Discuss how the computer can facilitate the human-technology interface. How does the human-technology interface play a part in the future of health care?

Your response should consist of at least 100 words.

Covid 19 is caused by a novel coronavirus strain, not seen in the human population until now. Describe the clonal selection theory. How might clonal selection be impacting the spread of this disease and human resistance to infection?  

Job analysis is meaningless unless it is linked to the other activities of human resource management in an
organisation. Discuss this statement in terms of the relationship between job analysis and five (5) key
activities of human resource management.

How is the Belmont report which is the  Ethical Principles and Guidelines for the Protection of Human Research relevant in relation to First-in-human clinical trials (as in patient’s company’s and medical authority's perspective) and potential conclusions that can be drawn?

Provide a supported response that discusses (1 five changes/trends with which the human resource professional should be most concerned (be sure to discuss the significance of your choices), (2) the impact of these changes/trends, and 3) what public and nonprofit organizations can do to better “manage” and “adjust” to these changes within the framework of two human resource activities (activities to include human resource planning , job design, recruitment, selection, compensation, performance management, or operating policies).

With the advent of capacitive touch sensors the human body capacitance has an ever incresing role to play in the design of touch screens, switches etc. Besides ESD (electrostatic discharge ) from and to the human body from various electronics devices and gadgets is important for EMC (electromagnetic compatibility) of the gadgets. Your assignment is to estimate the range of human body capacitance. Give detailed justification for your method of estimation. Compare your estimates to available/published data sheets.

The computer has important parts such as the input/output, memory and CPU. The human has similar attributes making it possible to interact with computers. As an expert in Human Computer Interaction: a. How would you model a Human as a Processor? 6 marks b. Briefly explain 4 limitations of interactive performance. 4 marks c. Use switching of a light bulb to illustrate Norman’s cycle. 9 marks d. Differentiate between error and a slip. 1 mark

Currently, there are chronic shortages of transplantable human organs. Waiting lists are long, and many of those waiting die before an organ becomes available.

1. Would it be more efficient than current arrangements if we were to allow an open market for buying and selling of human organs to develop? Be sure to consider

a. how scarce human organs are currently rationed among people who want them

b. the current arrangements for eliciting a supply of human organs and

c. the economic definition of efficiency

2. Would a market for human organs increase social welfare or reduce it? Explain, using the course concepts of producer and consumer surplus.

Please answer all the questions completely. Answer all the parts of part 1 (a, b, and c). answer # 2 aswell. please start the answer with responding to the question so i know right away which question is being answered.

Please make sure it is legible. If handwritten no cursive please only print. Typed would be preferable.

Imagine that you are a scientist that wants to isolate the gene that codes for Succinate Dehydrogenase (an important Citric Acid Cycle enzyme) from a novel plant that produces lettuce. Knowing concepts in Genetics and bringing in biotechnology, how would you go about cloning and further sequencing this gene using Bioinformatics? Please list in sequential order how you would go about going forward with this experiment

1. Answer the following questions about enzymes.

1. How are enzymes named and classified? Give at least two examples.
2. To what class of biological compounds do enzymes belong? What is the significance of this?
3. Explain how enzymes affect activation energy and temperature in reactions

d. How does the modern induced fit model of enzyme-substrate interaction differ from the original lock-and-key hypothesis?