Question: matlab no iteratin x mutants 2 solutions submitted (max: 7) | View my solutions Problem Summary Function: mutaris Input(8): - (char) Nx3 array of RNA
matlab no iteratin
x mutants 2 solutions submitted (max: 7) | View my solutions Problem Summary Function: mutaris Input(8): - (char) Nx3 array of RNA codons - (char) Nx3 array af RNA codons Outputis): - (char) 1xM vector of characters with regards to the degree of mutation of a cell Function Deacription: - When there are no differences at all, the output should be 'Identical' - When no more than half of codons present a single difference, the culput should be "gimilar'. - When ary of the codons (rows) presents two differences but none presents three differences, the output should be 'transitional' - When any of the codons (rows) presents three differences, the aulput should be 'mutant' - When half of the codons (rows) ar mare present at least one difference, the autput should be 'mutant' - No prior knowledge of gene expression is necessary to solve this problem, but if you want to leam more about it: htips:/len.wikipedia.orgiwikilGenentGene_ expression - You may assume that N will always be an even number Examples: out - mutants(rna,ref) \& out - "identical x mutants 2 solutions submitted (max: 7) | View my solutions Problem Summary Function: mutaris Input(8): - (char) Nx3 array of RNA codons - (char) Nx3 array af RNA codons Outputis): - (char) 1xM vector of characters with regards to the degree of mutation of a cell Function Deacription: - When there are no differences at all, the output should be 'Identical' - When no more than half of codons present a single difference, the culput should be "gimilar'. - When ary of the codons (rows) presents two differences but none presents three differences, the output should be 'transitional' - When any of the codons (rows) presents three differences, the aulput should be 'mutant' - When half of the codons (rows) ar mare present at least one difference, the autput should be 'mutant' - No prior knowledge of gene expression is necessary to solve this problem, but if you want to leam more about it: htips:/len.wikipedia.orgiwikilGenentGene_ expression - You may assume that N will always be an even number Examples: out - mutants(rna,ref) \& out - "identical
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