Comprehend and execute factual responses only without coping content from other sources, thank you.

Assignments

# Statistics and probability + case study.

98. The weights of newborn baby boys born at a local hospital are normally distributed with mean m = 118 ounces and standard deviation s = 9.5 ounces.

What percent of the baby boys born at the hospital weigh between 106.6 and

129.4 ounces?

99. Suppose the caloric content of a 12-ounce can of a certain diet drink is normally distributed with mean m = 5 calories and standard deviation s =

0.5 calories. What is the probability that a randomly selected 12-ounce can of the diet drink contains no more than 6 calories?

100. A coffee machine dispenses a mean of 8 ounces per cup. The machine's output is normally distributed with a standard deviation of 1 ounce. If the coffee cups filled by the machine hold 9.5 ounces, find the probability that the machine will overfill a cup.

In less than a decade, the Human Genome project (HGP)³has generated a large amount of biological data that is likely eventually to lead to a qualitative change in the way in which clinical medicine (diagnostics, prognostics, and therapeutics) is practiced. A central intellectual and technologic asset to this effort has been GenBank⁴and related genomic and protein databases (e.g., the SWISS-PROT,⁵Exon-Intron,⁶and IMGT databases⁷). Their standardized data models have allowed research laboratories throughout the world to rapidly populate them with the very latest information. In turn, these databases are freely available throughout the world via the Internet and have seeded, accelerated, and inspired thousands of research projects. In contrast, there are few, if any, consequential shared national clinical databases. Specifically, patient data in one information system can only rarely be transferred to another to expedite patient care. This, despite decades of research and development of clinical record systems.

1. During identification of an ____________ configuration, just the _________ gene is __________ for the incidence of a promoter and __________ factors while other genes within the __________ lack such ______ molecules. Identify the most precise technique for prokaryotic operon forecasting.

2. G numerous __________ sites for an enzyme in a particular __________, digestion is performed in __________ phases. State how the preliminary digestion ought to be. Why is the digestion in that nature?

3.What is created if a functional gene is interrupted in the event of disrupting a constraint site? What may occur during the process?

4. Rationalize the following.

Supplement constraint locations can be presented close to the current constraint location via mutagenesis.

5. The oligonucleotide regulated ________ of a section that is ________ and ________to the original constraint spot can present ________ site.