Penicillium roqueforti LCP96 04111

General Properties

Protein ID	Pro_DTO377G3_2\|g4491.t1
Gene name
Location	scaffold_09:383558..387028
Strand	-
Gene length (bp)	3470
Transcript length (bp)	3417
Coding sequence length (bp)	3417
Protein length (aa)	1139

PFAM Domains

PFAM Domain ID	Short name	Long name	E-value	Start	End
PF00069	Pkinase	Protein kinase domain	3.1E-40	711	999
PF06479	Ribonuc_2-5A	Ribonuclease 2-5A	1.4E-40	1005	1134
PF07714	PK_Tyr_Ser-Thr	Protein tyrosine and serine/threonine kinase	5.2E-20	711	993

GO

GO Term	Description	Terminal node
GO:0004672	protein kinase activity	Yes
GO:0005524	ATP binding	Yes
GO:0006468	protein phosphorylation	Yes
GO:0006397	mRNA processing	Yes
GO:0004540	ribonuclease activity	Yes
GO:0097367	carbohydrate derivative binding	No
GO:0006793	phosphorus metabolic process	No
GO:0008152	metabolic process	No
GO:0000166	nucleotide binding	No
GO:0043170	macromolecule metabolic process	No
GO:0004518	nuclease activity	No
GO:0016740	transferase activity	No
GO:0016071	mRNA metabolic process	No
GO:0030554	adenyl nucleotide binding	No
GO:0071704	organic substance metabolic process	No
GO:1901360	organic cyclic compound metabolic process	No
GO:0036211	protein modification process	No
GO:0005488	binding	No
GO:0017076	purine nucleotide binding	No
GO:0008150	biological_process	No
GO:0006396	RNA processing	No
GO:0006725	cellular aromatic compound metabolic process	No
GO:0019538	protein metabolic process	No
GO:0043167	ion binding	No
GO:0016772	transferase activity, transferring phosphorus-containing groups	No
GO:0016070	RNA metabolic process	No
GO:0032559	adenyl ribonucleotide binding	No
GO:0035639	purine ribonucleoside triphosphate binding	No
GO:0140096	catalytic activity, acting on a protein	No
GO:0003824	catalytic activity	No
GO:0140098	catalytic activity, acting on RNA	No
GO:0044238	primary metabolic process	No
GO:0140640	catalytic activity, acting on a nucleic acid	No
GO:0016773	phosphotransferase activity, alcohol group as acceptor	No
GO:0009987	cellular process	No
GO:1901564	organonitrogen compound metabolic process	No
GO:0016788	hydrolase activity, acting on ester bonds	No
GO:0044237	cellular metabolic process	No
GO:0016310	phosphorylation	No
GO:0090304	nucleic acid metabolic process	No
GO:0043168	anion binding	No
GO:1901363	heterocyclic compound binding	No
GO:0016787	hydrolase activity	No
GO:0006796	phosphate-containing compound metabolic process	No
GO:0032555	purine ribonucleotide binding	No
GO:0032553	ribonucleotide binding	No
GO:0097159	organic cyclic compound binding	No
GO:0006139	nucleobase-containing compound metabolic process	No
GO:0006807	nitrogen compound metabolic process	No
GO:0003674	molecular_function	No
GO:0043412	macromolecule modification	No
GO:0046483	heterocycle metabolic process	No
GO:0036094	small molecule binding	No
GO:0034641	cellular nitrogen compound metabolic process	No
GO:0016301	kinase activity	No
GO:1901265	nucleoside phosphate binding	No

SignalP

[Help with interpreting these statistics]

SignalP signal predicted	Location (based on Ymax)	D score (significance: > 0.45)
Yes	1 - 34	0.45

Transmembrane Domains

(None)

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.

Expression values

Label	Description	Expression (RPKM)	Confidence interval (low)	Confidence interval (high)
3d_25C	Three days - 25 degrees Celsius	67.06	40.72	93.40
5d_25C	Five days - 25 degrees Celsius	69.01	41.90	96.11
7d_25C	Seven days - 25 degrees Celsius	69.17	42.00	96.33
10d_25C	Ten days - 25 degrees Celsius	77.13	46.50	107.77
7d_15C	Seven days - 15 degrees Celsius	57.00	34.82	79.19
7d_30C	Seven days - 30 degrees Celsius	88.19	52.65	123.74

Differential expression

Label1	Label2	Q-value	Significant difference
3d_25C	5d_25C	0.931250	no
3d_25C	7d_25C	0.925634	no
3d_25C	7d_15C	0.519816	no
3d_25C	7d_30C	0.240367	no
3d_25C	10d_25C	0.600730	no
5d_25C	7d_25C	0.994202	no
5d_25C	7d_15C	0.432707	no
5d_25C	7d_30C	0.303046	no
5d_25C	10d_25C	0.693220	no
7d_25C	7d_15C	0.424286	no
7d_25C	7d_30C	0.305275	no
7d_25C	10d_25C	0.701493	no
7d_15C	7d_30C	0.036077	yes
7d_15C	10d_25C	0.179647	no
7d_30C	10d_25C	0.632486	no

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\|g4491.t1 MRWRLPGVRSTLPASVALLLLPALVAPLQQSDAHDPISRVSVPLAQESSRQNAAHVAAPPIVKPNDASALATLAL AGSGRAVRAPPVQASSTAAGLASQLHARSLQDWEVEDFVLLATVDGTIHARDRKTGTARWALEVPSSPVVESIYH RANRSSFDDTEPEDDFLWIVEPSQDGSLYIYSPAPDAGLQKLGLTVKQLVDETPYSGTDPAVTYTARKETTLYTI DARTGSILRVFSSRGPITAAPECRKVDGEDLESDECESTSGTLVLGRVEYAVAIQNTETGDPICTLKYSEWAPNN RDMDLQSQYYRTMDESHIYSMHDGVVLGFDHSRMGRPRYTQRFSSPVARVFDVVRPANKDTPDASTPLVLLSQPS QPPDPDYGSLNEERDMRVYIDCTEAGGWYAFSEETYPLATGRAPMAQCYDKDFFRRGQALMSLSARQQRNALAGV HSLTGPRIIRPNIPRIAGSSTSELSNDTPRDILRSPSELALPPALRNSAIIRKSWDNALDIVVTLILLFICTFIY FNSHHIRDLAKQKLDIKNIINSNDKPSLSTPSTPLVGGAPDIKRSSTPTQEVPNVTVDLDLEDASPEGALTPRAS REYNPDSTLRVQIREPSRGPGDEDADEPGKPKKKTRYRGSRGGKAHRRRKKPGSEGDGPEGADQAAEQVNTLAPQ PRLETDAQMTRTISNEIIEMDGVVRIGRLRVFTDVVLGHGSHGTVVYRGSFDGRDVAVKRMLMEFYDIASHEVGL LQESDDHHNVIRYFCREQATGFLYIGLELCPASLQDVIERPASYPELVQAGLDLPDVLRQITQGVRYLHSLKIVH RDLKPQNILVAMPRGRTVSRSLRLLISDFGLCKKLEDNQSSFRATTAHAAGTSGWRAPELLVDDDGPISLASQHT ESSEPAVVDPQTNRRATRAIDIFSLGCVFYYVLTRGSHPFDKNGKFMREANIVKGQFDLEELSRLGDYAFEADDL IRSMLSLDPRQRPDASAVLMHPFFWPPSDRLAFLCDVSDHFEFEPREPPSDALLCLESVAKRVMGPDMDFLRSLP RDFKDNLGKQRKYTGGRMLDLLRALRNKRNHYNDMPDHLKDNIGGLPEGYLNFWTYRFPSLLMSCHSVIVELDLA HNDRFRRYFVPPE*
Coding	>Pro_DTO377G3_2\|g4491.t1 ATGCGGTGGCGGCTGCCGGGCGTCCGTTCGACACTCCCCGCCAGTGTCGCACTCCTTCTTCTCCCAGCTCTGGTC GCTCCGCTGCAGCAATCAGATGCCCATGACCCTATATCTCGCGTCTCTGTGCCACTAGCACAAGAGTCATCTAGA CAAAATGCGGCCCATGTAGCCGCACCACCCATCGTGAAACCCAACGATGCGAGCGCCCTTGCTACTCTGGCTCTG GCAGGCTCCGGCCGCGCCGTTCGAGCCCCTCCTGTCCAAGCCAGCAGCACTGCTGCTGGTTTGGCTTCGCAGCTT CACGCGCGGTCCTTGCAGGACTGGGAGGTTGAGGATTTTGTGCTGCTGGCGACCGTCGACGGAACCATTCACGCC CGTGATCGTAAGACCGGGACTGCTCGCTGGGCCCTCGAGGTCCCGAGCAGTCCTGTGGTCGAAAGCATCTACCAC CGAGCGAATCGTTCCAGTTTTGACGATACAGAACCGGAAGACGACTTTTTGTGGATCGTCGAGCCGAGCCAGGAT GGCAGCCTATATATCTACAGCCCCGCCCCAGATGCCGGCTTGCAAAAGCTCGGCTTAACAGTGAAGCAGCTTGTT GACGAAACCCCTTATTCCGGCACCGACCCCGCCGTGACCTATACTGCCCGGAAGGAAACTACATTGTATACGATT GACGCCCGGACTGGCAGCATCCTGCGGGTGTTTAGTTCCCGTGGTCCAATTACCGCTGCACCTGAATGTCGGAAG GTGGACGGAGAAGATTTGGAATCTGATGAATGCGAGTCGACATCTGGCACTTTGGTTCTTGGTCGGGTTGAATAT GCCGTTGCCATACAAAACACGGAGACGGGAGATCCAATTTGTACCTTGAAGTACTCCGAGTGGGCACCAAACAAT CGTGATATGGACCTACAAAGCCAGTACTACAGGACGATGGATGAAAGTCACATTTACAGTATGCATGATGGCGTT GTACTGGGATTCGATCACTCGCGCATGGGTCGGCCTCGCTATACCCAGCGCTTTTCATCTCCTGTGGCGCGAGTC TTTGACGTGGTTCGTCCTGCCAACAAAGATACACCAGATGCCTCGACCCCGCTAGTCCTGCTCTCACAACCCAGC CAGCCACCGGATCCAGATTATGGATCCCTTAACGAGGAAAGGGACATGCGTGTATACATCGATTGCACTGAGGCG GGGGGCTGGTATGCCTTTTCGGAGGAAACCTATCCCCTAGCCACGGGCCGGGCTCCAATGGCTCAATGCTATGAC AAAGACTTCTTCCGCCGGGGGCAAGCGCTTATGAGTCTGAGTGCGCGTCAGCAGCGGAATGCGTTGGCCGGTGTT CACTCTCTCACTGGCCCTCGTATAATCCGGCCAAATATTCCTAGAATCGCCGGATCGTCCACCTCTGAACTTTCC AATGACACACCACGAGATATCCTTCGCAGCCCTTCTGAGCTGGCTTTGCCTCCCGCCTTGCGCAATAGCGCCATC ATTCGCAAGAGCTGGGACAATGCTTTGGATATTGTCGTGACGTTGATTTTACTGTTCATCTGCACCTTCATTTAC TTCAACTCGCATCACATTCGCGATTTGGCAAAGCAGAAGTTGGACATCAAGAATATCATCAACTCGAATGATAAG CCTTCTCTCTCGACCCCTTCCACACCTCTTGTCGGCGGTGCCCCGGATATCAAGCGTTCATCTACACCAACCCAG GAAGTTCCAAACGTCACAGTGGACTTAGATTTAGAGGATGCATCACCGGAGGGCGCATTAACCCCCCGTGCTTCC CGAGAATACAATCCAGATTCCACCCTCCGGGTGCAGATTCGCGAGCCGTCACGTGGGCCTGGTGACGAGGATGCC GATGAGCCTGGAAAGCCAAAGAAAAAAACCCGCTATCGTGGATCTCGAGGAGGAAAGGCACACCGCCGTCGCAAG AAGCCTGGCAGTGAGGGTGATGGCCCCGAAGGAGCCGATCAGGCCGCCGAACAAGTCAACACCCTAGCCCCCCAG CCTCGACTTGAAACCGATGCACAGATGACCAGGACGATCTCGAACGAGATTATAGAGATGGATGGCGTGGTTCGC ATAGGCCGGCTTCGGGTTTTCACTGATGTTGTGCTTGGACATGGCAGCCATGGCACTGTGGTTTACCGCGGTTCG TTCGACGGACGAGACGTCGCGGTCAAGCGTATGTTGATGGAATTCTATGACATTGCGTCCCATGAAGTGGGCCTA TTGCAGGAAAGCGATGACCACCACAACGTGATCCGATACTTCTGCCGTGAACAAGCCACCGGGTTCCTGTATATT GGCCTCGAGCTTTGTCCAGCGTCTCTTCAGGATGTGATTGAGCGTCCTGCTAGCTACCCGGAACTAGTTCAAGCC GGCTTAGATCTGCCAGACGTACTGCGGCAGATTACACAGGGTGTCCGTTACTTGCACTCTTTGAAGATCGTCCAC CGTGATTTGAAGCCGCAGAACATCCTCGTGGCTATGCCCCGTGGCCGCACTGTTTCGCGGTCATTGCGTCTCCTC ATCTCGGATTTTGGCTTGTGCAAGAAACTCGAAGACAACCAAAGCTCGTTCCGGGCAACCACTGCTCACGCCGCT GGAACTTCCGGCTGGCGTGCCCCCGAGCTCCTGGTGGATGATGACGGCCCTATATCTCTTGCATCCCAGCATACC GAGTCTTCGGAGCCGGCTGTGGTGGACCCGCAGACCAACCGCCGCGCCACTCGGGCCATTGACATTTTCTCGCTG GGTTGTGTGTTCTACTACGTCTTGACTCGTGGCAGCCACCCATTCGACAAAAATGGCAAGTTCATGCGTGAAGCA AACATCGTCAAGGGCCAATTCGATTTGGAAGAATTAAGCCGCCTAGGCGACTACGCTTTCGAGGCGGATGATCTG ATCCGCTCAATGCTGTCTCTAGACCCTCGGCAACGTCCTGATGCAAGCGCTGTATTAATGCACCCGTTCTTCTGG CCCCCATCAGACCGTCTCGCCTTCCTTTGTGATGTATCTGACCACTTCGAATTTGAGCCCCGCGAGCCTCCATCA GACGCACTGCTTTGTTTGGAATCAGTGGCCAAGCGAGTAATGGGTCCCGACATGGATTTCCTGCGCTCATTGCCG CGGGATTTCAAAGACAATCTCGGCAAGCAGCGCAAATATACCGGGGGGCGGATGCTGGATCTCCTGAGGGCTCTC CGCAACAAGCGCAATCACTACAACGATATGCCTGATCATCTTAAGGATAATATTGGTGGCTTGCCTGAAGGATAT CTCAATTTCTGGACATACAGGTTCCCAAGTCTGTTGATGAGCTGTCATTCGGTCATTGTTGAGCTGGATTTAGCT CACAATGATCGCTTCCGGAGGTATTTTGTGCCTCCGGAATAG
Transcript	>Pro_DTO377G3_2\|g4491.t1 ATGCGGTGGCGGCTGCCGGGCGTCCGTTCGACACTCCCCGCCAGTGTCGCACTCCTTCTTCTCCCAGCTCTGGTC GCTCCGCTGCAGCAATCAGATGCCCATGACCCTATATCTCGCGTCTCTGTGCCACTAGCACAAGAGTCATCTAGA CAAAATGCGGCCCATGTAGCCGCACCACCCATCGTGAAACCCAACGATGCGAGCGCCCTTGCTACTCTGGCTCTG GCAGGCTCCGGCCGCGCCGTTCGAGCCCCTCCTGTCCAAGCCAGCAGCACTGCTGCTGGTTTGGCTTCGCAGCTT CACGCGCGGTCCTTGCAGGACTGGGAGGTTGAGGATTTTGTGCTGCTGGCGACCGTCGACGGAACCATTCACGCC CGTGATCGTAAGACCGGGACTGCTCGCTGGGCCCTCGAGGTCCCGAGCAGTCCTGTGGTCGAAAGCATCTACCAC CGAGCGAATCGTTCCAGTTTTGACGATACAGAACCGGAAGACGACTTTTTGTGGATCGTCGAGCCGAGCCAGGAT GGCAGCCTATATATCTACAGCCCCGCCCCAGATGCCGGCTTGCAAAAGCTCGGCTTAACAGTGAAGCAGCTTGTT GACGAAACCCCTTATTCCGGCACCGACCCCGCCGTGACCTATACTGCCCGGAAGGAAACTACATTGTATACGATT GACGCCCGGACTGGCAGCATCCTGCGGGTGTTTAGTTCCCGTGGTCCAATTACCGCTGCACCTGAATGTCGGAAG GTGGACGGAGAAGATTTGGAATCTGATGAATGCGAGTCGACATCTGGCACTTTGGTTCTTGGTCGGGTTGAATAT GCCGTTGCCATACAAAACACGGAGACGGGAGATCCAATTTGTACCTTGAAGTACTCCGAGTGGGCACCAAACAAT CGTGATATGGACCTACAAAGCCAGTACTACAGGACGATGGATGAAAGTCACATTTACAGTATGCATGATGGCGTT GTACTGGGATTCGATCACTCGCGCATGGGTCGGCCTCGCTATACCCAGCGCTTTTCATCTCCTGTGGCGCGAGTC TTTGACGTGGTTCGTCCTGCCAACAAAGATACACCAGATGCCTCGACCCCGCTAGTCCTGCTCTCACAACCCAGC CAGCCACCGGATCCAGATTATGGATCCCTTAACGAGGAAAGGGACATGCGTGTATACATCGATTGCACTGAGGCG GGGGGCTGGTATGCCTTTTCGGAGGAAACCTATCCCCTAGCCACGGGCCGGGCTCCAATGGCTCAATGCTATGAC AAAGACTTCTTCCGCCGGGGGCAAGCGCTTATGAGTCTGAGTGCGCGTCAGCAGCGGAATGCGTTGGCCGGTGTT CACTCTCTCACTGGCCCTCGTATAATCCGGCCAAATATTCCTAGAATCGCCGGATCGTCCACCTCTGAACTTTCC AATGACACACCACGAGATATCCTTCGCAGCCCTTCTGAGCTGGCTTTGCCTCCCGCCTTGCGCAATAGCGCCATC ATTCGCAAGAGCTGGGACAATGCTTTGGATATTGTCGTGACGTTGATTTTACTGTTCATCTGCACCTTCATTTAC TTCAACTCGCATCACATTCGCGATTTGGCAAAGCAGAAGTTGGACATCAAGAATATCATCAACTCGAATGATAAG CCTTCTCTCTCGACCCCTTCCACACCTCTTGTCGGCGGTGCCCCGGATATCAAGCGTTCATCTACACCAACCCAG GAAGTTCCAAACGTCACAGTGGACTTAGATTTAGAGGATGCATCACCGGAGGGCGCATTAACCCCCCGTGCTTCC CGAGAATACAATCCAGATTCCACCCTCCGGGTGCAGATTCGCGAGCCGTCACGTGGGCCTGGTGACGAGGATGCC GATGAGCCTGGAAAGCCAAAGAAAAAAACCCGCTATCGTGGATCTCGAGGAGGAAAGGCACACCGCCGTCGCAAG AAGCCTGGCAGTGAGGGTGATGGCCCCGAAGGAGCCGATCAGGCCGCCGAACAAGTCAACACCCTAGCCCCCCAG CCTCGACTTGAAACCGATGCACAGATGACCAGGACGATCTCGAACGAGATTATAGAGATGGATGGCGTGGTTCGC ATAGGCCGGCTTCGGGTTTTCACTGATGTTGTGCTTGGACATGGCAGCCATGGCACTGTGGTTTACCGCGGTTCG TTCGACGGACGAGACGTCGCGGTCAAGCGTATGTTGATGGAATTCTATGACATTGCGTCCCATGAAGTGGGCCTA TTGCAGGAAAGCGATGACCACCACAACGTGATCCGATACTTCTGCCGTGAACAAGCCACCGGGTTCCTGTATATT GGCCTCGAGCTTTGTCCAGCGTCTCTTCAGGATGTGATTGAGCGTCCTGCTAGCTACCCGGAACTAGTTCAAGCC GGCTTAGATCTGCCAGACGTACTGCGGCAGATTACACAGGGTGTCCGTTACTTGCACTCTTTGAAGATCGTCCAC CGTGATTTGAAGCCGCAGAACATCCTCGTGGCTATGCCCCGTGGCCGCACTGTTTCGCGGTCATTGCGTCTCCTC ATCTCGGATTTTGGCTTGTGCAAGAAACTCGAAGACAACCAAAGCTCGTTCCGGGCAACCACTGCTCACGCCGCT GGAACTTCCGGCTGGCGTGCCCCCGAGCTCCTGGTGGATGATGACGGCCCTATATCTCTTGCATCCCAGCATACC GAGTCTTCGGAGCCGGCTGTGGTGGACCCGCAGACCAACCGCCGCGCCACTCGGGCCATTGACATTTTCTCGCTG GGTTGTGTGTTCTACTACGTCTTGACTCGTGGCAGCCACCCATTCGACAAAAATGGCAAGTTCATGCGTGAAGCA AACATCGTCAAGGGCCAATTCGATTTGGAAGAATTAAGCCGCCTAGGCGACTACGCTTTCGAGGCGGATGATCTG ATCCGCTCAATGCTGTCTCTAGACCCTCGGCAACGTCCTGATGCAAGCGCTGTATTAATGCACCCGTTCTTCTGG CCCCCATCAGACCGTCTCGCCTTCCTTTGTGATGTATCTGACCACTTCGAATTTGAGCCCCGCGAGCCTCCATCA GACGCACTGCTTTGTTTGGAATCAGTGGCCAAGCGAGTAATGGGTCCCGACATGGATTTCCTGCGCTCATTGCCG CGGGATTTCAAAGACAATCTCGGCAAGCAGCGCAAATATACCGGGGGGCGGATGCTGGATCTCCTGAGGGCTCTC CGCAACAAGCGCAATCACTACAACGATATGCCTGATCATCTTAAGGATAATATTGGTGGCTTGCCTGAAGGATAT CTCAATTTCTGGACATACAGGTTCCCAAGTCTGTTGATGAGCTGTCATTCGGTCATTGTTGAGCTGGATTTAGCT CACAATGATCGCTTCCGGAGGTATTTTGTGCCTCCGGAATAG
Gene	>Pro_DTO377G3_2\|g4491.t1 ATGCGGTGGCGGCTGCCGGGCGTCCGTTCGACACTCCCCGCCAGTGTCGCACTCCTTCTTCTCCCAGCTCTGGTC GCTCCGCTGCAGCAATCAGATGCCCATGACCCTATATCTCGCGTCTCTGTGCCACTAGCACAAGAGTCATCTAGA CAAAATGCGGCCCATGTAGCCGCACCACCCATCGTGAAACCCAACGATGCGAGCGCCCTTGCTACTCTGGCTCTG GCAGGCTCCGGCCGCGCCGTTCGAGCCCCTCCTGTCCAAGCCAGCAGCACTGCTGCTGGTTTGGCTTCGCAGCTT CACGCGCGGTCCTTGCAGGACTGGGAGGTTGAGGATTTTGTGCTGCTGGCGACCGTCGACGGAACCATTCACGCC CGTGATCGTAAGACCGGGACTGCTCGCTGGGCCCTCGAGGTCCCGAGCAGTCCTGTGGTCGAAAGCATCTACCAC CGAGCGAATCGTTCCAGTTTTGACGATACAGAACCGGAAGACGACTTTTTGTGGATCGTCGAGCCGAGCCAGGAT GGCAGCCTATATATCTACAGCCCCGCCCCAGATGCCGGCTTGCAAAAGCTCGGCTTAACAGTGAAGCAGCTTGTT GACGAAACCCCTTATTCCGGCACCGACCCCGCCGTGACCTATACTGCCCGGAAGGAAACTACATTGTATACGATT GACGCCCGGACTGGCAGCATCCTGCGGGTGTTTAGTTCCCGTGGTCCAATTACCGCTGCACCTGAATGTCGGAAG GTGGACGGAGAAGATTTGGAATCTGATGAATGCGAGTCGACATCTGGCACTTTGGTTCTTGGTCGGGTTGAATAT GCCGTTGCCATACAAAACACGGAGACGGGAGATCCAATTTGTACCTTGAAGTACTCCGAGTGGGCACCAAACAAT CGTGATATGGACCTACAAAGCCAGTACTACAGGACGATGGATGAAAGTCACATTTACAGTATGCATGATGGCGTT GTACTGGGATTCGATCACTCGCGCATGGGTCGGCCTCGCTATACCCAGCGCTTTTCATCTCCTGTGGCGCGAGTC TTTGACGTGGTTCGTCCTGCCAACAAAGATACACCAGATGCCTCGACCCCGCTAGTCCTGCTCTCACAACCCAGC CAGCCACCGGATCCAGATTATGGATCCCTTAACGAGGAAAGGGACATGCGTGTATACATCGATTGCACTGAGGCG GGGGGCTGGTATGCCTTTTCGGAGGAAACCTATCCCCTAGCCACGGGCCGGGCTCCAATGGCTCAATGCTATGAC AAAGACTTCTTCCGCCGGGGGCAAGCGCTTATGAGTCTGAGTGCGCGTCAGCAGCGGAATGCGTTGGCCGGTGTT CACTCTCTCACTGGCCCTCGTATAATCCGGCCAAATATTCCTAGAATCGCCGGATCGTCCACCTCTGAACTTTCC AATGACACACCACGAGATATCCTTCGCAGCCCTTCTGAGCTGGCTTTGCCTCCCGCCTTGCGCAATAGCGCCATC ATTCGCAAGAGCTGGGACAATGCTTTGGATATTGTCGTGACGTTGATTTTACTGTTCATCTGCACCTTCATTTAC TTCAACTCGCATCACATTCGCGATTTGGCAAAGCAGAAGTTGGACATCAAGAATATCATCAACTCGAATGATAAG CCTTCTCTCTCGACCCCTTCCACACCTCTTGTCGGCGGTGCCCCGGATATCAAGCGTTCATCTACACCAACCCAG GAAGTTCCAAACGTCACAGTGGACTTAGATTTAGAGGATGCATCACCGGAGGGCGCATTAACCCCCCGTGCTTCC CGAGAATACAATCCAGATTCCACCCTCCGGGTGCAGATTCGCGAGCCGTCACGTGGGCCTGGTGACGAGGATGCC GATGAGCCTGGAAAGCCAAAGAAAAAAACCCGCTATCGTGGATCTCGAGGAGGAAAGGCACACCGCCGTCGCAAG AAGCCTGGCAGTGAGGGTGATGGCCCCGAAGGAGCCGATCAGGCCGCCGAACAAGTCAACACCCTAGCCCCCCAG CCTCGACTTGAAACCGATGCACAGATGACCAGGACGATCTCGAACGAGATTATAGAGATGGATGGCGTGGTTCGC ATAGGCCGGCTTCGGGTTTTCACTGATGTTGTGCTTGGACATGGCAGCCATGGCACTGTGGTTTACCGCGGTTCG TTCGACGGACGAGACGTCGCGGTCAAGCGTATGTTGATGGAATTCTATGACATTGCGTCCCATGAAGTGGGCCTA TTGCAGGAAAGCGATGACCACCACAACGTGATCCGATACTTCTGCCGTGAACAAGCCACCGGGTTCCTGTATATT GGCCTCGAGCTTTGTCCAGCGTCTCTTCAGGATGTGATTGAGCGTCCTGCTAGCTACCCGGAACTAGTTCAAGCC GGCTTAGATCTGCCAGACGTACTGCGGCAGATTACACAGGGTGTCCGTTACTTGCACTCTTTGAAGATCGTCCAC CGTGATTTGAAGCCGCAGAACATCCTCGTGGCTATGCCCCGTGGCCGCACTGTTTCGCGGTCATTGCGTCTCCTC ATCTCGGATTTTGGCTTGTGCAAGAAACTCGAAGACAACCAAAGCTCGTTCCGGGCAACCACTGCTCACGCCGCT GGAACTTCCGGCTGGCGTGCCCCCGAGCTCCTGGTGGATGATGACGGCCCTATATCTCTTGCATCCCAGCATACC GAGTCTTCGGAGCCGGCTGTGGTGGACCCGCAGACCAACCGCCGCGCCACTCGGGCCATTGACATTTTCTCGCTG GGTTGTGTGTTCTACTACGTCTTGACTCGTGGCAGCCACCCATTCGACAAAAATGGCAAGTTCATGCGTGAAGCA AACATCGTCAAGGGCCAATTCGATTTGGAAGAATTAAGCCGCCTAGGCGACTACGCTTTCGAGGCGGATGATCTG ATCCGCTCAATGCTGTCTCTAGACCCTCGGCAACGGTAAGCACTCTTCTTTGCGGAAACATACCCAACTTACTAA CATGAATTTCTAGTCCTGATGCAAGCGCTGTATTAATGCACCCGTTCTTCTGGCCCCCATCAGACCGTCTCGCCT TCCTTTGTGATGTATCTGACCACTTCGAATTTGAGCCCCGCGAGCCTCCATCAGACGCACTGCTTTGTTTGGAAT CAGTGGCCAAGCGAGTAATGGGTCCCGACATGGATTTCCTGCGCTCATTGCCGCGGGATTTCAAAGACAATCTCG GCAAGCAGCGCAAATATACCGGGGGGCGGATGCTGGATCTCCTGAGGGCTCTCCGCAACAAGCGCAATCACTACA ACGATATGCCTGATCATCTTAAGGATAATATTGGTGGCTTGCCTGAAGGATATCTCAATTTCTGGACATACAGGT TCCCAAGTCTGTTGATGAGCTGTCATTCGGTCATTGTTGAGCTGGATTTAGCTCACAATGATCGCTTCCGGAGGT ATTTTGTGCCTCCGGAATAG

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