Choose the organelle that you think is the most important for the cell and justify your selection

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Eukaryotic and prokaryotic cells can be compared to mini-factories, with multiple organelles working together to perform numerous cellular processes. After reviewing the parts of a eukaryotic or prokaryotic cell:
Choose the organelle that you think is the most important for the cell and justify your selection, describing several key activities this organelle performs. Indicate whether the organelle is in eukaryotic cells, prokaryotic cells, or both.
Which organelle do you think is the least important? Why do you think it is more “expendable” to the cell?

Explain how a metabolic pathway can contain an energetically unfavorable reaction yet still occur

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1)Explain how a metabolic pathway can contain an energetically unfavorable reaction yet still occur.
2)What general factors contribute to the high phosphoryl-transfer potential of ATP?
Compare ATP to acetyl CoA.
3)What is the relationship between the energy charge of a cell and control of the 4)ATP-generating pathway?
5)How is metabolism controlled?
6)What is the byproduct of cholesterol metabolism involved with digestion and what is its role?
7)What is a chylomicron?

Explain why in order to lose weight you would need to ingest fewer Calories per day, or expend enough energy per day, so the net ingested daily Calories are less than the calculated DRI

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Follow the instructions below and post your answers to the questions (300 words max.).
Determine your Dietary Reference Intake (DRI) by using the online calculator like that found at the USDA web page: http://fnic.nal.usda.gov/fnic/interactiveDRI/ (Links to an external site.). The DRI is the suggested amount of Calories required to maintain your current weight.
Determine your Basal Metabolic Rate (BMR), which is the minimum amount of Calories required in your daily diet for your energy needs. The BMR can be calculated using the online app at http://www.siumed.edu/medicine/gim/bmr.htm (Links to an external site.) .
QUESTIONS:————-
1) Explain why in order to lose weight you would need to ingest fewer Calories per day, or expend enough energy per day, so the net ingested daily Calories are less than the calculated DRI. How long would it theoretically take to lose the equivalent of one pound of fat if you ingested 100 calories/day less than the DRI?
2)Would you agree that it basically does not matter what kind of food you eat to lose weight as long as the number of net daily Calories is less than the DRI and why?
3)Why do you think the BMR and DRI can change with body mass and fitness levels?
4) Go to your kitchen and chose a favorite food product with a Nutrition Label and note the Caloric content. How much of that food (by mass or volume) could you ingest in a single day to equal the DRI if that was the only food you ingested?

Evaluate ways quality assurance/improvement and clinical outcome measurements are supported by clinical information systems.

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1: Discuss Nursing Informatics key terminology metastructures concepts and tools.
2: Discuss the role responsibility competencies and value of the nurse informaticist in the development application and integration of healthcare technology.
3: Evaluate ways quality assurance/improvement and clinical outcome measurements are supported by clinical information systems.
4: Discuss various factors involved with development and maintenance of electronic health records medical device integration and other patient care technologies.
5: Review legal ethical or regulatory issues of tele-healths virtual nursing practice from non-traditional work settings; i.e. home. Provide examples to illustrate points made.
6: Compare and contrast the similarities and differences between EBP translational research and research utilization.
7: Explain the impact of emerging educational technologies on future trends and transformation in health care.
8: Discuss your understanding of the legal ethical and social implications of performance improvement and/or informatics use on interprofessional collaboration and decision making from a microsystem perspective.