Contains predictions for possible LC8 (DYNLL1 and DYNLL2) binders Columns: ID (cannot be tiurned off): UNIPROT accession code of the protein. (Link to UNIPROT) GENE: UNIPROT GENE name of the given protein Obtained from the UNIPROT FASTA file of the given protein UNKNOWN in case of any problem PROT NAME: UNIPROT protein name of the given protein Obtained from the UNIPROT FASTA file of the given protein UNKNOWN in case of any problem ORGANISM: UNIPROT organism of the given protein Obtained from the UNIPROT FASTA file of the given protein UNKNOWN in case of any problem Any non continous letter/number char is replaced with one "_" START: Start of the motif in the given protein A protein can contain multiple predicted motifs MOTIF: The found possible LC8 binding motif Capital letters are for the motif found by the applied PSSM Lower case letters are the flanking region Any calculation that requires a motif (disorder etc.) uses onyl the upper case motif KNOWN: + if the motif is one of the known motifs, used to create the PSSM - in any other case MOST ALIKE: Most alike known protein with its motif. Calculated from the number of similar amino acids. Protein accession codes are links to the corresponding UNIPROT IDENT: Number of matching amino acids to the "MOST ALIKE" protein(s) 8 equals to a known motif (may not be a known protein!) NEW AA: Any amino acid that is not present at least once in any known motif is colored red SCORE: PSSM score for the motif FAG SCORE: FAG PSSM score for the motif IUPRED: IUPRED score of the mofit VSL2: VSL2 score of the motif DISOPRED3: DISOPRED3 disorder score for the motif BLAST search was done by the default values given by DISOPRED3 ANCHOR: ANCHOR score for the motif MORFCHIBI: MORFCHIBI score for the motif DISPRED3: DISOPRED3 binding score for the motif BLAST search was done by the default values given by DISOPRED3 SEMSIM MF/CC/BF: Highest semantic similarity score for the given proteins GO annotations againts the known binding partners GO annotations. Score was calculated with the FASTSEMSIM python script MF is for Molecular Function CC is for Cellular Component BF is for Biological Process The three roots of the GO graph PFAM: PFAM result of the motif Links to the corresponding PFAM domain/family/repeat Any domain/family/repeat overlapping the motif counts PHOBIUS: Combined analysis of the subcellular location of the protein First the signal sequence of the protein is checked with SignalP In case of a signal sequence, PHOBIUS results are checked In case of the absense of a signal sequence a protein is considered INT (INTRACELLULAR) In the PHOBIUS prediction the motif region is checked In case of the motif predicted to be in extracellular space by PHOBIUS EXT is given (EXTRACELLULAR) In case of the motif predicted inside a transmembrane region by PHOBIUS TM is given (TRANSMEMBRANE) IN any other case INT is given PSIPRED: Secondary structure prediciton for the motif with PSIPRED BLAST search was done by the default values given by PSIPRED SLIM: SLIMPRINT result of the given motif Any SLIMPRINT motif overlapping with the predicted motif is counted, and the best scored is selected Link to the corresponding ProViz site ELM: Any overlapping ELM (Eukariotyc Linear Motif database) annotation from the TRUE POSITIVE section of ELM PTM INSEQ: Phosphorilation sites inside of the motif predicted by PHOSPHOSITE Red PTM sites are aquired by low throughput analysis PTM FLANK: Phosphorilation sites inside the +-10 flanking region of the motif predicted by PHOSPHOSITE Red PTM sites are aquired by low throughput analysis PPI/DETECTION/ASSOC: Protein protein interaction results aquired from PSI QUICK R package PPI MAX represents the maximal score given according to the IntAct scoring system DETECTION type is the corresponding detection type for the interaction ASSOC is the type of association that was detected ANNOT: UNIPROT annotation score for the protein UNIPROT LOC: Subcellular localization of the protein according to UNIPROT SIMILAR MF/CC/BP: Most similar MF/CC/BP accorging to the SEMSIM mentioned. Link to the corresponding GO page GO MF/CC/BF: GO SLIM annotations of the protein SPR: SPR results for the motifs we mesured