RNA Length Proteins are the building blocks of life. The process starts when another protein (a polymerase) reads your genetic code and performs transcription, the code (RNA) for making protein. Ribosomes will then attach to this RNA code to begin ma

[Bongani Matsane]

Good day ,

kindly can i be assisted with some guiding lines  or how to go about in solving this problem that requires function.

kind regard

Bongani Matsane

mats...@gmail.com

[Bongani Matsane]

sorry this is full question 

RNA Length

Proteins are the building blocks of life. The process starts when another protein (a polymerase) reads your

genetic code and performs transcription, the code (RNA) for making protein. Ribosomes will then attach to this

RNA code to begin making specific proteins. Your genetic code is made up of pairs of nucleotides. Once

transcribed into the code, these nucleotides contain the following nucleotides:

U,G,A,C.

UGA, UAA, and UAG are stop codons and AUG is a start codon so that the protein, ribosome, can identify where

to stop and start the protein formation.

A genetics lab has tasked you to design a function which recognises the length of the RNA code (excluding the

start and stop codons). The function must also determine if their code is actually valid (must contain AUG as a

start codon and UGA, UAA, or UAG at the end)

Note: RNA starts with a start codon AUG and ends with UGA, UAA, or UAG

The function must return "Not readable RNA code" if the above conditions are not met.