Safety Of Non Invasive Bp Monitoring System

The lack of knowledge and confidence of obtaining a manual blood pressure is an ever growing issue in the healthcare field. This paper will outline the importance of taking a manual blood pressure accurately. Providing the proper blood pressure measurement can determine a patient’s care and outcome when in a healthcare facility. I will talk about the pros and cons of manual blood pressures and personal experience of this vital skill in the healthcare field. I will also provide some simple but effect ways to increase confidence and knowledge by just basic education. All of my information and numbers will be supported by using references and studies in the use of manual blood pressure monitoring.

2.7 Monitoring physiological measurements it´s important to make sure the individual health status and also necessary after surgery, as patients in intensive care units require continuous monitoring, and sometimes have medications that requires physical measurements taken. These are measurements we take to ensure that they are functioning in the way they are supposed to. When we carry out physiological measurements, such as measuring temperature, pulse and respiration, we are monitoring for signs of abnormality. Then be able to draw conclusions about the health status of the individual and any treatments they may

When teaching the patient, timing is crucial. I plan about 30 minutes for this teaching lesson because it allows more time for patient to learn new the information. First, I will demonstrate how the machine works and how to apply blood on the test strip while I maintained aseptic technique. Self-monitoring of blood glucose (SMBG) by persons with diabetes is an integral part of intensive glycemic treatment and is widely believed to improve the control of blood glucose levels and health outcomes. For some meter machine, the accuracy can be affected by interfering substances (medication), temperature, hematocrit level, and user technique. In addition, the accuracy of blood glucose meters

Innovations in mobile technology have brought remote healthcare management to the forefront of advanced medical care. The ability to record the cardiac activity of a patient at home has been available for some time. But that method utilized a recording device worn by the patient, which needed to be brought in to a hospital or doctor’s office for a healthcare professional to analyze. Today, real-time monitoring in the patient’s home is a reality.

Patient care technicians (PCT’s), formally known as nursing assistants, are the backbone to any nursing department. They create rapport with the patients and family members, as well as the nursing and medical staff. Some of the tasks PCT’s are responsible for include: obtaining and recording vital signs, collecting and labeling specimens, blood glucose specimen, and obtaining electrocardiograms (ECG). All these tasks are important and critical in an emergency. PCT’s designated to work in medical surgical floors may not remember the steps for obtaining a good ECG reading. Like the saying goes: if you don’t use it, you lose it. The most common reason ECG’s are misinterpreted is due to incorrect lead placement. PCT’s in critical settings such

When I did my own EKG lab testing I used the following materials: BIOPAC electrode lead set (SS2L), BIOPAC disposable vinyl electrodes (EL503), Cot, BIOPAC electrodes, Computer Sytem, BIOPAC Student Lab software v3.0 or greater, and BIOPAC acquisition unit (MP30). When all these materials are available the computer was turned on and three of the electrodes were placed on the body of my teammate. Two electrodes were positioned on the medial surface of each leg just above the ankle, and the last electrode was on the right anterior forearm at her wrist. When these were attached the subject was asked to lie down on the cot and relax. We then attached her to the EKG machine with three colored cables. The white cable was placed on the electrode on the right forearm, the black cable was placed on right leg and the red cable was attached to the electrode on the left leg.

The purpose of arterial pressure and the pulse lab is to determine the effect of posture and exercise on systolic and diastolic pressure and the heart rate. And also in order to find the differences in the reading taken under these condition compares to the baseline reading. The Sphygmomanometer and stethoscope are used to measure the systolic and diastolic blood pressure, counting the beat on the radial artery will give the reading for pulse rate and by using the lab scribe software and IWX214, the blood pressure will be measured. In the heart, the aorta and the carotid arteries have baroreceptors and the chemoreceptors that identify the changes in arterial pressure and the changes in

The use of telephones, which is commonly used by patients can help deliver important aspects of health care, including education, emotional support, and psychosocial support. Two-way audio, video and the use of teleconferencing equipment allows patients and caregivers the opportunity to communicate effectively, while allowing the caregiver the benefit to see the patient. The technology of transmitting the patients blood pressure and heart rate can also be incorporated in the audio or video. (Deickman A., Elfrink V., Schlachta-Fairchild L, 2008)

"Oscillatory Blood Pressure Monitoring Devices." BMJ : British Medical Journal. BMJ, 20 Oct. 2001. Web. 16 Dec. 2016. .

A medical kit consists of equipment like bandages, fluids, scissors, wound dressings, tape, and gloves used in day to day treatments. Every time a paramedic approaches the scene they are equipping there BSI (body substance isolation). BSI consists of gloves, safety glasses, and masks to prevent transmissions of diseases. Every patient is treated as if they have a disease. Inflatable splints are used to immobilize and protect a broken arm or leg. Inflatable splints are stored and deflated in a small bag in the ambulance. The paramedic uses a small hand pump to inflate the splint. The splint is very expensive and not all EMS services budget air splints. A blood pressure cuff allows paramedics to measure your blood pressure for diagnostics. Blood pressure is the pressure of the blood in the arteries. There are two numbers that are recorded, which are the systolic and diastolic. Systolic is the amount of pressure that is pushed against the artery and the diastolic is the relaxation of the artery. A blood pressure is constantly changing and can be affected by the heart rate, the volume of blood in the body or even a stressful situation. Paramedics can use blood pressure numbers for finding causes such as heart attacks, and also in trauma injuries to know if the patient is losing blood. A normal blood pressure is one-hundred twenty over

Gathering observations of patients is a vital task that all Nurses must complete on a regular basis, they include Blood pressure, respiration rate, pulse, temperature and oxygen saturation. The information gathered from the observations enable for warnings when a patient is deteriorating

Alarm fatigue is out of control, and patients are being harmed, if not killed. Alarm fatigue is a disturbing subject in healthcare and primarily in the acute care setting in all institutions. In the acute care setting, alarm fatigue is the constant barrage of noise consisting of an excessive amount of information being communicated by medical devices such as blood pressure, intravenous pumps, and electrocardiogram machines. Alarm fatigue is a nationwide concern and the Food and Drug Administration (FDA) Manufacturer and User Facility Device Experience database received 566 details of patient deaths related to medical device alarms between 2005 and 2008 (Bai et al., 2014). Deaths are normally attributed to the physiological or chronic health of the individual, not alarm fatigue. In 2010, an analysis exposed 73 alarm-related deaths with 33 directly linked to physiologic monitors (Cvach, 2013). Routinely alarms are intended to warn the clinician to situations that deviate from what is conceived as ‘normal’ for the patient, not a stressful, irritating barrage of noise.

With the constant change in the medical field, it is mandatory for all nurse anesthetists to keep up with everything to give the best care. The newest of these technologies is the mobile stroke treatment unit. Strokes have a profound impact on someone’s health. The consequences of a stroke can be devastating. In order to improve stroke outcomes, many hospitals in Germany and the United States are now using specially equipped mobile stroke treatment ambulances with all the necessary elements for the evaluation and treatment of strokes. Another new technology is the leadless cardiac pacemaker. The leads in pacemakers detect a patient’s heart rhythm and relay the information to the generator and enclosed computer chip, which then adapts its electrical responses to the patients’ needs so the heart beats on a normal rate. Over time, the leads break and wear out, insulation around it can crack, and could become infectious. A wireless cardiac pacemaker that’s no bigger than a large vitamin is 10 percent the size of a traditional pacemaker. In the space of 15 to 30 minutes, the miniaturized battery-controlled device can be implanted directly in the heart without surgery. This pacemaker nanotechnology has eliminated surgery, lumps and scars on patient’s chest, restrictions on daily physical activities, as well as any complications stemming from any malfunctioning insulated connecting leads. With all these new technologies coming into play

Also, to improve patient compliance with medications, both the providers took extra time with the patient to clarify concerns. Additionally, a home BP monitoring system was installed to generate automatic BP readings to monitor improvements in blood pressure. Despite having well-planned processes, some hindrances happened due staff call-ins and home BP monitoring failure. Overall, in this cycle, a 10 to 15% improvement was observed in all four ramps (See Figure. 4).

Aneroid devices have replaced mercury sphygmomanometers in many medical facilities (Beevers et al, 2007). They are similar to mercury sphygmomanometers in that they both have an inflation/deflation system, an occluding bladder, a cuff and both measure blood pressure by ausculation with a stethoscope to listen to Korotkoff sounds (O’Brien, 2003). They are portable which makes them vulnerable to physical damage causing them to be less accurate in their measurements (A’Court et al, 2011). It is for this reason that aneroid devices need regular maintenance