The Chlamydomonas Flagellar Proteome Project
ChlamyFPv5 (gene name | annotation): FAP415 | "FAP415, Flagellar Associated Protein 415"
Aliases: FAP415
Structure: Central Apparatus
References: "Candidate Central Apparatus protein (Zhao et al. Witman 2019)"
CrFP Total Peptides = 0 (0 Axonemal Peptides | 0 M+M Peptides | 0 KCl Peptides | 0 Tergitol Peptides)
Wang Peptides (Wang et al. Pan 2017) = (no data) (enriched (no data) fold by ciliary shortening)
Jordan Peptides (Jordan et al. Pigino 2018) = Wild Type M+M: 0 | Dhc1b-3 M+M: 0 | Ift139-2 M+M: 0 (Total Unique Peptides)
Picariello Peptides (Picariello et al. Witman 2019) = Wild Type M+M: 0 | Ift140 ΔN-terminal WD repeat M+M: 3 (Total Unique Peptides)
Phytozome (gene name | defline): |
Annotation v5.6 Symbol | Defline: NULL | NULL
Annotation v5.6 Description: NULL
Annotation v5.6 Synonyms: g11159.t1
Steve King Dynein Anotation: (no data) | (no data)
Yuqing Hou's Human Homologs: (no data), (no data), (no data) (Blast E value: (no data) | Reprocal Best Match? (no data))
Albee et al. Dutcher 2013 Human Homolog: (no data), (no data)
Lipid Modifications (N-Myristoylation: MGXXXS/T, S-Geranylgeranylation: CAAX , S-Geranylgeranylation: CC/CXC, S-Farnesylation: CAAX predicted by GPS-Lipid): (no data)
Fold Upregulated Post Deflagellation (Albee et al. Dutcher 2013) at 3 min: (no data); at 10 min: (no data); at 30 min: (no data); at 60 min: (no data)
Importance of XAP5 for expression (Li et al. Hu 2018) Wild Type: (no data) FPKM | XAP Mutant: (no data) FPKM | Fold Change: (no data)
CLIP Library: Cre10.g454600
Phytozome Transcript: Cre10.g454600.t1.1
PhosphoPeptides
Protein Reference Source Peptide pLOGO
Cre10.g454600.t1.1--S132 (Werth et al. Hicks 2018)Wild Type Whole Cell ExtractASWSSSGTPQAGDAERASWpSSSGTPQAGDAER
Cre10.g454600.t1.1--T216 (Werth et al. Hicks 2018)Wild Type Whole Cell ExtractKLTANLGTETSGQRPRKLpTANLGTETSGQRPR
Cre10.g454600.t1.1--S436 (Werth et al. Hicks 2018)Wild Type Whole Cell ExtractRSDPPAAGASAAGGPEPAKRpSDPPAAGASAAGGPEPAK
Cre10.g454600.t1.1--S400 (Werth et al. Hicks 2018)Wild Type Whole Cell ExtractSSSPLPPVAAGAVVAEAPRSSpSPLPPVAAGAVVAEAPR
Cre10.g454600.t1.1--S180 (Werth et al. Hicks 2018)Wild Type Whole Cell ExtractRASDGEYLTRRApSDGEYLTR
Cre10.g454600.t1.1--S130 (Werth et al. Hicks 2018)Wild Type Whole Cell ExtractASWSSSGTPQAGDAERApSWSSSGTPQAGDAER
Cre10.g454600.t1.1--S27 (Werth et al. Hicks 2018)Wild Type Whole Cell ExtractIDSLGLARIDpSLGLAR
Cre10.g454600.t1.1--S27(Werth et al. Hicks 2018) AZD-insensitive Whole Cell ExtractIDSLGLAR
Cre10.g454600.t1.1--S180(Werth et al. Hicks 2018) AZD-insensitive Whole Cell ExtractRASDGEYLTR
Cre10.g454600.t1.1--S400(Werth et al. Hicks 2018) AZD-insensitive Whole Cell ExtractSSSPLPPVAAGAVVAEAPR
Cre10.g454600.t1.1--T157(Werth et al. Hicks 2018) AZD-insensitive Whole Cell ExtractHAAAGAAGSLADTARQSR
Cre10.g454600.t1.1--S275-S276(Werth et al. Hicks 2018) AZD-insensitive Whole Cell ExtractRRSSSDNVADPGSQPPAASAGSASAALASTISR
Cre10.g454600.t1.1--S130(Werth et al. Hicks 2018) AZD-insensitive Whole Cell ExtractASWSSSGTPQAGDAER
Cre10.g454600.t1.1--S436(Werth et al. Hicks 2018) AZD-insensitive Whole Cell ExtractRSDPPAAGASAAGGPEPAK
ChlamyFP Peptides
Fraction Sequence
(click on peptide to see other models containing this peptide)
© Gregory J. Pazour