Diastolic Blood Pressure Case Study

The authors then share their analysis on the changes of heart rate and GSR at the many different points throughout their study.

The range of normal resting diastolic BP for these patients was 75-85 mmHg. Did diastolic BP increase, decrease, or not change with exercise?

An untrained 22-year-old male human subject was chosen. A PT-104 pulse plethysmograph was wrapped around his dominant (right) index finger. Connected through a IXTA data acquisition unit, heart rate was monitored on LabScribe. The recordings were measured with ten seconds of leeway at the beginning and end to allow baseline pulse recovery. Digital marks labeled the time interval of the described action. First the subject’s heart rate was measured during a resting phase for twenty seconds. He was encouraged to relax and remain inactive in order to confirm an accurate baseline reading. For the apneic condition, the subject repeated this

The purpose of lab six, is demonstrate how different activities like exercise, postural changes, and cognitive thinking change arterial pressure as well as heart rate. Blood pressure, which is abbreviated as BP is the force that is placed onto vessel walls by the blood that it contains. In healthy individuals, BP should be 120/80 mmHg, but recent research has shown that healthy individuals BP should be lower than 120/80 mmHg. The first number, in this case 120 is known as the systolic number. The systolic number is known as the amount of pressure placed onto the vessel wall by blood during ventricular contraction. When someone is taking another persons blood pressure, this is the first sound that the person will hear. This is because the blood vessel opened up enough to allow blood to begin passing through. The second number, 80 represents the diastolic number. The diastolic number represents when the vessel is relaxing and blood is getting through without any extra force. Also, this number is represented by the last sound an individual hears in their stethoscope. Aside from BP, heart rate also known as pulse rate, is the number of times a persons heart beats in a minute. (Marieb & Hoehn, 2014, pp. 708-710).

In this essay I will cover the meaning of systolic and diastolic pressure. The range of levels from optimal to poor in relation to blood pressure. I will take my blood pressure as well as my mother’s and discuss the correlations between blood pressure and lifestyle, stress level or activity level. Last, I will discuss how I will incorporate this knowledge in my future training endeavors.

The patient is an 80-year-old female who presents to the ED because of increasing shortness of breath and some chest pain. She was brought in by the Clifton EMS. She stated the symptoms occurred suddenly. It started 2 days ago and became worse the morning of presentation. They are continuous and getting worse. The patient is also complaining of chest pain with coughing in the ED. She has a past medical history of intracerebral hemorrhagem hypertension, had spinal surgery and nephrectomy. On presentation initial blood pressure is 151/150 with a pulse of 93, respirations of 20, temp of 97.1 and her pulse oxymetry is 100% on a nonrebreather. She is placed on 4 L of nasal cannula and she is oxygenating between 95-98%. Her blood pressure fluctuates a but is brought under better

Both numbers in a blood pressure reading are important. But after age 60, the systolic reading is even more significant. Isolated systolic hypertension is a condition in which the diastolic pressure is normal (less than 90 mm Hg) but systolic pressure is high (greater than 140 mm Hg). This is a common type of high blood pressure among people older than 60.

This report focus on the cardiovascular system to obtain measurement, understand and compare the differences of blood pressure, heart rate, pulse pressure, systolic pressure, diastolic pressure under normal conditions and when exercising.

Karen just got from the hospital and it sounds like things are improving. Mike’s color has improved, they have his PH in check, he is off the blood pressure meds, and they identified one of the strains of bacteria, so they are changing his antibiotics to treat that. They still have him heavily sedated, but he has been shown some signs of responding. They are no talking about things in days, rather than hours. It sounds like he will most likely be in the hospital for 3

Determining the Effect of Arousal on the Heart Rate and Blood Pressure of Adolescent Males

2. Identify at least one website that you used to learn more about the issues and potential solutions; briefly explain what was found at the website(s).

Results:Table 1 shows that the subjects mean bpm was highest after exercise (start of recording) at 88.20 BPM and lowest while sitting and breathing regularly at 60.97 BPM. The range of BPM was also the largest after exercise (start of recording) at 74.07-135.14 BPM. Table 2

In this case the results say 88 BPM (beats per minute). So then for the blood pressure (BP),

The consequence of exercising on respiration rate, mean arterial pressure (MAP), and pulse rate activity of the heart was examined. The experiment included equal numbers of male and female students to test short term cardiopulmonary effects for all factors. Small gender distinction for pulse rate was first detected. Then drastic, short-term changes for respiration rate along with MAP were noted. The great contrast in effects witnessed for male and female subjects with regard to electro cardiac activity was unidentified. Therefore, additional studies were designated to establish whether these outcomes were subjective by small trial size or imitating distinctive physiological response by the differences in gender to the outcomes of

Johns’s low blood pressure may cause due to the restriction of blood flow to the heart. John was initially diagnosed with spontaneous pneumothrax caused by several ruptured bleds. In cases of pneumothorax, it is common to experience tension pneumothorax. In tension pneumothorax, air gets into the pleural space and gets trapped there (Luh, 2010). As the pressure builds the lung collapeses and pushes major structures in the center of the chest. The shift in major structures causes the other lung to become compressed and affects the flow of blood returning to the heart (Luh. 2010). The lack of blood returning to the heart is why we see that John had such a low blood