Penicillium roqueforti LCP96 04111

General Properties

Protein ID	Pro_DTO377G3_2\|g408.t1
Gene name
Location	scaffold_01:1036358..1040961
Strand	+
Gene length (bp)	4603
Transcript length (bp)	2619
Coding sequence length (bp)	2619
Protein length (aa)	873

PFAM Domains

PFAM Domain ID	Short name	Long name	E-value	Start	End
PF00664	ABC_membrane	ABC transporter transmembrane region	1.1E-13	604	730
PF05047	L51_S25_CI-B8	Mitochondrial ribosomal protein L51 / S25 / CI-B8 domain	1.1E-13	43	90
PF00005	ABC_tran	ABC transporter	4.8E-08	320	438

GO

GO Term	Description	Terminal node
GO:0055085	transmembrane transport	Yes
GO:0016021	integral component of membrane	Yes
GO:0005524	ATP binding	Yes
GO:0140359	ABC-type transporter activity	Yes
GO:0097367	carbohydrate derivative binding	No
GO:0051234	establishment of localization	No
GO:0022857	transmembrane transporter activity	No
GO:0030554	adenyl nucleotide binding	No
GO:0005575	cellular_component	No
GO:0015399	primary active transmembrane transporter activity	No
GO:0140657	ATP-dependent activity	No
GO:0022804	active transmembrane transporter activity	No
GO:0017076	purine nucleotide binding	No
GO:0008150	biological_process	No
GO:0006810	transport	No
GO:0043167	ion binding	No
GO:0032559	adenyl ribonucleotide binding	No
GO:0035639	purine ribonucleoside triphosphate binding	No
GO:0032553	ribonucleotide binding	No
GO:0000166	nucleotide binding	No
GO:1901265	nucleoside phosphate binding	No
GO:0005488	binding	No
GO:0036094	small molecule binding	No
GO:0003674	molecular_function	No
GO:0097159	organic cyclic compound binding	No
GO:0042626	ATPase-coupled transmembrane transporter activity	No
GO:0032555	purine ribonucleotide binding	No
GO:0051179	localization	No
GO:0031224	intrinsic component of membrane	No
GO:0005215	transporter activity	No
GO:0110165	cellular anatomical entity	No
GO:1901363	heterocyclic compound binding	No
GO:0043168	anion binding	No
GO:0009987	cellular process	No

SignalP

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SignalP signal predicted	Location (based on Ymax)	D score (significance: > 0.45)
No	1 - 11	0.45

Transmembrane Domains

Domain #	Start	End	Length
1	190	212	22
2	227	249	22
3	443	462	19
4	529	551	22
5	556	575	19
6	614	636	22
7	706	728	22

Transcription Factor Class

(None)

Expression data

Analysis 1: Genome-wide gene expression in conidia of Penicillium roqueforti during growth at various temperatures and for various amounts of time. Published in Punt et al., 2020.

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Sequences

Type of sequence	Sequence
Locus	Download genbank file of locus The gene with 5 kb flanks (if sufficient flanking sequence is available). For use in cloning design programs. NOTE: features (genes or exons) that are only partially contained within the sequence are completely excluded.
Protein	>Pro_DTO377G3_2\|g408.t1 MPLRGIRTSTAARNGAGAFILQCKRLDFHYCNWAGSSKGMVTFLEKHLPAFARENPQIEIRVSPRPQKHPLIKGL YINGREKPVCVRNLEPHEILKKAILLKEASGEKLKRVKKPVTMSVLGSSYIAPQMRQKQKAWVHAVQERVNFTSI MLKELRQIKMFGIESDVAFKTNGLRELELHQSKPYRSMIVGVNVLSALSTAIAPALTIAMYATTQLNLRLETPST DVAFTNLSLISLLTNPVVLLSVSLTRFTSAIGCFDRIQEFFCKKNRVHGLSSVDEYLLPENVLGMEPESVPTQSQ PLVCMTDCCFSLGLEAPAILHGLTLKIQNGFFLAVTAPLGSGKSSLLKDMLGEMHSTEGILTVRSVKQAYCQQAP WIFNGTLRTNTIGESPLDETWFKEVVYVCNLDFETTTLSLGLDTLTGSSGAELSGGQKQRVRLLDRAGLVRRLGI ATILVTTAVEHLKEADNLIVLSKDGRMECQGLFEELAKKNQYIQSLLCSPSPEDSEVEEESKDNRFQNLQGDGDT SLYTFGWWACGLTLAFTILYVFCIAFPQVMLSWWFAMGVFIGFFFVWTVPRSAVKLHEVFLGTIMRSPWPSLARI YTGSFLTCIAQGDLIATGSGFMSVIIPFCIVAVWIIQAFYLRTSRQIRLLDLEAKAPLYAHFIETTEGLTTVRAL CWQRQFADRNTELLDTSQKPFYTMYSIQQWLQVVLDLLVAGLATVLVSLAVFVTKQSSSGAVVLETSLGAIARVK QFVTDPQLQPIARREMAYLKRWPSEGRMEFRRVSASYGGHDSVPAVRDISFTLEVGRVLYLLAFSLSRRSRPAKS TLTALTSQPFPRKSFILHWSQYPKIPKSPDSSRFCSPKYFLGNIIND*
Coding	>Pro_DTO377G3_2\|g408.t1 ATGCCGTTGCGCGGAATTAGAACATCTACGGCGGCCAGGAACGGCGCCGGTGCCTTCATCCTACAATGCAAACGC CTTGACTTCCATTACTGCAACTGGGCGGGCAGCTCAAAGGGCATGGTTACTTTCTTAGAGAAACACCTCCCCGCT TTCGCCCGCGAGAACCCTCAGATTGAAATCCGTGTCTCTCCCCGACCCCAGAAGCACCCCCTGATTAAGGGCCTT TATATCAATGGCCGTGAGAAGCCCGTGTGTGTACGGAACTTGGAACCTCACGAAATCCTGAAGAAGGCAATTCTC CTCAAAGAAGCTAGTGGAGAGAAGTTGAAGCGGGTCAAGAAGCCAGTCACAATGAGCGTACTAGGATCATCCTAT ATCGCCCCTCAAATGCGCCAAAAGCAAAAGGCTTGGGTACATGCTGTTCAGGAGAGAGTCAATTTTACTTCGATA ATGCTGAAAGAGCTGCGCCAGATCAAAATGTTCGGTATTGAATCAGACGTGGCATTCAAGACAAACGGTCTTCGT GAGTTGGAACTCCATCAATCAAAGCCCTACCGATCAATGATTGTCGGTGTCAATGTTTTGAGTGCGTTGTCGACT GCCATCGCCCCTGCCCTAACAATAGCCATGTACGCCACTACACAGCTGAACCTCAGGCTAGAGACACCCAGTACT GATGTTGCCTTCACAAATCTGTCCTTAATTTCTCTTTTGACAAACCCGGTAGTACTACTATCTGTCTCCTTGACT AGATTCACATCCGCTATTGGCTGTTTTGATCGGATTCAAGAATTTTTTTGCAAGAAAAACCGAGTACATGGGCTC TCATCTGTCGATGAATACTTGCTGCCTGAGAACGTGTTAGGGATGGAACCCGAATCAGTGCCGACTCAGTCACAA CCTCTTGTCTGCATGACTGATTGCTGCTTTAGCCTGGGCTTAGAGGCTCCAGCAATACTCCATGGACTAACTTTG AAGATCCAAAATGGTTTTTTTTTGGCTGTGACTGCCCCCCTTGGCTCTGGCAAGTCATCTTTACTCAAAGATATG CTGGGTGAAATGCATTCTACGGAAGGAATATTGACTGTTCGTTCGGTCAAACAGGCGTATTGCCAGCAAGCTCCA TGGATATTCAATGGCACACTAAGAACTAACACTATCGGAGAATCACCACTCGACGAAACGTGGTTCAAAGAGGTG GTATATGTCTGCAACCTGGATTTTGAAACCACAACTCTTTCTCTTGGACTTGACACACTGACTGGGAGCTCGGGA GCTGAACTTAGTGGAGGGCAGAAGCAACGAGTGCGACTCCTCGATCGTGCTGGCTTGGTCAGGAGGCTGGGTATC GCAACCATTCTTGTGACAACAGCTGTGGAACACCTCAAAGAAGCCGATAATTTGATTGTTCTTTCAAAGGACGGT CGCATGGAATGTCAAGGACTTTTCGAAGAACTGGCGAAGAAGAATCAGTACATACAGAGTCTTTTGTGTTCCCCA AGTCCGGAAGACAGTGAAGTCGAAGAAGAGAGCAAGGACAACCGTTTCCAAAATCTCCAGGGTGATGGGGACACC TCACTCTACACGTTTGGTTGGTGGGCATGTGGGCTAACGCTGGCATTCACAATTCTATACGTGTTTTGTATTGCA TTTCCGCAGGTCATGCTTAGCTGGTGGTTTGCGATGGGGGTTTTTATCGGGTTCTTTTTTGTCTGGACTGTTCCC AGATCGGCTGTTAAGCTGCATGAGGTCTTCTTGGGTACAATAATGAGATCGCCTTGGCCGAGCCTGGCTCGCATA TATACAGGAAGCTTTTTGACCTGTATTGCACAAGGGGACTTGATCGCTACTGGATCAGGCTTCATGTCTGTCATA ATACCCTTCTGCATCGTTGCGGTATGGATAATTCAGGCTTTCTACTTGCGTACTTCACGACAGATCAGACTTCTC GATCTAGAAGCAAAGGCTCCTCTGTATGCCCACTTCATAGAAACGACAGAGGGTCTAACTACTGTGCGTGCACTT TGTTGGCAGCGTCAATTTGCAGATCGGAACACCGAGCTCCTCGATACGTCCCAGAAACCATTTTACACCATGTAT TCCATTCAGCAGTGGTTGCAGGTTGTTTTGGATCTACTTGTTGCGGGCCTTGCCACCGTTCTTGTTTCCCTAGCT GTTTTTGTGACAAAGCAAAGTAGCTCTGGGGCCGTCGTTCTTGAGACTTCTCTAGGCGCAATTGCAAGGGTCAAG CAATTTGTGACTGACCCACAGCTACAACCTATTGCCAGAAGAGAGATGGCTTATCTCAAGCGCTGGCCTTCGGAA GGTCGAATGGAATTTCGAAGGGTTTCTGCTTCATATGGGGGGCATGATTCCGTTCCAGCTGTGCGGGATATCTCA TTTACACTGGAAGTGGGAAGAGTTCTTTACTTGCTTGCATTTTCTCTCTCGCGACGATCACGTCCGGCGAAATCT ACATTGACGGCATTGACATCTCAACCGTTCCCAAGGAAAAGCTTCATTCTGCATTGGTCCCAATATCCCAAAATC CCAAAATCCCCTGATTCTTCCCGGTTCTGTTCGCCAAAATATTTCCTTGGGAATATCATCAACGATTGA
Transcript	>Pro_DTO377G3_2\|g408.t1 ATGCCGTTGCGCGGAATTAGAACATCTACGGCGGCCAGGAACGGCGCCGGTGCCTTCATCCTACAATGCAAACGC CTTGACTTCCATTACTGCAACTGGGCGGGCAGCTCAAAGGGCATGGTTACTTTCTTAGAGAAACACCTCCCCGCT TTCGCCCGCGAGAACCCTCAGATTGAAATCCGTGTCTCTCCCCGACCCCAGAAGCACCCCCTGATTAAGGGCCTT TATATCAATGGCCGTGAGAAGCCCGTGTGTGTACGGAACTTGGAACCTCACGAAATCCTGAAGAAGGCAATTCTC CTCAAAGAAGCTAGTGGAGAGAAGTTGAAGCGGGTCAAGAAGCCAGTCACAATGAGCGTACTAGGATCATCCTAT ATCGCCCCTCAAATGCGCCAAAAGCAAAAGGCTTGGGTACATGCTGTTCAGGAGAGAGTCAATTTTACTTCGATA ATGCTGAAAGAGCTGCGCCAGATCAAAATGTTCGGTATTGAATCAGACGTGGCATTCAAGACAAACGGTCTTCGT GAGTTGGAACTCCATCAATCAAAGCCCTACCGATCAATGATTGTCGGTGTCAATGTTTTGAGTGCGTTGTCGACT GCCATCGCCCCTGCCCTAACAATAGCCATGTACGCCACTACACAGCTGAACCTCAGGCTAGAGACACCCAGTACT GATGTTGCCTTCACAAATCTGTCCTTAATTTCTCTTTTGACAAACCCGGTAGTACTACTATCTGTCTCCTTGACT AGATTCACATCCGCTATTGGCTGTTTTGATCGGATTCAAGAATTTTTTTGCAAGAAAAACCGAGTACATGGGCTC TCATCTGTCGATGAATACTTGCTGCCTGAGAACGTGTTAGGGATGGAACCCGAATCAGTGCCGACTCAGTCACAA CCTCTTGTCTGCATGACTGATTGCTGCTTTAGCCTGGGCTTAGAGGCTCCAGCAATACTCCATGGACTAACTTTG AAGATCCAAAATGGTTTTTTTTTGGCTGTGACTGCCCCCCTTGGCTCTGGCAAGTCATCTTTACTCAAAGATATG CTGGGTGAAATGCATTCTACGGAAGGAATATTGACTGTTCGTTCGGTCAAACAGGCGTATTGCCAGCAAGCTCCA TGGATATTCAATGGCACACTAAGAACTAACACTATCGGAGAATCACCACTCGACGAAACGTGGTTCAAAGAGGTG GTATATGTCTGCAACCTGGATTTTGAAACCACAACTCTTTCTCTTGGACTTGACACACTGACTGGGAGCTCGGGA GCTGAACTTAGTGGAGGGCAGAAGCAACGAGTGCGACTCCTCGATCGTGCTGGCTTGGTCAGGAGGCTGGGTATC GCAACCATTCTTGTGACAACAGCTGTGGAACACCTCAAAGAAGCCGATAATTTGATTGTTCTTTCAAAGGACGGT CGCATGGAATGTCAAGGACTTTTCGAAGAACTGGCGAAGAAGAATCAGTACATACAGAGTCTTTTGTGTTCCCCA AGTCCGGAAGACAGTGAAGTCGAAGAAGAGAGCAAGGACAACCGTTTCCAAAATCTCCAGGGTGATGGGGACACC TCACTCTACACGTTTGGTTGGTGGGCATGTGGGCTAACGCTGGCATTCACAATTCTATACGTGTTTTGTATTGCA TTTCCGCAGGTCATGCTTAGCTGGTGGTTTGCGATGGGGGTTTTTATCGGGTTCTTTTTTGTCTGGACTGTTCCC AGATCGGCTGTTAAGCTGCATGAGGTCTTCTTGGGTACAATAATGAGATCGCCTTGGCCGAGCCTGGCTCGCATA TATACAGGAAGCTTTTTGACCTGTATTGCACAAGGGGACTTGATCGCTACTGGATCAGGCTTCATGTCTGTCATA ATACCCTTCTGCATCGTTGCGGTATGGATAATTCAGGCTTTCTACTTGCGTACTTCACGACAGATCAGACTTCTC GATCTAGAAGCAAAGGCTCCTCTGTATGCCCACTTCATAGAAACGACAGAGGGTCTAACTACTGTGCGTGCACTT TGTTGGCAGCGTCAATTTGCAGATCGGAACACCGAGCTCCTCGATACGTCCCAGAAACCATTTTACACCATGTAT TCCATTCAGCAGTGGTTGCAGGTTGTTTTGGATCTACTTGTTGCGGGCCTTGCCACCGTTCTTGTTTCCCTAGCT GTTTTTGTGACAAAGCAAAGTAGCTCTGGGGCCGTCGTTCTTGAGACTTCTCTAGGCGCAATTGCAAGGGTCAAG CAATTTGTGACTGACCCACAGCTACAACCTATTGCCAGAAGAGAGATGGCTTATCTCAAGCGCTGGCCTTCGGAA GGTCGAATGGAATTTCGAAGGGTTTCTGCTTCATATGGGGGGCATGATTCCGTTCCAGCTGTGCGGGATATCTCA TTTACACTGGAAGTGGGAAGAGTTCTTTACTTGCTTGCATTTTCTCTCTCGCGACGATCACGTCCGGCGAAATCT ACATTGACGGCATTGACATCTCAACCGTTCCCAAGGAAAAGCTTCATTCTGCATTGGTCCCAATATCCCAAAATC CCAAAATCCCCTGATTCTTCCCGGTTCTGTTCGCCAAAATATTTCCTTGGGAATATCATCAACGATTGA
Gene	>Pro_DTO377G3_2\|g408.t1 ATGCCGTTGCGCGGAATTAGAACATCTACGGCGGCCAGGGTATGTGAAGTCCGAATGTTTGATATTCAATTGACG AACTGACCCAAATCTGCTTAGAACGGCGCCGGTGCCTTCATCCTACAATGCAAACGCCTTGACTTCCATTACTGC AACTGGGCGGGCAGCTCAAAGGGCATGGTGTAGGTGTATCCTAAATGGTGAAACTGAAACTTTCCAGAAACATCC GTACTAACATTGAACATCGCAGTACTTTCTTAGAGAAACACCTCCCCGCTTTCGCCCGCGAGAACCCTCAGATTG AAATCCGTGTCTCTCCCCGACCCCAGAAGCACCCCCTGATTAAGGGCCTTTATATCAATGGCCGTGAGAAGCCCG TGTGTGTACGGAACTTGGAACCTCACGAAATCCTGAAGAAGGCAATTCTCCTCAAAGAAGCTAGTGGAGAGAAGT TGAAGCGGGTCAAGAAGCCAGTCACAAGTTTGAATGAGAGTGTGCGTGGTATCTGGTCACCATACCACGGTGATC TTCGGGGAGTCTAGACGGTTGTATTTTATTATTTACGGTTCATGTTCTCTCTGCGGTGGTGACTATCAGGTATCC CCACTGCAACCTACTGTACTATTGACCTGGGTTGTGTTTATTTCTTCGTTCTTGTCTATTTGCTCCCTGGAAGCC AATGGTGTTTTGAAACCCATATTTTATGCATACAAAACTTGAGCCTATATCAATTCTCTTCCATGATTTCTCTAT ACCGGAGGTCACCGAAAGTTTGGCTTAACTCCGGACTCCGGGATACTTCTTTCATCCAAATCCGATGGTCACATA TCTTATTAGCCTGATTTGGATTTGAAAGCATACATACGTGCCTAACAAGGCTGGTGTTGGCTAGCTTATTGCATG GTTCGCAATCTACTTGACCGGGGGCTCGGCTTTTGCCAGTGTTCGCCCATCCCCTAGTTTTCTACCTGCGTAATC CTCTTCCCTCACTCTCATATTTCATATTTCATCTGAGCGCCTTACTTGCGAAAAAGTGAAGATGCAGTGTGGCAT TTCTGCCGACACTCACTTTGGACCCCGAGTGCTGCCATGCCGTCGCGATTTCGACTTTACGTTGCTCTTCGAGCA GGGCATTCTCGCTTTGGCTCCGCATCTTTTATTCCTCACTCTGTGCATTTTCAGTGGTATCATTTCCACAGAGAG CCCAGGAAAGTACACGTAGTGCTGCTGGCACTTGGAAAGTGGTAGGTCTCCCTTTTCCTTAGCTCCGAAATTAGG CTTGCAAGCTAATGTGATATTGAAATATCAAGCAGGTCATTTCCACTCTACTACTAGCTCCGAAACTTGTTCTCC TCGTTTGTGGTGTTTACCAAACTCTCCAAGAACAAAGCTCTCGGTTCCGTCTCAAAGAAAGGAACTAATCGAAAT ATAGTGAGCGTACTAGGATCATCCTATATCGCCCCTCAAATGCGCCAAAAGCAAAAGGCTTGGGTACATGCTGTT CAGGAGAGAGTCAATTTTACTTCGATAATGCTGAAAGAGCTGCGCCAGATCAAAATGTTCGGTATTGAATCAGAC GTGGCATTCAAGACAAACGGTCTTCGTGAGTTGGAACTCCATCAATCAAAGCCCTACCGATCAATGATTGTCGGT GTCAATGTTTTGAGTGCGTTGTCGACTGCCATCGCCCCTGCCCTAACAATAGCCATGTACGCCACTACACAGCTG AACCTCAGGCTAGAGACACCCAGTACTGATGTTGCCTTCACAAATCTGTCCTTAATTTCTCTTTTGACAAACCCG GTAGTACTACTATCTGTCTCCTTGACTAGATTCACATCCGCTATTGGCTGTTTTGATCGGATTCAAGAATTTTTT TGCAAGAAAAACCGAGTACATGGGCTCTCATCTGTCGATGAATACTTGCTGCCTGAGAACGTGTTAGGGATGGAA CCCGAATCAGTGCCGACTCAGTCACAACCTCTTGTCTGCATGACTGATTGCTGCTTTAGCCTGGGCTTAGAGGCT CCAGCAATACTCCATGGACTAACTTTGAAGATCCAAAATGGTTTTTTTTTGGCTGTGACTGCCCCCCTTGGCTCT GGCAAGTCATCTTTACTCAAAGATATGCTGGGTGAAATGCATTCTACGGAAGGAATATTGACTGTTCGTTCGGTC AAACAGGCGTATTGCCAGCAAGCTCCATGGATATTCAATGGCACACTAAGAACTAACACTATCGGAGAATCACCA CTCGACGAAACGTGGTTCAAAGAGGTGGTATATGTCTGCAACCTGGATTTTGAAACCACAACTCTTTCTCTTGGA CTTGACACACTGACTGGGAGCTCGGGAGCTGAACTTAGTGGAGGGCAGAAGCAACGAGTGGTAAGTATATCGGTA ATCTCATTCCATCTTAGGTACTAATTTGCGTGAGTTCAGGCTTTGGCTAGAGCAATTTATGCAAGATCATCTTTG CTGATTTTAGACGACATATTTGGCGCCTTGGACACAGTGACATCAAGGCTAATTTTCCAGCGACTCCTCGATCGT GCTGGCTTGGTCAGGAGGCTGGGTATCGCAACCATTCTTGTGACAACAGCTGGTTAGTCTAACTTGAACCCTTCA AATGCTTACGGCGCTGACCATTGCCTTTATTTCACTAGTGGAACACCTCAAAGAAGCCGATAATTTGATTGTTCT TTCAAAGGACGGTCGCATGGAATGTCAAGGACTTTTCGAAGAACTGGCGAAGAAGAATCAGTACATACAGAGTCT TTTGTGTTCCCCAAGTCCGGAAGACAGTGAAGTCGAAGAAGAGAGCAAGGACAGTAACTCCCAGGTGGGGGAAAT ACGAGAAGAGAAGAAAGAAACCAGACAAACAACTCAAACAAAGACCGTTTCCAAAATCTCCAGGGTGATGGGGAC ACCTCACTCTACACGTTTGGTTGGTGGGCATGTGGGCTAACGCTGGCATTCACAATTCTATACGTGTTTTGTATT GCATTTCCGCGTGAGTATACCCATCACTGGATATATTCAGAGACATTGTTCCTAAATCATATCGCAGAGGTCATG CTTAGCTGGTGGTGTGACTCAGCTCCTCCAAAAAAATTATATTTATCTTGGTTCCTACGTCGGCATTTCTTCCAT CGCCATAGTTGCGATGGGGGTTTTTATCGGGTATGTTCTCAGCACTGCGACGCTATATATGTATGGAGACATCTC ATATATCTTAGGTTCTTTTTTGTCTGGACTGTTCCCAGATCGGCTGTTAAGCTGCATGAGGTCTTCTTGGGTACA ATAATGAGGTCAGGAATGGGGACAGACTCCTTTTATATTAGACTGAATATGTTGCTGACGAGCTTTTCAGATCGC CTTGGCCGAGCCTGGCTCGCATATATACAGGAAGTTTGATAAATAGATAAGCCATATAATTGAGACTCAACGTTG TGATTTCATCGAAATTAACCTGAAAAATTCTAAACATCTCCAGATTTAGCCAAGACATGTCTCTTCTCGACATGC AGCTTCCTGTTGCTTTTGGCATAACTCCCCAGAGAGCGAATCTTCGTTCCCCAGCATTCACAAATTGTTAAATAC TGACTTTCTATCGAGTAGGCTTTTTGACCTGTATTGCACAAGGGGACTTGATCGCTACTGGATCAGGCTTCATGT CTGTCATAATACCCTTCTGCATCGTTGCGGTATGGATAATTCAGGCTTTCTACTTGCGTACTTCACGACAGATCA GACTTCTCGATCTAGAAGCAAAGGCTCCTCTGTATGCCCACTTCATAGAAACGACAGAGGGTCTAACTACTGTGC GTGCACTTTGTTGGCAGCGTCAATTTGCAGATCGGAACACCGAGCTCCTCGATACGTCCCAGAAACCATTTTACA CCATGTATTCCATTCAGCAGTGGTTGCAGGTTGTTTTGGATCTACTTGTTGCGGGCCTTGCCACCGTTCTTGTTT CCCTAGCTGTTTTTGTGACAAAGCAAAGTAGCTCTGGGGCCGTCGTTGTGAACTTATTTCATTCAACTCAACTTT GACATTGTTGATTACTAATTGGACACAGCTTGAGACTTCTCTAGGCGCAATTGCAAGGGTCAAGCAATTTGTGAC TGACCCACAGCTACAACCTATTGCCAGAAGAGAGATGGCTTATCTCAAGCGCTGGCCTTCGGAAGGTCGAATGGA ATTTCGAAGGGTTTCTGCTTCATATGGGTAAGTGTCTCTTTCAGCATCACTCTGTTACGCAAATAGAAATGAACC AAAGGACTAAGATTGCTATTAGGGGGCATGATTCCGTTCCAGCTGTGCGGGATATCTCATTTACACTGGAAGGTA AGGATGGATAAGCTTTATGAATGAGGCATAAGTGATAAGTTGAATAGTGGGAAGAGTTCTTTACTTGCTTGCATT TTCTCTCTCGCGACGATCACGTCCGGCGAAATCTACATTGACGGCATTGACATCTCAACCGTTCCCAAGGAAAAG CTTCATTCTGCATTGGTCCCAATATCCCAAAATCCCAAAATCCCCTGATTCTTCCCGGTTCTGTTCGCCAAAATA TTTCCTTGGGAATATCATCAACGATTGA

Domain #	Start	End	Length
1	190	212	22
2	227	249	22
3	443	462	19
4	529	551	22
5	556	575	19
6	614	636	22
7	706	728	22

Domain #	Start	End	Length
1	190	212	22
2	227	249	22
3	443	462	19
4	529	551	22
5	556	575	19
6	614	636	22
7	706	728	22

Fungal Genomics

General Properties

PFAM Domains

GO

SignalP

Transmembrane Domains

Transcription Factor Class

Expression data

Analysis 1: Genome-wide gene expression in conidia of Penicillium roqueforti during growth at various temperatures and for various amounts of time. Published in Punt et al., 2020.

Sequences

Domain #	Start	End	Length
1	190	212	22
2	227	249	22
3	443	462	19
4	529	551	22
5	556	575	19
6	614	636	22
7	706	728	22