For a$$79\mathrm{Kg}$$woman 30 years-old, theVD​of a drug given at a dose of$$60\mathrm{mg}/\mathrm{kg}$$is$$140\mathrm{L}$$. The plasma concentration at zero time is (round the decimals)? A.$$6\mathrm{ug}/\mathrm{ml}$$B.$$34\mathrm{ug}/\mathrm{ml}$$C.$$474\mathrm{ug}/\mathrm{ml}$$D.$$4\mathrm{mg}/\mathrm{kg}$$E.$$50\mathrm{mg}/\mathrm{kg}$$

Nursing 1) Trends in CVD mortality rates 2) Identify the long—term complications of immunosuppressants 3) Therapeutic Lifestyle Changes (TLC) is prescribed for which condition? Be able to list some examples of dietary components that need to change. 4) Know the serving guidelines for the DASH diet 5) Know the heart’s anatomy and the path the blood travels through both cardiopulmonary and systemic circulation 6) Components of metabolic syndrome 7)Causes of myocardial infarction and unstable angina 8)Heart surgery procedures 9) Primary PAD risk factors 10) CVD risk factors 11) Differences between right- and left-sided heart failure

Examine an Australian national health priority and identify one way (a strategy) in which health professionals have sought to reduce or prevent the problem. You will be asked to discuss how the strategy was appropriate, focusing on collaboration, sustainability, and capacity building.

You will then be asked to think of a patient you may have had (or make up an imaginary patient) with this health problem who wants to know more about it, and use your information you to explain the wider context of their health problem to them in terms they will easily understand.
The Health Priority
1. Ensure that your arguments are supported by evidence from peer-reviewed articles, including a minimum of three epidemiological primary research papers as well as other sources such as websites and government reports. You are encouraged to source the World Health Organization,
and other similar sites. Feel free to use appendices to screenshot or copy in tables from your reference articles, websites, etc, to allow the tutor to cross-check your information.

2. Select ONE of the nine Australian Health Priority areas. Search the literature to determine a local area (globally) where this health priority is prevalent (e.g. an area within a state or a state). Identify populations at risk within this region if the prevalence is high, e.g. women, men, unemployed, Indigenous etc.

3. Identify ONE important current strategy used to address your chosen health priority and briefly describe it. Your chosen strategy should be aimed at prevention, not treatment or management (no diagnostic procedures that detect an illness but do not prevent it). However, screening used as a preventative strategy can be included. In addition, your strategy should not merely aim to alleviate signs/symptoms or manage the health issue but be directed at preventing it occurring.

DO NOT choose a large and complex government strategy over a number of years such as the Australian National Diabetes Strategy because you will not have enough words to cover the complete detail needed to show your level of understanding. A simple and targeted strategy will do.
4. Explain the success of the strategy in preventing the health issue, and consider issues of collaboration, sustainability, and capacity building.
5. Follow the ‘General guidelines for assignments and academic writing’ document. Check your assignment using TurnItIn, with the draft box located near the top of the Assignments module (may take 24 hours to return)
Talk to a Patient
1. Introduce a hypothetical patient related to the health area you chose. This may require you to state any of their relevant demographics, e.g. age, gender, ethnicity, socio-economic status, etc., only factors important to the health area.
Write a script – a language-appropriate dialogue between you and the patient – of what you discussing the factors which contributed to their condition, the risks of them getting it, and any comparisons that could be made to other groups, etc, to help them understand the wider context.

Feel free to briefly explain how the strategy you examined relates to them. You must use simple words and explanations. Suggestion: present your information as answering patient questions, like a verbal interaction where the patient has asked about different aspects and you respond to that (but be aware that patients may not always know what questions to ask, and you may need to give some types of information unprompted).

Explain what lung volumes and/or capacities may be affected by Bill’s condition ( 2 marks). 4b) Explain how gas exchange at the alveoll is affected in these conditions, and why (2 marks). 4c) Using the bicarbonate buffer system equation (CO44​+H2​O↔H2​CO3​↔H4+HCO3​), explain what happens to blood carbon dioxide levels and blood$$\mathrm{pH}$$in obstructive respiratory conditions ( 2 marks).$$(6$$marks total)

Scenario 4 Karen has previously been diagnosed with chronic bronchitis – a long-term inflammatory disease of the airways that results in thick viscous mucous obstructing multiple airways. In Karen’s recent visit to the hospital, she was also diagnosed with right-sided heart failure due to her poorly managed pulmonary hypertension. As a consequence, she has also developed peripheral oedema (fluid shifting from the intravascular space to the interstitium).

Question Five Answer the following questions regarding how chronic bronchitis and right-side heart failure affect the normal function of the respiratory and cardiovascular systems. 5a) Describe two protective mechanisms of the respiratory tract to help prevent the passage of bacteria into the lungs (2 marks) 1.$$\mathrm{N}$$aod con chae 5b) Use your understanding of ventilation-perfusion coupling (VIQ), to explain how the respiratory (ventilation) and cardiovascular (perfusion? systertis would respond to airway obstruction (as seen in chronic bronchitis) and how this obstruction rright rosult in in pulmonary hypertension (4 marks) ronlatidlosO2​→BV↓→BP↑.

5c) Use your understanding of capillary exchange to explain how ineffective contractions on the rightside heart (ie. Right-sided heart failure) can alter capillary exchange dynamics resulting in peripheral oedema (2 marks) vight-ifed heret faciere capillary bx chaye (8 marks total) 1808 NRS Human Anatomy and Physiology 2 A2 written Assignment