Leadership styles

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Discuss your assessment results for the leadership styles: Ambassador, Advocate, People Mover, Truth-Seeker, Creative Builder, and Experienced Guide.
• What scores surprised you the most? Why were you surprised?
• Which style(s) are most helpful to you now and how will this information be helpful for your business venture?
• Incorporate information from the readings such as leadership power to support your discussion.
Q13
Class-Nutrition for sports performance
Title: Summing It Up – Does nutrition improve athletic performance?
Reflect on what you have learned in this class. Did you learn what you thought you were going to learn? Does nutrition improve athletic performance?
Discuss 2-3 goals for how you will incorporate what you have learned into your daily lives (this can include sharing with others).
Q14
Throughout this class, you have worked on a complete marketing plan from start to finish tackling each step of the process. This week we will reflect on the process.

Research
Research marketing plans and controls for success. Review information on your final paper topic and the industry it is in.

Discuss
• What were the challenges and triumphs you encountered while writing your marketing plan?
• What would the most significant challenges be to put this plan in place?
• What controls did you put into place to ensure the success of your marketing plan?

 

Sample Solution

There are more than 30 million single-nucleotide polymorphisms that are like a finger print of genetic code in human genome(37). International Haplotype Mapping Project characterizes these SNPs in variety of population for public usage(38). Researchers can use these databases to identify association between disease risk .disease studies and genome- wide association studies linked by commercially available microarrays (SNP chips)(39). When specific allele of a SNP is present , a fluorescent signal is produced by using allele specific oligonucleotide probes for SNP arrays and array have skill of analyzing up to 1 million SNPs in a single sample(40). Also allelic imbalance, copy number variation, or loss of heterozygosity of cancer genome can be screened by SNP array.

Microarray analysis

Expression levels of thousand gene in cancer is analyzed with single experiment of microarray. Microarrays that are chips have immobilized capture molecules serve as probes to bind fluorescently labeled targets prepared from the two samples for comparing (41). These capture molecules can be oligonucleotides or cDNA. MRNA, miRNA, DNA and protein microarrays are most popular analysis. Gene expression profiling has been used for catogarizing unique subtypes of cancer, identifying invasive and non invasive cancer type’s phenotype, forecasting prognosis and response to treatment and risk of recurrence(42). New miRNA microarray platform data’s can be used as a cancer biomarker. To classify patients prognostic groups and treatment subgroups, miRNA signatures is used. Also misroarray is used to determine epigectic alteration that is contributed to tumorigenesis and direct to manage patient(43).

Proteomics by mass spectrometry

Changing of protein profiles in cancer cell is important to determine new biomarker and might help to classify of tumors subtypes(44). Proteomic analysis have more advantage than measurement of mRNA. Because protein is the final effector molecule and their level can not overlap the level of mRNA due to the posttranscriptional modifications(45). In addition to that , protein-protein interactions contribute to cellular pathways and carcinogenesis. Proteins are quanrified in mass spectrometry according to their mass to

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