Next-generation Roche 454 sequencing: Is slower than Sanger sequencing uses biol

Question

Next-generation Roche 454 sequencing: Is slower than Sanger sequencing uses bioluminescence to detect addition of a nucleoside Uses capillary gel electrophoresis. All the above are true. Which of the following is true? Silencers are proteins that bind to enhancer DNA Sequences Activators are proteins that bind to enhancer DNA sequences. Enhancers are proteins that bind to activator DNA sequences. A repressor is a DNA sequence, NOT a protein. Questions 74 and 75 fer to the pedigree shown on a separate page. Individuals expressing a phenotype are indicated by a closed symbol The trait shown in this pedigree is probably: X-linked autosomal The most probable genotype of individual 5 in generation III is: homozygous dominant heterozygous homozygous recessive

Explanation / Answer

72. Option b.

It is faster than sangers methods. It uses segments of a slide to determine bioluminiscence.

73. Option b.

Enhancer and silencer are regions of DNA. Repressor is a protein.

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