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Essay on patient sepsis case study
Case study analysis of sepsis
Case study analysis of sepsis
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Developing Sepsis Protocol to Improve Patient Outcome
Wing Ho Ng
Aurora University
NURS 4620 01
September 17, 2014 Abstract
According to the Center for Disease Control and Prevention (CDC) (2014), “the number of times people were in the hospital with sepsis or septicemia (another word for sepsis) increased from 621,000 in the year 2000 to 1,141,000 in 2008. Between 28 and 50 percent of people who get sepsis die”. Sepsis is a complication of serious infection and has a high mortality rate. The CDC (2014) also mentioned the high risk groups are immunocompromised, infants and children, elderly, and patients with chronic illness. According to Gauer (2013), “Sepsis is responsible for 20% of all in-hospital deaths each year (210,000), which
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A sepsis protocol gives the clinicians evidence-based practice guidelines provide the most appropriate care to the patients. The Surviving Sepsis Campaign (2012) provides diagnostic criteria for sepsis such as suspected infection, abnormal vital signs, alter mental status, etc. However, compare to SI, it is a convenient, quick, and cost-free assessment tool to alert the nurses to facilitate sepsis assessment and initiate aggressive treatment for patients with sepsis. According to the research by Berger et al. (2013), “The shock index (SI) is a bedside assessment defined as heart rate divided by systolic blood pressure, with a normal range of 0.5 to 0.7 in healthy adults” (p. 169). This assessment tool is easy to use and give the clinicians quick direction and prioritize the care immediately. When patients present in the ED, many factors contribute to the abnormal vital signs or even the alter mental status, which might not fit the diagnostic criteria, then exclude to the alert of sepsis. Other manifestations may indicate the possible infectious diseases. Utilize the SI can complement the deficiency of the diagnostic criteria. For instance, patient with a chief complaint of cough and a temperature of 99 Fahrenheit, which can be the manifestations of infectious diseases. However, if the patient with a heart rate of 92 per minute and a systolic blood pressure of 112 mm Hg may not fulfill three criteria to be alerted as at-risk but the out of range SI of 0.8 helps. Based on the chief complaint and SI, clinicians can initiate the protocol to do further assessment for
BioPatch, and alternatives like Tegaderm CHG, are an important first step in helping prevent catheter-related bloodstream infections (CBIs). As CBIs rank among the most frequent and potentially lethal nosocomial infections, the need for a device to cut down infections at the insertion site has increased. The growing numbers of infections has driven companies to consider a three-tiered approach: a maximal aseptic barrier at insertion, proper site maintenance, and hub protection. With BioPatch and alternative products catheter sites receive that maximal aseptic barrier to prevent bacteria growth.
For the purpose of this assignment, a case study has been selected in order to relate the signs and symptoms of sepsis to the underlying pathophysiology of the sepsis continuum. In order to maintain patient confidentiality, names dates and times have been changed or omitted, in line with Australian Nursing and Midwifery Code of Professional Conduct (ANMCC, 2008).
The guidelines’ first focus is the definition of sepsis, which makes sense, because there is no way to effectively treat sepsis without an accurate and categorical definition of the term. The guidelines define sepsis as “the presence (probable or documented) of infection together with systemic manifestations of infection”. Such systemic manifestations can include fever, tachypnea, AMS, WBC >12k, among others; these manifestations are listed in full in Table 1 of the guidelines. The definition for severe sepsis builds on to the definition of sepsis, bringing organ dysfunction and tissue hypoperfusion (oliguria, hypotension, elevated lactate) into the picture; full diagnostic criteria is listed in Table 2. The guidelines recommend that all
Noticeable indications of deterioration have been shown in numerous patients few hours prior to a critical condition (Jeroen Ludikhuize, et al.2012). Critical condition can be prevented by recognizing and responding to early indications of clinical and physiological deterioration ( kyriacosu, jelsma,&jordan (2011). According to NPSA (2007) delay in responding to deteriorating vital signs have been defined as an complication resulting in prolonged length of stay, disability or death, not attributed to the patient's underlying illness procedure along but by their health-care management ( Baba-Akbari Sari et al. 2006; Helling, Martin, Martin, & Mitchell, 2014). A number of studies demonstrate that changes or alterations in a patient’s
However with septic shock the symptoms may be worse as the patient may experience tachyeordia and tachypnae, leucocytosis which is a high count of white blood cells, change in metal state for example confusion and hyperglycaemia which is a deficiency of glucose in the bloodstream. The diagnosis for sepsis and septic shock involve using blood cultures which is where bacteria is detected in blood which may have spread from a different part of the body. Blood cultures are taken mostly to be done on new-borns and young children who have the symptoms of sepsis. If the blood culture tests positive there is a bacterial or fungal infection which needs to be treated immediately as it is life-threatening. Also cytokines are used as they can destroy the infection however there is a problem with this diagnosis as excessive production can cause tissue and organ
Sayar S.,Turgut, S., Dogan, H., Ekici, A., Yurtsever, S., Dermirkan, F., Doruk, N., Tsdelen, B. (2009) Incidence of pressure ulcers in intensive care unit patients at risk according to the Waterlow scale and factors influencing the development of pressure ulcers. Journal of Clinical Nursing 18, 765-774.
Research by Hotchkiss, Monneret, & Payen’s (2013) has revealed that sepsis is an immunosuppressive disorder, therefore patients can benefit from immunostimulatory therapies used to treat those who have lowered immune systems. Accordingly, focusing on boosting the immune system has been shown to decrease mortality in patients (Hotchkiss et al. 2013). Hotchkiss et al. (2013) announces that while these statistics are encouraging, the mortality rate is still considered high and further research and techniques are needed in order to continue the downward trend. Hotchkiss et al. (2013) states that it is unclear why some patients survive sepsis and others do not recover. Until the true cause of death in sepsis is understood, the best course of action is prevention, early detection, and immune system support.
Considering the conflicting findings amongst the different EWS, it remains unknown whether these scoring systems are effective in identifying and responding to deteriorating patient in acute hospital settings. This essay intends to establish how successful, if at all, the EWS in particular SHEWS is in identifying deteriorating patients in acute surgical hospital settings. In order to do this we will be returning to patient X, a 22-year-old Asian female with a diagnosis of acute pancreatitis. By comparing the evidence base to reality I hope to get a better understanding of how effective this tool is in identifying deteriorating patients.
Hospital-acquired infections (HAI) are preventable and pose a threat to hospitals and patients; increasing the cost, nominally and physically, for both. Pneumonia makes up approximately 15% of all HAI and is the leading cause of nosocomial deaths. Pneumonia is most frequently caused by bacterial microorganisms reaching the lungs by way of aspiration, inhalation or the hematogenous spread of a primary infection. There are two categories of Hospital-Acquired Pneumonia (HAP); Health-Care Associated Pneumonia (HCAP) and Ventilator-associated pneumonia (VAP).
Sepsis is defined as a systemic inflammatory response caused by an infective process such as viral, bacterial or fungal (Holling, 2011). Assessment on a patient and starting treatment for sepsis is based on identifying several factors including the infective source, antibiotic administration and fluid replacement (Bailey, 2013). Because time is critical any delay in identifying patients with sepsis will have a negatively affect the patients’ outcome. Many studies have concluded every hour in delay of treatment mortality is increased by 7% (Bailey, 2013). Within this assignment I will briefly discuss the previous practice and the recent practice including the study based on sepsis. I will show what enabled practice to change and I will use the two comparisons of current practice and best practice.
D. standing near her room, breathing sharply. While asked what has just happened, she answered, ‘I feel dizzy and can faint!’ Mrs. D. then explained that she rose up from her chair in the television room and felt lightheaded. I decided to bring her to the room hoping she would feel less dizziness if she could sit. After consultation with my mentor and third year unit nursing student, I decided to perform measurement of her vital signs. Since only electronic sphygmomanometer was available for me that time, I had to use it for my procedure. Gladly, I discovered that I have already used such equipment in my previous nursing practice. Using the standard sized calf, I found that her blood pressure was 135/85, respirations were 16, and her pulse was 96 beats per minute (bpm). However, I decided to recheck the pulse manually, founding that it was irregular (78 bpm). The patient stated that she felt better after rest. Immediately after the incident I made a decision to explore carefully the medical chart of Mrs. D., along with her nursing care plan. That helped me to discover multiple medical diagnoses influencing her
Xiao, Griffin, Lake, & Moorman, (2010). used the methods nearest-neighbor and logistic regression analysis to make the early diagnosis of neonatal sepsis using continuous physiological monitoring of heart rate characteristics, and intermittent measurements of laboratory values. They used two different methods to analyze the variable of clinical and heart rate characteristics in the early diagnosis of neonatal sepsis.
“ Sepsis” according to the International Surviving Sepsis Campaign, is defined as the presence of infection together with systemic manifestations of infection (Dellinger et al., 2013) In todays modern society sepsis still accounts for 15% of maternal deaths a year worldwide (Dolea & Stein, 2003). Despite medical advances, aseptic technique, and antibiotic use, sepsis is the most common cause of direct maternal death in the UK. According to the CMACE report the maternal mortality rate increased from 0.85 deaths per 100,000 maternities in 2003–05 to 1.13 deaths in 2006–08 (Harper, 2011). Puerperal sepsis has a long history within obstetrics and midwifery, and yet despite this knowledge it has become, yet again, the leading cause of direct maternal death. Therefore due to the increased maternal mortality, I have chosen to focus on the care of a woman within ...
Juneja, D. (2012). Severe sepsis and septic shock in the elderly: An overview. World Journal Of Critical Care Medicine, 1(1), 23. http://dx.doi.org/10.5492/wjccm.v1.i1.23
One of the US national patient safety objectives is the reduction of VAP. In the current conditions, there is no steadfast standard for VAP diagnosis, as due to this, multiple criteria and definitions have been developed through the year. Such lack of reliable standard of diagnosis of VAP has created a significant variability in the rates of VAP among the health care contexts. The recommendations about the reliable criterion from the CDC that comprises of the clinical presentation, diagnostic results and the laboratory regulations have been printed in several books (Pramuan, 2011).