Penicillium roqueforti LCP96 04111

General Properties

Protein ID	Pro_DTO377G3_2\|g8649.t1
Gene name
Location	scaffold_35:177748..179299
Strand	+
Gene length (bp)	1551
Transcript length (bp)	1434
Coding sequence length (bp)	1434
Protein length (aa)	478

PFAM Domains

PFAM Domain ID	Short name	Long name	E-value	Start	End
PF03224	V-ATPase_H_N	V-ATPase subunit H	9.1E-80	7	350
PF11698	V-ATPase_H_C	V-ATPase subunit H	7.2E-36	357	475

GO

GO Term	Description	Terminal node
GO:0046961	proton-transporting ATPase activity, rotational mechanism	Yes
GO:0015991	ATP hydrolysis coupled proton transport	Yes
GO:0000221	vacuolar proton-transporting V-type ATPase, V1 domain	Yes
GO:0042626	ATPase activity, coupled to transmembrane movement of substances	No
GO:0034220	ion transmembrane transport	No
GO:0022804	active transmembrane transporter activity	No
GO:0015075	ion transmembrane transporter activity	No
GO:0098655	cation transmembrane transport	No
GO:0022853	active ion transmembrane transporter activity	No
GO:0098662	inorganic cation transmembrane transport	No
GO:0003824	catalytic activity	No
GO:0008324	cation transmembrane transporter activity	No
GO:0055085	transmembrane transport	No
GO:0044422	organelle part	No
GO:0044769	ATPase activity, coupled to transmembrane movement of ions, rotational mechanism	No
GO:0016462	pyrophosphatase activity	No
GO:0016818	hydrolase activity, acting on acid anhydrides, in phosphorus-containing anhydrides	No
GO:0099131	ATP hydrolysis coupled ion transmembrane transport	No
GO:0043492	ATPase activity, coupled to movement of substances	No
GO:0044446	intracellular organelle part	No
GO:0044444	cytoplasmic part	No
GO:0051234	establishment of localization	No
GO:0036442	proton-exporting ATPase activity	No
GO:0015318	inorganic molecular entity transmembrane transporter activity	No
GO:0098796	membrane protein complex	No
GO:0019829	cation-transporting ATPase activity	No
GO:1902600	proton transmembrane transport	No
GO:0051179	localization	No
GO:0005215	transporter activity	No
GO:0044464	cell part	No
GO:0033180	proton-transporting V-type ATPase, V1 domain	No
GO:0042623	ATPase activity, coupled	No
GO:0016817	hydrolase activity, acting on acid anhydrides	No
GO:0090662	ATP hydrolysis coupled transmembrane transport	No
GO:0044425	membrane part	No
GO:0015405	P-P-bond-hydrolysis-driven transmembrane transporter activity	No
GO:0044424	intracellular part	No
GO:0016887	ATPase activity	No
GO:0015077	monovalent inorganic cation transmembrane transporter activity	No
GO:0015988	energy coupled proton transmembrane transport, against electrochemical gradient	No
GO:0033178	proton-transporting two-sector ATPase complex, catalytic domain	No
GO:0022890	inorganic cation transmembrane transporter activity	No
GO:0015672	monovalent inorganic cation transport	No
GO:0015399	primary active transmembrane transporter activity	No
GO:0006811	ion transport	No
GO:0044437	vacuolar part	No
GO:0003674	molecular_function	No
GO:0015078	proton transmembrane transporter activity	No
GO:0008150	biological_process	No
GO:0016787	hydrolase activity	No
GO:0032991	protein-containing complex	No
GO:0006810	transport	No
GO:0098660	inorganic ion transmembrane transport	No
GO:0005575	cellular_component	No
GO:0022857	transmembrane transporter activity	No
GO:0042625	ATPase coupled ion transmembrane transporter activity	No
GO:0099132	ATP hydrolysis coupled cation transmembrane transport	No
GO:0017111	nucleoside-triphosphatase activity	No
GO:0006812	cation transport	No

SignalP

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SignalP signal predicted	Location (based on Ymax)	D score (significance: > 0.45)
No	1 - 19	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.

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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\|g8649.t1 MSLEPPTYLSSLQNNIRARPIPWEGAVRAGNITDDHLKKIKAVDKVRKEQRRQTIEGDLAGYTDLLAGGAHGKSV LDSASRRTDIVQYILVLASDLIQDVPALANSLVSHPEPYKPFLPFLQHSANAEDPIPLLTSTFLTALVSHSLVAS SKPAPRDNEALPQLYTYLSTLTKNQDSGLQDIGVQGFSELLRTSRAREIFWAQRQETLTPLIDTLRAAAGAKDNV SNASTLGSSTRSVEPGLAGGIGLQLLYRVLLVLWQLAFEGALVGDELQENYEIIQLYIHLLRLSPKEKTTRLLVA TLYSLCSSNRTTLLPIAVFLRLPALLTNLSGRHLTDPDLLEDLNALSSMLEEYTKTQTTFDEYAAEVQTGHLRWS PPHKNPTFWKDNARRIVEESNGALPKKLAEILSKSWDNDKQVLAIACSDVGNLVKEVPERRGQLERLGLKTRVME LMVDQDESVRWESLHAVGEWLRYTFEG*
Coding	>Pro_DTO377G3_2\|g8649.t1 ATGTCACTGGAGCCACCCACCTACCTCAGCTCCCTCCAGAATAACATCCGAGCTCGGCCAATTCCGTGGGAGGGT GCCGTCCGGGCGGGCAACATCACCGATGACCACTTGAAGAAGATCAAGGCGGTGGATAAGGTGCGCAAGGAGCAA CGCCGTCAGACGATAGAAGGAGATCTTGCTGGATACACAGATCTGTTGGCCGGCGGTGCACACGGAAAGAGTGTC TTGGACTCGGCCTCGAGAAGGACCGATATTGTGCAGTATATACTGGTGCTGGCCTCGGACTTGATTCAAGATGTG CCTGCTTTGGCCAACTCGCTTGTTTCTCACCCCGAACCGTACAAGCCCTTCCTACCATTCTTGCAGCACTCGGCA AACGCCGAAGACCCCATTCCTCTGCTCACGTCCACCTTCCTCACGGCGCTCGTGTCGCACAGTCTCGTTGCCTCA TCTAAACCTGCACCCCGCGACAATGAGGCTCTTCCACAGCTCTACACCTATCTCTCTACCTTGACCAAGAATCAG GATAGTGGACTCCAGGATATTGGTGTCCAAGGATTCTCTGAGCTGCTAAGAACAAGCCGAGCCCGAGAAATCTTT TGGGCGCAACGTCAAGAGACCTTGACCCCCTTGATCGACACTCTTCGAGCTGCGGCGGGTGCTAAAGACAACGTC AGTAACGCAAGCACACTGGGAAGCAGCACTCGCAGCGTCGAGCCTGGTCTCGCCGGTGGTATTGGCCTTCAGCTT CTATATCGGGTGCTCCTTGTTCTATGGCAGCTTGCGTTTGAAGGCGCTCTCGTTGGTGATGAACTTCAAGAGAAC TATGAAATTATCCAACTGTACATCCACCTTCTGCGTCTCTCACCGAAAGAAAAGACCACTCGGTTGCTTGTTGCA ACTCTGTACAGTCTTTGCTCCAGCAACCGGACAACTCTGCTACCCATCGCCGTGTTCCTTCGACTGCCCGCCCTC CTGACTAACTTGTCTGGTCGTCATCTGACCGATCCCGACCTGCTCGAAGATCTCAACGCACTCTCTTCCATGCTG GAGGAGTACACCAAGACACAGACCACCTTTGACGAATATGCCGCCGAAGTTCAGACTGGCCACCTCCGCTGGTCG CCCCCTCACAAGAACCCGACCTTCTGGAAAGATAACGCTCGACGAATTGTTGAGGAGTCGAACGGCGCTTTGCCC AAGAAACTGGCCGAGATCCTATCTAAGAGTTGGGATAACGACAAGCAGGTACTGGCTATTGCTTGCAGCGACGTA GGTAACTTAGTGAAGGAGGTTCCCGAACGCCGTGGGCAGTTGGAGCGACTAGGCCTAAAGACGCGGGTGATGGAA CTGATGGTTGATCAAGATGAATCAGTACGGTGGGAGAGCTTGCACGCTGTCGGCGAATGGCTTCGATATACCTTT GAGGGCTGA
Transcript	>Pro_DTO377G3_2\|g8649.t1 ATGTCACTGGAGCCACCCACCTACCTCAGCTCCCTCCAGAATAACATCCGAGCTCGGCCAATTCCGTGGGAGGGT GCCGTCCGGGCGGGCAACATCACCGATGACCACTTGAAGAAGATCAAGGCGGTGGATAAGGTGCGCAAGGAGCAA CGCCGTCAGACGATAGAAGGAGATCTTGCTGGATACACAGATCTGTTGGCCGGCGGTGCACACGGAAAGAGTGTC TTGGACTCGGCCTCGAGAAGGACCGATATTGTGCAGTATATACTGGTGCTGGCCTCGGACTTGATTCAAGATGTG CCTGCTTTGGCCAACTCGCTTGTTTCTCACCCCGAACCGTACAAGCCCTTCCTACCATTCTTGCAGCACTCGGCA AACGCCGAAGACCCCATTCCTCTGCTCACGTCCACCTTCCTCACGGCGCTCGTGTCGCACAGTCTCGTTGCCTCA TCTAAACCTGCACCCCGCGACAATGAGGCTCTTCCACAGCTCTACACCTATCTCTCTACCTTGACCAAGAATCAG GATAGTGGACTCCAGGATATTGGTGTCCAAGGATTCTCTGAGCTGCTAAGAACAAGCCGAGCCCGAGAAATCTTT TGGGCGCAACGTCAAGAGACCTTGACCCCCTTGATCGACACTCTTCGAGCTGCGGCGGGTGCTAAAGACAACGTC AGTAACGCAAGCACACTGGGAAGCAGCACTCGCAGCGTCGAGCCTGGTCTCGCCGGTGGTATTGGCCTTCAGCTT CTATATCGGGTGCTCCTTGTTCTATGGCAGCTTGCGTTTGAAGGCGCTCTCGTTGGTGATGAACTTCAAGAGAAC TATGAAATTATCCAACTGTACATCCACCTTCTGCGTCTCTCACCGAAAGAAAAGACCACTCGGTTGCTTGTTGCA ACTCTGTACAGTCTTTGCTCCAGCAACCGGACAACTCTGCTACCCATCGCCGTGTTCCTTCGACTGCCCGCCCTC CTGACTAACTTGTCTGGTCGTCATCTGACCGATCCCGACCTGCTCGAAGATCTCAACGCACTCTCTTCCATGCTG GAGGAGTACACCAAGACACAGACCACCTTTGACGAATATGCCGCCGAAGTTCAGACTGGCCACCTCCGCTGGTCG CCCCCTCACAAGAACCCGACCTTCTGGAAAGATAACGCTCGACGAATTGTTGAGGAGTCGAACGGCGCTTTGCCC AAGAAACTGGCCGAGATCCTATCTAAGAGTTGGGATAACGACAAGCAGGTACTGGCTATTGCTTGCAGCGACGTA GGTAACTTAGTGAAGGAGGTTCCCGAACGCCGTGGGCAGTTGGAGCGACTAGGCCTAAAGACGCGGGTGATGGAA CTGATGGTTGATCAAGATGAATCAGTACGGTGGGAGAGCTTGCACGCTGTCGGCGAATGGCTTCGATATACCTTT GAGGGCTGA
Gene	>Pro_DTO377G3_2\|g8649.t1 ATGTCACTGGAGCCACCCACCTACCTCAGCTCCCTCCAGAATAACATCCGAGCTCGGCCAATTCCGTGGGAGGGT GCCGTCCGGGCGGGCAACATCACCGATGACCACTTGAAGAAGATCAAGGCGGTGGATAAGGTGCGCAAGGAGCAA CGCCGTCAGACGATAGAAGGAGATCTTGCTGGATACACAGATCTGTTGGCCGGCGGTGCACACGGAAAGAGTGTC TTGGACTCGGCCTCGAGAAGGACCGATATTGTGCAGTATATACTGGTGCTGGCCTCGGACTTGATTCAAGGTATA ACCTACTAGCGGAGCTGAAGTTCTGAGGAATCATACTGACTCATATTAAAAAAGATGTGCCTGCTTTGGCCAACT CGCTTGTTTCTCACCCCGAACCGTACAAGCCCTTCCTACCATTCTTGCAGCACTCGGCAAACGCCGAAGACCCCA TTCCTCTGCTCACGTCCACCTTCCTCACGGCGCTCGTGTCGCACAGTCTCGTTGCCTCATCTAAACCTGCACCCC GCGACAATGAGGCTCTTCCACAGCTCTACACCTATCTCTCTACCTTGACCAAGAATCAGGATAGTGGACTCCAGG ATATTGGTGTCCAAGGATTCTCTGAGCTGCTAAGAACAAGCCGAGCCCGAGAAATCTTTTGGGCGCAACGTCAAG AGACCTTGACCCCCTTGATCGACACTCTTCGAGCTGCGGCGGGTGCTAAAGACAACGTCAGTAACGCAAGCACAC TGGGAAGCAGCACTCGCAGCGTCGAGCCTGGTCTCGCCGGTGGTATTGGCCTTCAGCTTCTATATCGGGTGCTCC TTGTTCTATGGCAGCTTGCGTTTGAAGGCGCTCTCGTTGGTGATGAACTTCAAGAGTGAGTGATGTGAAGACAAG AGATCGAATATACACTCTGAGCTACTAACCCCACACAGGAACTATGAAATTATCCAACTGTACATCCACCTTCTG CGTCTCTCACCGAAAGAAAAGACCACTCGGTTGCTTGTTGCAACTCTGTACAGTCTTTGCTCCAGCAACCGGACA ACTCTGCTACCCATCGCCGTGTTCCTTCGACTGCCCGCCCTCCTGACTAACTTGTCTGGTCGTCATCTGACCGAT CCCGACCTGCTCGAAGATCTCAACGCACTCTCTTCCATGCTGGAGGAGTACACCAAGACACAGACCACCTTTGAC GAATATGCCGCCGAAGTTCAGACTGGCCACCTCCGCTGGTCGCCCCCTCACAAGAACCCGACCTTCTGGAAAGAT AACGCTCGACGAATTGTTGAGGAGTCGAACGGCGCTTTGCCCAAGAAACTGGCCGAGATCCTATCTAAGAGTTGG GATAACGACAAGCAGGTACTGGCTATTGCTTGCAGCGACGTAGGTAACTTAGTGAAGGAGGTTCCCGAACGCCGT GGGCAGTTGGAGCGACTAGGCCTAAAGACGCGGGTGATGGAACTGATGGTTGATCAAGATGAATCAGTACGGTGG GAGAGCTTGCACGCTGTCGGCGAATGGCTTCGATATACCTTTGAGGGCTGA

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