Leadership models and theories help define approaches for creating effective behaviors within...

Question

Leadership models and theories help define approaches for creating effective behaviors within specific situations or environments. Examine contemporary leadership models and theories and in a 1,000-1,250-word paper, explain why these models or theories are effective tools for leaders who serve in health care organizations. Include the following:

Discuss the correlation between effective leadership and organizational performance in health care.

Discuss why it is important for regulatory professionals to practice good leadership. Outline effective strategies for regulatory leadership and explain why these are essential in health care.

Describe how the concept of stewardship from servant leadership relates to a Christian worldview. Explain how stewardship relates to professional responsibility, how it can be applied in a health care setting that serves diverse populations, and the potential benefits for stakeholders and the organization overall.

Distinguish between informal and formal leadership. Explain how informal leaders influence others and how this impacts a health care organization.

Select one additional theory or model that you think would be effective for a health care leader to employ. Provide an overview of the model or theory and explain what aspects would be effective and why.

A minimum of three academic references from credible sources are required for this assignment.

Prepare this assignment according to the guidelines found in the APA Style Guide, located in the Student Success Center. An abstract is not required.

This assignment uses a rubric. Please review the rubric prior to beginning the assignment to become familiar with the expectations for successful completion.

amp-450-rubric-leadership-approaches-and-models-in-health-care-ge2km2xi.pdf

Dr Insiyah R. · Accepted Answer

Blood flow	1
Reference	4
Blood flow
The term "blood flow" describes the process by which blood travels from the heart via the capillaries and finally into the veins. Blood pressure is the force that the blood presses against the vessel walls as it flows through the body. Blood, like other fluids, prefers to go from higher to lower pressure. As the pressure gradient decreases, blood travels from arteries to capillaries to veins (Arzani et al,2021).
The liquid that makes up the blood is a complicated substance. There are both plasma and formed components in blood. Water makes up 91.5% of the plasma, followed by 7.0% protein and 1.5% other soluble compounds. A variety of blood cells, including platelets, white blood cells, and red blood cells, are produced. Blood is not like a perfect Newtonian fluid because of the existence of formed components and the interaction those elements have with plasma molecules (Arzani et al,2021). 
Capillaries link arteries and veins and play an essential part in transporting oxygen, nutrients, and metabolic waste products from the circulatory system to the cells of the body's tissues. Capillaries allow substances to move through the body through diffusing, filtering, and osmosing (Herman et al,2016). 
Gases like oxygen and carbon dioxide may travel freely between the two sides by diffusing through the capillary wall. The pressures exerted by hydrostatic and osmotic forces, respectively, are what ultimately governs the rate at which fluids pass through a capillary wall. Hydrostatic and osmotic pressure combine to form a capillary microcirculation, in which things leave the blood at one end and return at the other (Ellahi et al,2014).
Blood flow velocity is inversely proportional to the total cross-sectional area of that same blood vessel. When the overall vessel cross-section rises, flow velocity falls. The capillaries have slow blood flow, allowing for the most efficient exchange of gases and nutrients (Ellahi et al,2014).
When a force acts against the motion of a fluid, it is called resistance. The diameter of the blood arteries is the main factor in the resistance encountered by the blood. Blood flow is reduced, and resistance is increased when the diameter of a blood artery is reduced. Once the blood has passed through the capillaries and into the venules, little pressure is left. Veins do not get blood directly as a consequence of ventricular contraction. Instead, the contraction of smooth muscle in the venous walls, the activity of skeletal muscles during respiration,

Leadership models and theories help define approaches for creating effective behaviors within specific situations or environments. Examine contemporary leadership models and theories and in a...

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