Performed
Aspergillus niger ATCC 1015 whole genome analysis	2021-11-01

Alignments

The following features are aligned


Aligned Feature	Feature Type	Alignment Location
ACJE01000003.1	supercontig	ACJE01000003.1:923523..925383 +

Main menu

You are here

ASPNIDRAFT_191976-T1, ASPNIDRAFT_191976-T1 (mRNA) Aspergillus niger ATCC 1015

Main menu

User login

You are here

ASPNIDRAFT_191976-T1, ASPNIDRAFT_191976-T1 (mRNA) Aspergillus niger ATCC 1015