Regulate Blood Pressure

Some of the normal physiological reactions of the body to regulate blood pressure is to modulate the heartbeat of the person and/or adjust the expansion or constriction of the arterial walls and blood vessels to normalize the pressure.

John’s long standing Hypertension causes his heart to work harder, putting more strain on his heart and arteries. In order to achieve a gradient in pressure by which blood flows from an area of higher pressure to one of lower pressure, the left ventricle must exceed the increased pressure in the arterial system (Ref).

The sympathetic nervous system is controlled by the hypothalamus and transmits signals down the spinal cord to the periphery through alpha and beta receptor sites. Alpha receptor stimulation induces smooth muscles contraction in blood vessels and bronchioles. Beta receptors respond with smooth muscle relaxation in blood vessels and bronchioles. Controls the “fight or flight” response which controls sweating, pupil dilations, and temperate regulation. Loss to the sympathetic nervous system can disrupt homeostasis. The parasympathetic nervous system carries signals to the organs in the abdomen, heart, lungs, and skin above the waist. The parasympathetic nerves attempt to control a rapidly increasing blood pressure by slowing heart rate, this may happen when the sympathetic nervous system is

The body regulates BP with the contractions of the cardiac muscle and pulmonary, systemic and coronary circulation.

The human heart could compensate for flow rate changes to maintain blood pressure by altering heart rate. When the heart rate increases, so does blood pressure. When the heart rate decreases, so does blood pressure.

According to Ackley, Ladwig, and Makic (2017), “the nursing process is an organizing framework for professional nursing practice, a critical thinking process for the nurse to use to give the best care possible to the client” (p. 2). This process is a series of steps with the intention of gathering information from an individual to analyze if there is a problem within one’s medical history. One way that a disease entity can be found is by creating a genogram. For the purpose of this paper, the author created a genogram and was able to determine a disease entity that was most prevalent in his or her family medical history. The disease that was found to be the most significant was hypertension based on the assessment of each family member and the author’s strengths and risks. With the information that was observed through the initial steps of the nursing process, the author will continue to use this process to assess and diagnose the disease entity found within the family genogram to plan an evidence-based intervention with desired outcomes to fix the problem, to then

The pathophysiology of hypertension involves nervous system and/or renal system (Barranger, 2013). Centrally located beta receptors and alpha-2 receptors have effects on the production of norepinephrine. The production of norepinephrine is stimulated and inhibited by these receptors. When norepinephrine production is inhibited, vasodilation effects occur, therefore blood pressure (BP) is reduced. Beta 1 receptor blockers and beta 2 receptor stimulators of the arteries and veins will decrease blood pressure by decreasing cardiac output, peripheral resistance, and causation of vasodilation. Baroreceptors can auto regulate blood pressure in the circulatory system by sending impulse to the brain

Hypertension is commonly known as high blood pressure. What does it mean to have high blood pressure? Blood pressure can be defined as the amount of blood the heart pumps and the amount of resistance to blood flow in the arteries. It is when the systolic reading is greater than 140 and the diastolic is greater than 90. Systolic is blood pressure when the heart contracts while diastolic is the time when the heart is relaxed. Primary care physicians are accustomed to seeing cases of hypertension. However this common diagnosis can lead to more serious illnesses such as chronic kidney disease, stroke, heart attack, aneurysm, peripheral artery disease, and even death (Tipton & Sullivan, 2014).

Blood pressure is a measurement of how forceful your blood is pressing against the walls of the arteries. Arteries are blood vessels that carry blood from your heart throughout your body. Blood pressure does not stay the same. It rises when you are active, excited, or nervous. It lowers when you are sleeping or relaxed.

Blood Pressure Similar to how researchers observed the short-term effects of resistance training on blood pressure, other researchers studied these effects for a longer period of time while varying the volumes, intensities, and duration of each exercise in the experimental exercise protocol. Because the studies took place for a longer duration of time, typically researchers utilized a lower to moderate intensity level in order to ensure that their subjects did not suffer any medical complications from a very high intensity exercise regimen for a long duration. Drenowatz et al., Kim et al. and Rondon et al. observed a decrease in blood pressure after the resistance training protocol. In addition to a drop in resting systolic and diastolic blood

your arteries after blood leaves your heart. It’s likely you know at least some basic

Blood pressure is quite significant as higher the level of one’s blood pressure is, the higher is the risk of health problems in the future.

The clinical skill that I have decided to reflect on in this essay is the manual blood pressure test that I have performed on one of my colleague during a simulative clinical skills session. The aim of this essay is to reflect on this experience, so as to learn from it, identify areas of concern and increase competence in this skill accordingly. To start the essay it is the custom to at least give a definition of blood pressure test, and understand how to interprete the results. I will then proceed to reflect on this whole experience. I will continue by revealing two issues that I have encountered while performing the blood pressure test, and

Blood pressure is that the strength of blood assertive up against the vessel walls, to deal with this pressure, the vessels walls contain very little muscles to hold them in kind and allow them to become wider or narrower. If force per unit space is simply too elevated, the muscles at intervals the artery wall will take action by pushing back a lot of sturdy. The higher the pressure the lot of sturdy the heart has to pump.

Blood pressure is directly related to heart contractions. When a heart contracts, blood pressure rises. When it relaxes, the blood pressure drops. This can be graphed as a sinusoidal graph where the amplitude portrays