You Have Been Discussing Your New Molecular Prowess And People Have You have been discussing your new "molecular prowess" and people have noticed. You have been given the opportunity to propose a molecular assay and develop a molecular laboratory. This will require that you write a proposal to administration. This proposal must include your assay design and equipment list. You must propose how you would use the available space given the included floor plan. Each section of this exercise will require that you adhere to the space limitations. The gene you will need to design a test around is provided. The polymorphism is noted: 5' 301 gtcagcccca tggtggtggc tggggacagc cacatggtgg tggaggctgg ggtcaaggtg 361 gtagccacag tcagtggaac aagcccagta agccaaaaac caacaygaag catgtggcag 421 gagctgctgc agctggagca gtggtagggg gccttggtgg ctacatgctg ggaagtgcca 3' 481 tgagcaggcc tcttatacat tttggcaatg actatgagga ccgttactat cgtgaaaaca Describe in detail the assay you will design. Be as specific as possible.
Paper For Above instruction Designing a robust molecular assay for detecting a specific polymorphism within the provided gene sequence requires meticulous planning to ensure specificity, reproducibility, and accuracy. The assay must be capable of differentiating between homozygous wild-type, heterozygous, and homozygous mutant individuals, using standard molecular biology reagents and equipment. 1. Primer Design and Annealing Sites The first step involves selecting primers that flank the polymorphic site identified between nucleotides 301 to 481. The provided sequence suggests the polymorphism lies within this segment. To accurately detect the polymorphism, two primers will be designed: an upstream primer annealing approximately at position 250, and a downstream primer annealing around position 500, encompassing the polymorphic region. Specifically, based on the sequence, the forward primer will anneal near nucleotide 290, and the reverse primer near nucleotide 510, creating a PCR product of approximately 220 bp. The polymorphic site itself can be further targeted with a probe if allele discrimination is necessary. The primers will be designed to have melting temperatures (Tm) around 60°C, avoiding secondary structures and primer-dimer formations. Annotations below indicate primer positions: - Forward primer: 5'-AGTGTG GGGCTT GGT GGC-3' (positions ~290-308)