T-Coffee is a multiple sequence alignment program. The main characteristic of T-Coffee is that it will allow you to combine results obtained with several alignment methods. By default, T-Coffee will compare all you sequences two by two, producing a global alignment and a series of local alignments (using lalign). The program will then combine all these alignments into a multiple alignment. Input parameters for the tool Matrix [Matrix series to use when generating the multiple sequence alignment. The program goes through the chosen matrix series, spanning the full range of amino acid distances.] Output Order [The order in which the sequences appear in the final alignment] Sequence [Three or more sequences to be aligned can be entered directly into this form. Sequences can be be in GCG, FASTA, EMBL, GenBank, PIR, NBRF, PHYLIP or UniProtKB/Swiss-Prot format. Partially formatted sequences are not accepted. Adding a return to the end of the sequence may help certain applications understand the input. Note that directly using data from word processors may yield unpredictable results as hidden/control characters may be present.] List of renderers available to output the result of the job Details about a renderer used to output the result of the job A short description of the renderer A suggested file suffix to be used when saving the data formatted by the renderer The renderer identifier to be used when invoking the getResult() method A more appropriate name for the renderer (more meaningful than the identifier) The media type (MIME) of the renderer's output A set of parameters passed to a renderer when formatting the data A parameter used by the renderer The name of the parameter The parameter value as an array of String List the names of the tool parameters Details about a tool parameter The name of the parameter A short description of the parameter The type of the parameter The list of values available for this parameter The list of parameter values The details about a parameter values A meaningful label for the parameter value The real value A flag indicating whether this value is a default value or not A set of additional properties associated with the parameter value A set of properties A key/value pair association of information User email address A title to identify the analysis job The list of parameters to be used for launching the analysis A unique identifier for the analysis job An identifier for the job to check The status of the job (FINISHED, ERROR, RUNNING, NOT_FOUND or FAILURE) An identifier for the job to check The list of renderers available An identifier for the job to check The renderer to be used to format the output A list of parameters to be passed on to the renderer Base64 encoded data corresponding to the output of the job formatted by the renderer The identifier for the parameter The parameter details The list of parameter available for this tool Submit an analysis job Get the status of a submitted job Get the list of renderers available to output a job result (i.e. the list of available output types) Get a job result formatted using a particular renderer List the names of the parameters available before submission Get some details about a parameter (e.g. name, description, values, etc.) Submit an analysis job Get the status of a submitted job Get the list of renderers available to output a job result (i.e. the list of available output types) Get a job result formatted using a particular renderer List the names of the parameters available before submission Get some details about a parameter (e.g. name, description, values, etc.)