Penicillium roqueforti LCP96 04111

General Properties

Protein ID	Pro_DTO377G3_2\|g4615.t1
Gene name
Location	scaffold_09:697875..699619
Strand	-
Gene length (bp)	1744
Transcript length (bp)	1545
Coding sequence length (bp)	1545
Protein length (aa)	515

Overview

PFAM Domains

PFAM Domain ID	Short name	Long name	E-value	Start	End
PF00450	Peptidase_S10	Serine carboxypeptidase	6.9E-89	67	508

GO

GO Term	Description	Terminal node
GO:0006508	proteolysis	Yes
GO:0004185	serine-type carboxypeptidase activity	Yes
GO:0043170	macromolecule metabolic process	No
GO:0003824	catalytic activity	No
GO:0008233	peptidase activity	No
GO:0140096	catalytic activity, acting on a protein	No
GO:0008236	serine-type peptidase activity	No
GO:0004180	carboxypeptidase activity	No
GO:0008238	exopeptidase activity	No
GO:0019538	protein metabolic process	No
GO:0008150	biological_process	No
GO:0071704	organic substance metabolic process	No
GO:0044238	primary metabolic process	No
GO:0008152	metabolic process	No
GO:0003674	molecular_function	No
GO:0070008	serine-type exopeptidase activity	No
GO:0006807	nitrogen compound metabolic process	No
GO:0016787	hydrolase activity	No
GO:0017171	serine hydrolase activity	No
GO:1901564	organonitrogen compound metabolic process	No

Deeploc

Deeploc data not available for this genome

SignalP

SignalP signal predicted	Location	Score
Yes	1 - 21	0.999591

Transmembrane Domains

(None)

Transcription Factor Class

(None)

CAZymes

(None)

Secondary Metabolism

(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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Orthologs

Orthofinder run ID	2
Orthogroup	6926
Change Orthofinder run

Species	Protein ID
Penicillium roqueforti DTO002I6	Pro_DTO002I6_2\|g7622.t1
Penicillium roqueforti DTO003C3	Pro_DTO003C3_2\|g2574.t1
Penicillium roqueforti DTO003H1 (CBS 147308)	Pro_DTO003H1_2\|g3148.t1
Penicillium roqueforti DTO006G1	Pro_DTO006G1_2\|g7718.t1
Penicillium roqueforti DTO006G7	Pro_DTO006G7_3\|g4531.t1
Penicillium roqueforti DTO012A1	Pro_DTO012A1_2\|g7019.t1
Penicillium roqueforti DTO012A2 (CBS 147309)	Pro_DTO012A2_2\|g3450.t1
Penicillium roqueforti DTO012A6 (CBS 147310)	Pro_DTO012A6_2\|g3869.t1
Penicillium roqueforti DTO012A7	Pro_DTO012A7_2\|g294.t1
Penicillium roqueforti DTO012A8	Pro_DTO012A8_2\|g8528.t1
Penicillium roqueforti DTO012A9	Pro_DTO012A9_2\|g9744.t1
Penicillium roqueforti DTO013E5	Pro_DTO013E5_2\|g2723.t1
Penicillium roqueforti DTO013F2	Pro_DTO013F2_2\|g5664.t1
Penicillium roqueforti DTO013F5 (CBS 147311)	Pro_DTO013F5_2\|g2825.t1
Penicillium roqueforti DTO027I6	Pro_DTO027I6_2\|g2296.t1
Penicillium roqueforti DTO032C6	Pro_DTO032C6_2\|g4690.t1
Penicillium roqueforti DTO039G3	Pro_DTO039G3_2\|g1919.t1
Penicillium roqueforti DTO046C5	Pro_DTO046C5_2\|g1504.t1
Penicillium roqueforti DTO070G2 (CBS 147317)	Pro_DTO070G2_2\|g6826.t1
Penicillium roqueforti DTO081F9 (CBS 147318)	Pro_DTO081F9_2\|g3171.t1
Penicillium roqueforti DTO101D6 (CBS 147325)	Pro_DTO101D6_2\|g8161.t1
Penicillium roqueforti DTO102I9 (CBS 147326)	Pro_DTO102I9_2\|g3577.t1
Penicillium roqueforti DTO126G2 (CBS 147330)	Pro_DTO126G2_2\|g5769.t1
Penicillium roqueforti DTO127F7 (CBS 147331)	Pro_DTO127F7_2\|g4324.t1
Penicillium roqueforti DTO127F9 (CBS 147332)	Pro_DTO127F9_2\|g5870.t1
Penicillium roqueforti DTO130C1 (CBS 147333)	Pro_DTO130C1_2\|g7254.t1
Penicillium roqueforti DTO163C3 (CBS 147337)	Pro_DTO163C3_2\|g4995.t1
Penicillium roqueforti DTO163F5 (CBS 147338)	Pro_DTO163F5_2\|g1405.t1
Penicillium roqueforti DTO163G4 (CBS 147339)	Pro_DTO163G4_2\|g5247.t1
Penicillium roqueforti DTO265D5 (CBS 147372)	Pro_DTO265D5_2\|g6221.t1
Penicillium roqueforti DTO369A1 (CBS 147354)	Pro_DTO369A1_2\|g3933.t1
Penicillium roqueforti DTO375B1 (CBS 147355)	Pro_DTO375B1_2\|g6635.t1
Penicillium roqueforti DTO377G2 (LCP 96.3914a)	Pro_DTO377G2_2\|g3490.t1
Penicillium roqueforti LCP96 04111	Pro_DTO377G3_2\|g4615.t1 (this protein)

Sequences

Type of sequence	Sequence
Locus	Download genbank file of locus Download genbank file of locus (reverse complement) 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\|g4615.t1 MFGRSISAVLAIALLINGNEARQPTRGPSTRPTQQSEPIDPSNYRFLTNETKSHVVESLPDVNFDLGEMYSGFIP VRDDASLFYIFQPKIGEPSDDLTIWLNGGPGCSSMQGFLQENGRFTWQPGTYEPVINEYSWVNLTNMLWVDQPVG VGFSNGTPTATDEEDIAADFVNFFQEFQKTYGIKNFRIFLTGESYAGRYVPFISAAMLDKNDTEYFNLSGALMYD ACIGQWDYIQAELPSYPFVEQHAELFNFNQSYMGELQATYEECGYKEYFEEYFTYPASGVQPSKQMNYSECDIYN MIYFEAYNPNPCWSPYKVSQTCPLLWDVLGFPTDLAYQPGPSTYFNRTDVKSALHVPLDIDWELCSIESVFVGVN PGPEQQYDESANPTEHVLPRLIEATNRVLISNGDWDYLIITNGTLLAIQNMTWNGELGFQTRPTTPITIDTSDLQ YAPVFTAQDDYGGLDGPQGLMGVQHYERGLMFAETFQAGHRQSQDQGRMSYRHVQWLLGDVERL*
Coding	>Pro_DTO377G3_2\|g4615.t1 ATGTTCGGTCGATCGATCTCAGCAGTTCTGGCGATCGCACTGCTGATCAATGGCAACGAAGCACGACAGCCGACT CGAGGCCCTTCTACGCGTCCTACCCAGCAGTCTGAACCAATTGATCCCTCAAACTATCGATTTTTAACTAACGAG ACTAAATCCCATGTCGTGGAGAGTCTACCGGACGTTAATTTCGATTTGGGAGAGATGTACTCGGGGTTTATCCCT GTCCGTGACGATGCCTCCTTGTTCTACATATTCCAGCCGAAGATCGGGGAACCAAGCGACGACCTTACAATTTGG CTGAATGGTGGACCGGGATGTAGTTCAATGCAGGGGTTTCTGCAGGAGAACGGGCGCTTCACCTGGCAACCTGGT ACCTACGAACCTGTCATCAATGAGTACTCATGGGTTAATTTAACCAATATGTTATGGGTCGACCAACCGGTTGGA GTTGGGTTCTCAAACGGCACGCCGACTGCAACCGACGAGGAGGACATCGCTGCCGATTTCGTCAACTTTTTCCAA GAGTTCCAAAAAACATACGGTATTAAGAACTTTCGAATCTTCTTAACTGGTGAGAGTTATGCGGGCCGGTACGTG CCCTTCATATCCGCCGCCATGCTCGACAAGAATGATACCGAGTACTTCAACCTCAGCGGAGCCCTGATGTATGAT GCGTGCATCGGCCAGTGGGATTATATCCAGGCCGAACTCCCCTCCTACCCCTTCGTTGAACAACATGCCGAGCTC TTCAACTTTAACCAATCGTACATGGGGGAGCTGCAAGCTACCTACGAAGAATGCGGTTACAAGGAATACTTCGAG GAGTATTTCACCTATCCGGCCTCTGGAGTGCAACCCTCCAAACAAATGAACTACTCCGAGTGCGACATCTACAAC ATGATTTATTTCGAAGCTTATAATCCGAACCCATGTTGGAGTCCTTACAAGGTCAGCCAGACATGTCCACTCTTA TGGGATGTCCTGGGCTTCCCCACAGACCTTGCCTATCAACCCGGTCCCTCAACCTATTTCAACCGCACGGATGTG AAGAGCGCTCTGCATGTTCCTCTCGATATCGACTGGGAGCTCTGTAGCATCGAAAGCGTCTTTGTGGGCGTCAAC CCGGGGCCCGAGCAACAGTACGACGAGTCTGCGAATCCCACAGAGCATGTCCTGCCGCGACTGATCGAGGCGACT AATCGGGTCTTGATCTCGAATGGAGATTGGGACTATCTGATCATCACGAATGGAACGTTGCTGGCGATCCAGAAC ATGACCTGGAATGGCGAGCTGGGTTTCCAGACTCGTCCCACCACTCCCATTACTATTGACACGTCCGACTTGCAA TACGCTCCGGTCTTCACTGCCCAAGACGATTATGGCGGTTTGGATGGTCCACAGGGGTTGATGGGAGTCCAGCAC TATGAACGTGGTCTGATGTTTGCGGAAACCTTCCAAGCGGGTCATCGACAATCCCAGGATCAAGGCCGAATGTCT TATCGTCATGTCCAGTGGTTGTTGGGTGATGTTGAGCGTCTTTGA
Transcript	>Pro_DTO377G3_2\|g4615.t1 ATGTTCGGTCGATCGATCTCAGCAGTTCTGGCGATCGCACTGCTGATCAATGGCAACGAAGCACGACAGCCGACT CGAGGCCCTTCTACGCGTCCTACCCAGCAGTCTGAACCAATTGATCCCTCAAACTATCGATTTTTAACTAACGAG ACTAAATCCCATGTCGTGGAGAGTCTACCGGACGTTAATTTCGATTTGGGAGAGATGTACTCGGGGTTTATCCCT GTCCGTGACGATGCCTCCTTGTTCTACATATTCCAGCCGAAGATCGGGGAACCAAGCGACGACCTTACAATTTGG CTGAATGGTGGACCGGGATGTAGTTCAATGCAGGGGTTTCTGCAGGAGAACGGGCGCTTCACCTGGCAACCTGGT ACCTACGAACCTGTCATCAATGAGTACTCATGGGTTAATTTAACCAATATGTTATGGGTCGACCAACCGGTTGGA GTTGGGTTCTCAAACGGCACGCCGACTGCAACCGACGAGGAGGACATCGCTGCCGATTTCGTCAACTTTTTCCAA GAGTTCCAAAAAACATACGGTATTAAGAACTTTCGAATCTTCTTAACTGGTGAGAGTTATGCGGGCCGGTACGTG CCCTTCATATCCGCCGCCATGCTCGACAAGAATGATACCGAGTACTTCAACCTCAGCGGAGCCCTGATGTATGAT GCGTGCATCGGCCAGTGGGATTATATCCAGGCCGAACTCCCCTCCTACCCCTTCGTTGAACAACATGCCGAGCTC TTCAACTTTAACCAATCGTACATGGGGGAGCTGCAAGCTACCTACGAAGAATGCGGTTACAAGGAATACTTCGAG GAGTATTTCACCTATCCGGCCTCTGGAGTGCAACCCTCCAAACAAATGAACTACTCCGAGTGCGACATCTACAAC ATGATTTATTTCGAAGCTTATAATCCGAACCCATGTTGGAGTCCTTACAAGGTCAGCCAGACATGTCCACTCTTA TGGGATGTCCTGGGCTTCCCCACAGACCTTGCCTATCAACCCGGTCCCTCAACCTATTTCAACCGCACGGATGTG AAGAGCGCTCTGCATGTTCCTCTCGATATCGACTGGGAGCTCTGTAGCATCGAAAGCGTCTTTGTGGGCGTCAAC CCGGGGCCCGAGCAACAGTACGACGAGTCTGCGAATCCCACAGAGCATGTCCTGCCGCGACTGATCGAGGCGACT AATCGGGTCTTGATCTCGAATGGAGATTGGGACTATCTGATCATCACGAATGGAACGTTGCTGGCGATCCAGAAC ATGACCTGGAATGGCGAGCTGGGTTTCCAGACTCGTCCCACCACTCCCATTACTATTGACACGTCCGACTTGCAA TACGCTCCGGTCTTCACTGCCCAAGACGATTATGGCGGTTTGGATGGTCCACAGGGGTTGATGGGAGTCCAGCAC TATGAACGTGGTCTGATGTTTGCGGAAACCTTCCAAGCGGGTCATCGACAATCCCAGGATCAAGGCCGAATGTCT TATCGTCATGTCCAGTGGTTGTTGGGTGATGTTGAGCGTCTTTGA
Gene	>Pro_DTO377G3_2\|g4615.t1 ATGTTCGGTCGATCGATCTCAGCAGTTCTGGCGATCGCACTGCTGATCAATGGCAACGAAGCACGACAGCCGACT CGAGGCCCTTCTACGCGTCCTACCCAGCAGTCTGAACCAATTGATCCCTCAAACTATCGATTTTTAACTAACGAG ACTAAATGTATGCTTTACTCCAATCCTTTACCCATTCCTTCAACCACGGCTGACAAATAATGTTTCCACAGCCCA TGTCGTGGAGAGTCTACCGGACGTTAATTTCGATTTGGGAGAGATGTACTCGGGGTTTATCCCTGTCCGTGACGA TGCCTCCTTGTTCTACATATTCCAGCCGAAGATCGGGGAACCAAGCGACGACCTTACAATTTGGCTGAATGGTGG ACCGGGATGTAGTTCAATGCAGGGGTTTCTGCAGGAGAACGGGCGCTTCACCTGGCAACCTGGTACCTACGAACC TGTCATCAATGAGTACTCATGGGTTAATTTAACCAATATGTTATGGTACGTCATTAGTAAAATGGTTTCTTTGTG TGCAGACCCGAGGATGTACTTGATAAGCTGACAGGTGTTTAGGGTCGACCAACCGGTTGGAGTTGGGTTCTCAAA CGGCACGCCGACTGCAACCGACGAGGAGGACATCGCTGCCGATTTCGTCAACTTTTTCCAAGAGTTCCAAAAAAC ATACGGTATTAAGAACTTTCGAATCTTCTTAACTGGTGAGAGTTATGCGGGCCGGTACGTGCCCTTCATATCCGC CGCCATGCTCGACAAGAATGATACCGAGTACTTCAACCTCAGCGGTAAGACTTGAGAATCCCCCTGAATCTGCAT TATATCGGTCGCACATACTCATCCCATACTAGGAGCCCTGATGTATGATGCGTGCATCGGCCAGTGGGATTATAT CCAGGCCGAACTCCCCTCCTACCCCTTCGTTGAACAACATGCCGAGCTCTTCAACTTTAACCAATCGTACATGGG GGAGCTGCAAGCTACCTACGAAGAATGCGGTTACAAGGAATACTTCGAGGAGTATTTCACCTATCCGGCCTCTGG AGTGCAACCCTCCAAACAAATGAACTACTCCGAGTGCGACATCTACAACATGATTTATTTCGAAGCTTATAATCC GAACCCATGTTGGAGTCCTTACAAGGTCAGCCAGACATGTCCACTCTTATGGGATGTCCTGGGCTTCCCCACAGA CCTTGCCTATCAACCCGGTCCCTCAACCTATTTCAACCGCACGGATGTGAAGAGCGCTCTGCATGTTCCTCTCGA TATCGACTGGGAGCTCTGTAGCATCGAAAGCGTCTTTGTGGGCGTCAACCCGGGGCCCGAGCAACAGTACGACGA GTCTGCGAATCCCACAGAGCATGTCCTGCCGCGACTGATCGAGGCGACTAATCGGGTCTTGATCTCGAATGGAGA TTGGGACTATCTGATCATCACGAATGGAACGTTGCTGGCGATCCAGAACATGACCTGGAATGGCGAGCTGGGTTT CCAGACTCGTCCCACCACTCCCATTACTATTGACACGTCCGACTTGCAATACGCTCCGGTCTTCACTGCCCAAGA CGATTATGGCGGTTTGGATGGTCCACAGGGGTTGATGGGAGTCCAGCACTATGAACGTGGTCTGATGTTTGCGGA AACCTTCCAAGCGGGTCATCGACAATCCCAGGATCAAGGCCGAATGTCTTATCGTCATGTCCAGTGGTTGTTGGG TGATGTTGAGCGTCTTTGA

Fungal Genomics

General Properties

Overview

PFAM Domains

GO

Deeploc

SignalP

Transmembrane Domains

Transcription Factor Class

CAZymes

Secondary Metabolism

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.

Orthologs

Sequences