biotext 2.4.0.0

The biotext library provides tools to support text mining strategy using bioinformatics tool

The biotext library provides tools to support text mining strategy using bioinformatics tool.

Installation

To install biotext through pip:

pip install biotext

Tested Platforms

• Python:

• 3.8.8

• Operational system:

• Windows 10 (64bits)
• Ubuntu 18.04.1 LTS (64bits)

Required external libraries

• sweep
• numpy
• pandas
• scipy
• scikit-learn
• biopython
• unidecode
• scikit-bio

Functions

Function Name	Description	Input	Output
biotext.aminocode.encodeText biotext.aminocode.encodetext biotext.aminocode.et	Encodes a string with AMINOcode.	text: natural language text string to be encoded; detailing: details in coding. “d” for details in digits. “p” for details on the punctuation. “dp” or “pd” for both.	enc_text: encode text in string format.
biotext.aminocode.decodeText biotext.aminocode.decodetext biotext.aminocode.dt	Decodes a string with reverse AMINOcode.	text: text string encoded using the encodefile function to be decode; detailing: details used in the text to be decoded. “d” for details in digits. “p” for details on the punctuation. “dp” or “pd” for both.	dec_text: decode text in string format.
biotext.aminocode.encodeFile biotext.aminocode.encodefile biotext.aminocode.ef	Encodes a text file or a list of strings with AMINOcode.	input_file_name: text file name or list of string. Alternatively, if parameter “fasta_header_input” is set to “True”, the input can be a list of SeqRecord* or a FASTA file name, in which case the function will extract the headers to do the encoding; output_file_name: the name for the output file. If not defined, the result will only be returned as a variable; detailing: same as in the encodetext function; header_format: format for the headers of the generated FASTA. It can be “number+originaltext”, “number” or “originaltext”. ‘number’ is a count of the lines in the input file. Blank lines are considered in the count, but are not added to the FASTA file. “originaltext” is the input text itself; verbose: if True displays progress.	records: list of SeqRecord*; if defined output_file_name a file will be saved.
biotext.aminocode.decodeFile biotext.aminocode.decodefile biotext.aminocode.df	Decodes a fasta file or a SeqRecord* list with the reverse amino acid.	input_file_name: file name or list of SeqRecord*; output_file_name: the name for the output file. If not defined, the result will only be returned as a variable; detailing: same as in the decodetext function; verbose: if True displays progress; output: string list. If defined output_file_name a file will be saved.	dec_list: string list; if defined output_file_name a file will be saved.
biotext. dnabits.encodeText biotext.dnabits.encodetext biotext. dnabits.et	Encodes a string with DNAbits.	text: natural language text string to be encoded.	enc_text: encode text in string format.
biotext.dnabits.decodeText biotext.dnabits.decodetext biotext.dnabits.dt	Decodes a string with reverse DNAbits.	text: text string encoded using the encodefile function to be decode.	dec_text: decode text in string format.
biotext.dnabits.encodeFile biotext.dnabits.encodefile biotext.dnabits.ef	Encodes a text file or a list of strings with DNAbits.	input_file_name: text file name or list of string. Alternatively, if parameter “fasta_header_input” is set to “True”, the input can be a list of SeqRecord* or a FASTA file name, in which case the function will extract the headers to do the encoding; output_file_name: the name for the output file. If not defined, the result will only be returned as a variable; header_format: format for the headers of the generated FASTA. It can be “number+originaltext”, “number” or “originaltext”. ‘number’ is a count of the lines in the input file. Blank lines are considered in the count, but are not added to the FASTA file. “originaltext” is the input text itself; verbose: if True displays progress.	records: list of SeqRecord*. if defined output_file_name a file will be saved.
biotext.dnabits.decodeFile biotext.dnabits.decodefile biotext.dnabits.df	Decodes a text file or a SeqRecord* list with reverse DNAbits.	input_file_name: file name or list of SeqRecord*; output_file_name: the name for the output file. If not defined, the result will only be returned as a variable; verbose: if True displays progress.	dec_list: string list; if defined output_file_name a file will be saved.
biotext.fastatools.list2SeqRecord biotext.fastatools.list2seqrecord biotext.fastatools.list2bioSeqRecord biotext.fastatools.list2bioseqrecord biotext.fastatools.list2fasta	Converts a list of strings to a list of SeqRecord*.	seq: list of biological sequences in string format; header: list of headers in string format, if set to ‘None’ the headers will be automatically defined with numbers in increasing order.	records: list of SeqRecord*.
biotext.fastatools.fastaRead biotext.fastatools.fastaread	Uses biopython to import a FASTA file.	input_file_name: input fasta file name.	records: list of SeqRecord*.
biotext.fastatools.fastaWrite biotext.fastatools.fastawrite	Create a file using a SeqRecord* list.	records: list of SeqRecord*; output_file_name: output fasta file name.	records: a file is saved with the defined name.
biotext.fastatools.getHeader biotext.fastatools.getheader	Get the header from a list of SeqRecord*.	records: list of SeqRecord*.	headers: list with headers.
biotext.fastatools.getSeq biotext.fastatools.getseq	Get the string from a list of SeqRecord*.	records: list of SeqRecord*.	seqs: list with sequences.
biotext.fastatools.removePattern biotext.fastatools.removepattern	Removes patterns from a SeqRecord* range based on regular expression.	records: list of SeqRecord*; rex: regular expression.	new_records: list of SeqRecord* with removal applied.
biotext.fastatools.clustalOmega biotext.fastatools.clustalomega biotext.fastatools.clustalo	Uses the Clustal Omega to align the strings in a FASTA file.	input_file_name: input FASTA file name.	align: list with strings aligned in string format.
biotext.fastatools.getCons biotext.fastatools.getcons	Save a temporary file with the sequences from the SeqRecord* list, apply the clustalo function and obtain alignment consensus.	records: list of SeqRecord*.	consensus: consensus for alignment in string format; align: list with strings aligned in string format.
biotext.fastatools.fastatext2mat biotext.fastatools.fastaText2mat biotext.fastatools.fasta2mat biotext.fastatools.fastatext2vect biotext.fastatools.fastaText2vect biotext.fastatools.fasta2vect	Perform a vectorization of a list of SeqRecord* using the SWeeP, a method developed by our group for FASTA vectorization.	fastatext: list of SeqRecord.	mat: matrix with the generated vectors, in ndarray** format.
biotext.treetools.mat2tree biotext.treetools.vect2tree	Create a dendrogram in newick format from a matrix.	mat: matrix in ndarray** format; ids: string list with line identifiers in mat; method: method for creating the dendrogram. Available options are “complete”, scipy library implementation, and “nj” (neighbor joining), skbio library implementation. The default is the “complete” method.	tree: string with the dendrogram in newick format.

Note: *SeqRecord: Biopython object to store biological sequences and its information, as described in <https://biopython.org/DIST/docs/api/Bio.SeqRecord.SeqRecord-class.html>. **ndarray: Numpy object to represent array, as described in <https://numpy.org/doc/stable/reference/generated/numpy.ndarray.html>.