If a DNA template strand had a base sequence of G-G-A-T-C-A; a) what are the codons of the mRNA produced; b) what are the anticodons for the appropriate tRNA molecule; and c) what amino acids will be placed in the right order at the ribosome? Identifying DNA at crime scenes is a vital tool in forensics. Do you feel confident that DNA analysis is always correct? Explain your position.

a). The codons on the mRNA strand 5' C-C-U-A-G-U 3' produced are CCU and AGU.

b). The anticodons for appropriate tRNA molecules are 3'-GGA-5' and 3'-UCA-5'.

c). The amino acids that will be placed in the right order at the ribosome are Proline-Serine

DNA analysis is always correct except in cases the collected tissue samples are contaminated. DNA analysis is always correct because every individual is unique with a unique DNA code. This means that no two individuals have exactly the same DNA code, therefore there is no chance having an analyzed DNA that have the exact sequence as that of another individual.

Explanation:

a). mRNA is a type of ribonucleic acid that is used as templates for protein synthesis. It is always complementary to the parent DNA except that like other RNAs it contains Uracil base instead of Thymine. Therefore the strand is 5' C-C-U-A-G-U 3'.

b). An anticodon is a three-base sequence on the tRNA with which it base pairs with mRNA codons. In base pairing of the mRNA codon with tRNA anticodon, the first base of the mRNA codon in the 5'->3' direction pairs with the third base of the anticodon. Therefore the anticodons are 3'-GGA-5' and 3'-UCA-5'.

c). Codons are three-base sequence on an mRNA molecule that codes for amino acids. There are 64 codons, three of which codes for no known amino acid. 61 codons code for the 20 amino acids. In the genetic code, CCU codes for the amino acid proline while AGU codes for the amino acid Serine.

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explanation:

okay now i don't know this but for the pints nothing else to say bye