| JCEG ID | JCEG067 | ||||||||
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| Name | F28C6.4 WormBase | ||||||||
| Human Ortholog |
GGDB:PIGG OMIM: OrthoList : PIGG (Ensembl Compara) |
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| Family Name | GPI-anchor synthesis | ||||||||
| Locus Tag | F28C6.4 | ||||||||
| RNAi phenotype |
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| Sequence Features | |||||||||
| Sequence | CDS ATGATCTCAAAAAAAGGGAAATTTTGGATATCGAGAGTGCTGGTTGTTTGTGCATGTGCT
CTTCTCGTTTATAGCTTTGTTGCACTAGACATCACACCAACACCGCCTACAGAAGAATTT GGATTCAAGGATGGCAATCAAGAATCATCATCGTCACCTCGTCTTGTTTTCATGGTTATC GACGCCTTCCGTCTGTCATTTTTAACATCTTCCAAGTCACCGATGAGCTTCACGAAATCA GAAATCACTAAGAAATCTGCCAAGTTATTTGACGCGTACGCGAGGATGCCTACAGTAACC CTGCCAAGAATAACTGCATATTTAACTGGAACACTTCCATCATTCGGAACAGTTCTCACA AATCTGGCAACTGCTGAAATGAAGACAGCTAATTGGATTTCAAGAATTCAAAAAATTGGC AAGAAGGTTCATTTTTTTGGCGATGACACTTGGATTCGACTGTTGCCTAGAAGTTTTGAA AAGTTCGAAGGAGTAACATCGTTTTTTGTGTCAGACTACACAGATGTCGATAATAATGTT ACCCGGCATCTAGATACAGAACTTTCAAATACAAATCATTCTTGGGATGCTCTTATTCTT CATTATTTAGGATTAGATCATATTGGTCATTCACTGGGTGGAAGCTCGTCTAAAATACCA GAAAAGCTGAAAGAAATGGATGATGTTATAGGACGAATACATAAATATTTGAAAAGTTCT ACATCTGTTGATCAGGAAAGTTATCTGATTGTGTGTGGAGATCATGGAATGACTGCAGCT GGATCACACGGTGGAGCAAGTCCAGATGAAACTAGAGTTCCCGTGGTTATTTGGAAATTT GGAAGGGAAGAAGGCAATAAAAACTATGGGAATCAAGACGATTCTCTGAAACAGCCTCCA CGAATTGAACAAATTGACGTTTCTTCTACAATATTTGATGTATTCAATATGCCGATTCCC ATAGAATCGTACGGAATCTCATTGATCAACTATTTTAGTGATGACGAAGAAGAATATTTT GAAAAGCAACATAACCAGTTTCGTCGAATCGTACAAGCTAAGCATCTTGCAATCTCGGAT ATCTGTGATGAAAACTGTGATTATTCGGATAAATTCATAAAAAGTGCTCTGAAAAAGTGG TTTCTCACAGTTCAATCTGAATTGATTGGATCTGCATCAGAAGTTCCTAACAAATCACTT GGCGTTTGTGTTTTTCTATTATTAGTAGCATTAACTTTGTCAATGGGTCTCTGGAATCTA CATTTATCCAAATCTGACTTTTTTATTTTTCTCATAAACATAACATACTTCGCGAGCAGC TTAATTGAAGAAGAACACGAAATTTGGTATTACTTGGGGAGTACGGTAGTCGCAATTCGA GCTCTACGAAATTTCAAAATTTGGAATAAAACCGAGGTCAAGTCAATTTTCTTTCTCGCC TTCCTTCATCGAATTGCATGTAGCTATACCCAAAGTACACGAAGAAGATGGATCATGGAT TCCAGCTTGCTGCCACCTTCTATATTTTCTGACACACTTGACTTCCAGCCAAACAACTTA AATACAATTTTAAATGAATACCCAATAATCGTAATCCTTACTTGCTCATTATTCTGGATG TATGGCTACAAACAATCGAAATTTCATATCATTCTGCCAATGGTCTCACATTTTCTCCGT CTTTTCGAATTAACACAATTCAACGAAGTTTTAATGCATTTCATTCGGTTATCAATTCTC CCTATCTCATATTCAACCGGATCAGTGCTCGCTGGATGTCTTCCATTGCTCCTCGCAATT GTACCAGTATCTCAAATTTTACTGCTCCTAGTCATATACAATATGGGAAAACTGTTCTCA AAGCTGAATCTTGGAAGTGTAGAATTTGTCACACTGTGCATGTCATCTTTCTTCTATACG GGAAACTCGAACAGTTTATCAACATTATCTTTAACATCAGCTTACGTTGGACTTTCGAGT TATCAGCCGATCCTTGTTGGACTTCAGCTCATGCTATATACATTCTCGGGTCCCATTTTG TTCCTTTGTGGATGCAATGCTTCATCATGCACATCATTGCTTAATCATCTCTTCTCCTAT CGAATCTCATCCATGTGCACATCACTTATTTGCCTTTACATATTTCAAAATCATCTTTTC ATCTGGTCTGTATATTCGCCAAAAGTTGTGTACGACATGGCTCATGTCATATTTTTTGGT TTGATTGGATTACTCTAA ATGATCTCAAAAAAAGGGAAATTTTGGATATCGAGAGTGCTGGTTGTTTGTGCATGTGCT
CTTCTCGTTTATAGCTTTGTTGCACTAGACATCACACCAACACCGCCTACAGAAGAATTT GGATTCAAGGATGGCAATCAAGAATCATCATCGTCACCTCGTCTTGTTTTCATGGTTATC GACGCCTTCCGTCTGTCATTTTTAACATCTTCCAAGTCACCGATGAGCTTCACGAAATCA GAAATCACTAAGAAATCTGCCAAGTTATTTGACGCGTACGCGAGGATGCCTACAGTAACC CTGCCAAGAATAACTGCATATTTAACTGGAACACTTCCATCATTCGGAACAGTTCTCACA AATCTGGCAACTGCTGAAATGAAGACAGCTAATTGGATTTCAAGAATTCAAAAAATTGGC AAGAAGGTTCATTTTTTTGGCGATGACACTTGGATTCGACTGTTGCCTAGAAGTTTTGAA AAGTTCGAAGGAGTAACATCGTTTTTTGTGTCAGACTACACAGATGTCGATAATAATGTT ACCCGGCATCTAGATACAGAACTTTCAAATACAAATCATTCTTGGGATGCTCTTATTCTT CATTATTTAGGATTAGATCATATTGGTCATTCACTGGGTGGAAGCTCGTCTAAAATACCA GAAAAGCTGAAAGAAATGGATGATGTTATAGGACGAATACATAAATATTTGAAAAGTTCT ACATCTGTTGATCAGGAAAGTTATCTGATTGTGTGTGGAGATCATGGAATGACTGCAGCT GGATCACACGGTGGAGCAAGTCCAGATGAAACTAGAGTTCCCGTGGTTATTTGGAAATTT GGAAGGGAAGAAGGCAATAAAAACTATGGGAATCAAGACGATTCTCTGAAACAGCCTCCA CGAATTGAACAAATTGACGTTTCTTCTACAATATTTGATGTATTCAATATGCCGATTCCC ATAGAATCGTACGGAATCTCATTGATCAACTATTTTAGTGATGACGAAGAAGAATATTTT GAAAAGCAACATAACCAGTTTCGTCGAATCGTACAAGCTAAGCATCTTGCAATCTCGGAT ATCTGTGATGAAAACTGTGATTATTCGGATAAATTCATAAAAAGTGCTCTGAAAAAGTGG TTTCTCACAGTTCAATCTGAATTGATTGGATCTGCATCAGAAGTTCCTAACAAATCACTT GGCGTTTGTGTTTTTCTATTATTAGTAGCATTAACTTTGTCAATGGGTCTCTGGAATCTA CATTTATCCAAATCTGACTTTTTTATTTTTCTCATAAACATAACATACTTCGCGAGCAGC TTAATTGAAGAAGAACACGAAATTTGGTATTACTTGGGGAGTACGGTAGTCGCAATTCGA GCTCTACGAAATTTCAAAATTTGGAATAAAACCGAGGTCAAGTCAATTTTCTTTCTCGCC TTCCTTCATCGAATTGCATGTAGCTATACCCAAAGTACACGAAGAAGATGGATCATGGAT TCCAGCTTGCTGCCACCTTCTATATTTTCTGACACACTTGACTTCCAGCCAAACAACTTA AATACAATTTTAAATGAATACCCAATAATCGTAATCCTTACTTGCTCATTATTCTGGATG TATGGCTACAAACAATCGAAATTTCATATCATTCTGCCAATGGTCTCACATTTTCTCCGT CTTTTCGAATTAACACAATTCAACGAAGTTTTAATGCATTTCATTCGGTTATCAATTCTC CCTATCTCATATTCAACCGGATCAGTGCTCGCTGGATGTCTTCCATTGCTCCTCGCAATT GTACCAGTATCTCAAATTTTACTGCTCCTAGTCATATACAATATGGGAAAACTGTTCTCA AAGCTGAATCTTGGAAGTGTAGAATTTGTCACACTGTGCATGTCATCTTTCTTCTATACG TTTATCAACATTATCTTTAACATCAGCTTACGTTGGACTTTCGAGTTATCAGCCGATCCT TGTTGGACTTCAGCTCATGCTATATACATTCTCGGGTCCCATTTTGTTCCTTTGTGGATG CAATGCTTCATCATGCACATCATTGCTTAA |
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| Protein MISKKGKFWISRVLVVCACALLVYSFVALDITPTPPTEEFGFKDGNQESSSSPRLVFMVI
DAFRLSFLTSSKSPMSFTKSEITKKSAKLFDAYARMPTVTLPRITAYLTGTLPSFGTVLT NLATAEMKTANWISRIQKIGKKVHFFGDDTWIRLLPRSFEKFEGVTSFFVSDYTDVDNNV TRHLDTELSNTNHSWDALILHYLGLDHIGHSLGGSSSKIPEKLKEMDDVIGRIHKYLKSS TSVDQESYLIVCGDHGMTAAGSHGGASPDETRVPVVIWKFGREEGNKNYGNQDDSLKQPP RIEQIDVSSTIFDVFNMPIPIESYGISLINYFSDDEEEYFEKQHNQFRRIVQAKHLAISD ICDENCDYSDKFIKSALKKWFLTVQSELIGSASEVPNKSLGVCVFLLLVALTLSMGLWNL HLSKSDFFIFLINITYFASSLIEEEHEIWYYLGSTVVAIRALRNFKIWNKTEVKSIFFLA FLHRIACSYTQSTRRRWIMDSSLLPPSIFSDTLDFQPNNLNTILNEYPIIVILTCSLFWM YGYKQSKFHIILPMVSHFLRLFELTQFNEVLMHFIRLSILPISYSTGSVLAGCLPLLLAI VPVSQILLLLVIYNMGKLFSKLNLGSVEFVTLCMSSFFYTGNSNSLSTLSLTSAYVGLSS YQPILVGLQLMLYTFSGPILFLCGCNASSCTSLLNHLFSYRISSMCTSLICLYIFQNHLF IWSVYSPKVVYDMAHVIFFGLIGLL MISKKGKFWISRVLVVCACALLVYSFVALDITPTPPTEEFGFKDGNQESSSSPRLVFMVI
DAFRLSFLTSSKSPMSFTKSEITKKSAKLFDAYARMPTVTLPRITAYLTGTLPSFGTVLT NLATAEMKTANWISRIQKIGKKVHFFGDDTWIRLLPRSFEKFEGVTSFFVSDYTDVDNNV TRHLDTELSNTNHSWDALILHYLGLDHIGHSLGGSSSKIPEKLKEMDDVIGRIHKYLKSS TSVDQESYLIVCGDHGMTAAGSHGGASPDETRVPVVIWKFGREEGNKNYGNQDDSLKQPP RIEQIDVSSTIFDVFNMPIPIESYGISLINYFSDDEEEYFEKQHNQFRRIVQAKHLAISD ICDENCDYSDKFIKSALKKWFLTVQSELIGSASEVPNKSLGVCVFLLLVALTLSMGLWNL HLSKSDFFIFLINITYFASSLIEEEHEIWYYLGSTVVAIRALRNFKIWNKTEVKSIFFLA FLHRIACSYTQSTRRRWIMDSSLLPPSIFSDTLDFQPNNLNTILNEYPIIVILTCSLFWM YGYKQSKFHIILPMVSHFLRLFELTQFNEVLMHFIRLSILPISYSTGSVLAGCLPLLLAI VPVSQILLLLVIYNMGKLFSKLNLGSVEFVTLCMSSFFYTFINIIFNISLRWTFELSADP CWTSAHAIYILGSHFVPLWMQCFIMHIIA |
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| References |
| Functional Descriptions |
F28C6.4 none available |
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| Deletion Mutants | ||||
| In Situ | ||||
| Expression | Expression | |||
WBGene00009204 Phenotype Homology_paralog |
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| Phenotype | Definition | RNAi / Allele | ||
| embryonic lethal | "Animals die during embryonic development. In C. elegans, often assayed as refractile eggs that fail to hatch; when applied to large-scale RNAi screens in C. elegans, more than 10% of embryos die." [WB:cab, WB:WBPaper00000179, WB:WBPaper00004403, WB:WBPaper00004540, WB:WBPaper00004651, WB:WBPaper00004769, WB:WBPaper00005654, WB:WBPaper00024497, WB:WBPaper00024925, WB:WBPaper00025054] |
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| larval arrest | "The developmental program of the animals halts at any larval stage and thus fails to reach adulthood. In C.elegans, this occurs anytime during L1-L4 stage." [WB:WBPaper00002958, WB:WBPerson2021] |
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| larval lethal | "The animal dies at any time between hatching and onset to adulthood." [GO:0002119, WB:WBPerson712] |
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| lethal | "Animals die prematurely at any stage of the life cycle." [WB:WBPaper00001109, WB:WBPerson2021] |
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| maternal sterile | " Animals produce no or very few embryos as a result of experimental treatment. This is in contrast to sterility due to genetic perturbations (maternal effect sterility)." [WB:cab, WB:cgc5599, WB:cgc7141, WB:WBPerson557] |
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| organism morphology variant | "Animals exhibit variations in the form, structure or composition of any part of their anatomy compared to control animals." [WB:cab, WB:WBPaper00004402, WB:WBPaper00004403, WB:WBPaper00004651, WB:WBPaper00005654, WB:WBPaper00006395] |
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| postembryonic development variant | "Any variation in the progression of an animal over time, from hatching to adulthood, compared to control." [WB:WBPerson2021] |
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| protein aggregation variant | "Variations that result in the accumulation of soluble/insoluble protein aggregates in a particular cell or tissue, compared to control. Protein aggregates are often formed by interactions between misfolded protein molecules and/or deficiencies in proper protein folding." [WB:WBPaper00034765, WB:WBPerson2021] |
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| slow growth | "Any variation that causes a reduction in growth rate compared to control." [WB:cab, WB:WBPaper00004402, WB:WBPaper00004403, WB:WBPaper00004651, WB:WBPaper00004769, WB:WBPaper00005654, WB:WBPaper00006395, WB:WBPaper00024497, WB:WBPerson557] |
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| sterile progeny | "Any variation that compromises the reproductive ability of the progeny of an animal." [WB:WBPerson2021, WB:WBPerson557] |
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| transgene subcellular localization variant | "Any variation in the subcellular localization of a gene product produced by DNA coded for by exogenous genetic material that has been introduced into the organism compared to its expression in control animals." [WB:WBPerson557] |
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| Variant | "Animals exhibit variations compared to a given control." [WB:WBPerson557] |
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