A file in fasta format is probably the most common way to store sequence information. The format is very simple: the name of each sequence is
listed on a line beginning with a '>' (the sequence name is everything after the '>'), and the sequence associated with that name is listed on one or
more lines after the name line. For a more detailed description, see http://www.ncbi.nlm.nih.gov/BLAST/fasta.shtml. For the examples below,
program output will be shown for the following fasta-format file, called seqs. fa: human Fasta files: Write a program sortFasta.py that accepts a
single command-line argument which is the name of a file in fasta format. First, it reads in the file of DNA sequences in fasta format and stores them
in memory. Then, your program should re-print the sequences in fasta format to the screen, sorting the sequences by sequence name. Hint: a
dictionary is a convenient data structure for holding the Example program usage
A file in fasta format is probably the most common way to store sequence info...hwbloom42
A file in fasta format is probably the most common way to store sequence information. The format is very simple: the name of each sequence is
listed on a line beginning with a '>' (the sequence name is everything after the '>'), and the sequence associated with that name is listed on one or
more lines after the name line. For a more detailed description, see http://www.ncbi.nlm.nih.gov/BLAST/fasta.shtml. For the examples below,
program output will be shown for the following fasta-format file, called seqs. fa: human ORF Finding: Write a program find0rf s .py that takes the
name of a single fasta-format file from the command line. Your program should read DNA sequences from the fasta file, translate them into protein
sequences, and finally print out the protein sequence of all possible ORFs (open reading frames starting with a start codon and ending with one of
the three stop codons, with no stop codons in between]. You should look at all three reading frames on the forward strand (do not worry about
the three reading frames on the reverse complement). The ORFs your program will be able to find can range in length from 2 amino acids (a start
and a stop) to the entire fasta sequence record (of any length). There may be more than one ORF in each fasta sequence record, possibly in
different reading frames. You do not need to worry about outputting the ORFs in any specific order so long as your output includes all ORFs
present in the sequence. To get you started, think about tackling the problem as follows: Read sequences from the fasta file For each sequence,
translate the reading frames starting at the 1st, 2nd, and 3rd base in the sequence For each translated sequence, find any ORFs present in that
sequence Example program usage: python findOrfs.py seqs.fa ORFs in seqA - human: ORFs in seqC - gorilla: MTR ORFs in that sequence
Besant Technologies is providing the best SAS Training in Chennai Velachery. Statistical Analysis System (SAS) is an integrated system of software products provided by SAS Institute Inc.,
A file in fasta format is probably the most common way to store sequence info...hwbloom42
A file in fasta format is probably the most common way to store sequence information. The format is very simple: the name of each sequence is
listed on a line beginning with a '>' (the sequence name is everything after the '>'), and the sequence associated with that name is listed on one or
more lines after the name line. For a more detailed description, see http://www.ncbi.nlm.nih.gov/BLAST/fasta.shtml. For the examples below,
program output will be shown for the following fasta-format file, called seqs. fa: human ORF Finding: Write a program find0rf s .py that takes the
name of a single fasta-format file from the command line. Your program should read DNA sequences from the fasta file, translate them into protein
sequences, and finally print out the protein sequence of all possible ORFs (open reading frames starting with a start codon and ending with one of
the three stop codons, with no stop codons in between]. You should look at all three reading frames on the forward strand (do not worry about
the three reading frames on the reverse complement). The ORFs your program will be able to find can range in length from 2 amino acids (a start
and a stop) to the entire fasta sequence record (of any length). There may be more than one ORF in each fasta sequence record, possibly in
different reading frames. You do not need to worry about outputting the ORFs in any specific order so long as your output includes all ORFs
present in the sequence. To get you started, think about tackling the problem as follows: Read sequences from the fasta file For each sequence,
translate the reading frames starting at the 1st, 2nd, and 3rd base in the sequence For each translated sequence, find any ORFs present in that
sequence Example program usage: python findOrfs.py seqs.fa ORFs in seqA - human: ORFs in seqC - gorilla: MTR ORFs in that sequence
Besant Technologies is providing the best SAS Training in Chennai Velachery. Statistical Analysis System (SAS) is an integrated system of software products provided by SAS Institute Inc.,
introduction, file, types of files, need for file handling, steps for processing a file, file input/out functions {declaraion of file, opening a file, reading data from a file, writing data in a file, closing the file}, programs #technology #computers
Improving Effeciency with Options in SASguest2160992
Learning
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Advanced SAS,
Proc SQl,
ODS,
SAS in financial industry,
Clinical trials,
SAS Macros,
SAS BI,
SAS on Unix,
SAS on Mainframe,
SAS interview Questions and Answers,
SAS Tips and Techniques,
SAS Resources,
SAS Certification questions...
visit http://sastechies.blogspot.com
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This video has covered FILES chapter in Data Structure using C for BCA II semester, as per syllabus prescribed by Karnatak University , Dharwad,Karnataka,INDIA.
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introduction, file, types of files, need for file handling, steps for processing a file, file input/out functions {declaraion of file, opening a file, reading data from a file, writing data in a file, closing the file}, programs #technology #computers
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visit http://sastechies.blogspot.com
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Send your semester & Specialization name to our mail id :
“ help.mbaassignments@gmail.com ”
or
Call us at : 08263069601
This video has covered FILES chapter in Data Structure using C for BCA II semester, as per syllabus prescribed by Karnatak University , Dharwad,Karnataka,INDIA.
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A file in fasta format is probably the most common way to store sequence information. The format is
1. Afile infasta format is probablythe most commonwayto store sequence information. The format is verysimple:the name ofeachsequence is
listed ona line beginningwitha '>' (the sequence name is everythingafter the '>'), and the sequence associated withthat name is listed onone or
more lines after the name line. For a more detailed description, see http://www.ncbi.nlm.nih.gov/BLAST/fasta.shtml. For the examples below,
programoutput willbe shownfor the followingfasta-format file, called seqs. fa:humanFasta files:Write a programsortFasta.pythat accepts a
single command-line argument whichis the name ofa file infasta format. First, it reads inthe file ofDNAsequences infasta format and stores them
inmemory. Then, your programshould re-print the sequences infasta format to the screen, sortingthe sequences bysequence name. Hint:a
dictionaryis a convenient data structure for holdingthe Example programusage
