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<pre>
<pre>
copy and paste
ex 8-5
1)open file
2)prep file to be read (eliminating white spances)
3)make Hash
- Initialize variables
- Populate the hash (how to do it automatically?)
- Parse the list of genes using the counter.
4)If input is not null, ask user for another gene
 
ex8-7
1) get list with all codons to  AA: codontoAA
2) initialize variables, input: codon
3) If codontoAA has two letters in the same position as the codon, returns their#  AA. ( how?) you could use...?
 
ex9-2
1)  get example 9-3
3) Initialize varialbles
2) open file of interest
3) use split and pop to get key and value from value to scalar variables
4)
 
ex9-5
1)open file with DNA seq
2)prep to be read
3)close file
4)search for restriction site for a given res enzyme
5)print entire DNA sequence labeling restriciton sites with restriciton enzyme's name  (how to do this?)
4)exit
</pre>
</pre>

Latest revision as of 16:14, 18 December 2009

Return to Nov 29-Dec 5

ex 8-5
1)open file 
2)prep file to be read (eliminating white spances)
3)make Hash
- Initialize variables
- Populate the hash (how to do it automatically?)
- Parse the list of genes using the counter.
4)If input is not null, ask user for another gene

ex8-7
1) get list with all codons to  AA: codontoAA
2) initialize variables, input: codon
3) If codontoAA has two letters in the same position as the codon, returns their#  AA. ( how?) you could use...?

ex9-2
1)  get example 9-3
3) Initialize varialbles
2) open file of interest
3) use split and pop to get key and value from value to scalar variables
4) 

ex9-5
1)open file with DNA seq
2)prep to be read
3)close file
4)search for restriction site for a given res enzyme
5)print entire DNA sequence labeling restriciton sites with restriciton enzyme's name  (how to do this?) 
4)exit