TAKE A POSITION AS TO WHETHER OR NOT NURSING HOMES SHOULD HAVE THE AUTHORITY TO RESTRAIN A RESIDENT. NEXT, DETERMINE WHO SHOULD BE HELD LIABLE IF THE RESIDENT SUSTAINS INJURIES WHILE BEING RESTRAINED. PROVIDE A RATIONALE FOR YOUR RESPONSE.

TAKE A POSITION AS TO WHETHER OR NOT NURSING HOMES SHOULD HAVE THE AUTHORITY TO RESTRAIN A RESIDENT. NEXT, DETERMINE WHO SHOULD BE HELD LIABLE IF THE RESIDENT SUSTAINS INJURIES WHILE BEING RESTRAINED. PROVIDE A RATIONALE TAKE A POSITION AS TO WHETHER OR NOT NURSING HOMES SHOULD HAVE THE AUTHORITY TO RESTRAIN A RESIDENT. NEXT, DETERMINE WHO SHOULD BE HELD LIABLE IF THE RESIDENT SUSTAINS INJURIES WHILE BEING RESTRAINED. PROVIDE A RATIONALE FOR YOUR RESPONSE. FOR YOUR RESPONSE.

Take a position as to whether or not nursing homes should have the authority to restrain a resident. Next, determine who should be held liable if the resident sustains injuries while being restrained. Provide a rationale for your response.

2, Review the video titled “Senator Elizabeth Warren – The Future of Long-Term Care Policy: Continuing the Conversation”. Next, describe the fiscal impact of the growth and aging of the population on long-term care services, and take a position as to whether or not the federal government should continue to provide subsidies to offset the cost to families utilizing long-term care services. Provide support for your response.

Research problems and purpose statements of at least two peers using the guidelines on page 131 of your text.ReferenceGrove, S. K., Gray, J. R. & Burns, N. (2014). Understanding nursing research: Building an evidence-based practice (6th ed.).St. Louis, MO: Elsevier.

Research problems and purpose statements of at least two peers using the guidelines on page 131 of your text.ReferenceGrove, S. K., Gray, J. R. & Burns, N. (2014). Understanding nursing research: Building an evidence-based practice (6th ed.).St. Louis, MO: Elsevier.

 

Grove, Gray and Burns (2014) explore research problems and purposes in Chapter 5. The authors note that the problem is an area of concern or gap in knowledge, while the purpose is a concise statement that provides focus for the study.The major project of this course centers on a mini-research proposal. You will not be conducting research, but you will be learning about the research process by proposing research. Thus, when there is reference to your research problem and purpose, you are not reporting the research of someone else. You are proposing a study that could be conducted. With this in mind and thinking about issues in your clinical environment, in one substantive paragraph, tell your peers about your research problem and purpose. In your replies, critically appraise the research problems and purpose statements of at least two peers using the guidelines on page 131 of your text.ReferenceGrove, S. K., Gray, J. R. & Burns, N. (2014). Understanding nursing research: Building an evidence-based practice (6th ed.).St. Louis, MO: Elsevier.

12 N Leadership And Systems-Based Professional Nursing Practice

 SELECT ONLY ONE QUESTION TO WORK ON!!!!!!!!!!!!!!!!!!!!!!!!!!!

·      Follow the discussion questions participation and submission guidelines.

·      Follow the 3 x 3 rule: minimum three paragraphs per DQ, with a minimum of three sentences each paragraph.

·      All answers or discussions comments submitted must be in APA format according to Publication Manual American Psychological Association (APA) (6th ed.) 2009 ISBN: 978-1-4338-0561-5

·      Minimum of two references, not older than 2015.

Chapter 12: Leadership and Systems-Based Professional Nursing Practice

1.  What are the differences between microsystems and macrosystems in health care? Identify some issues in the microsystem where you practice as a student nurse that could be improved.

2.  What are some similarities and differences between the leadership role in nursing and the manager role in nursing?

Improving Communication for Patient Safety

Abstract:

Communication is a very important aspect of medical training. Poor communication is the root cause for the majority of complaints against the National Health Service (NHS) (Pincock S. , 2004). Communication is especially important at handover to ensure continuity of appropriate medical care and to ensure safety of patients. The added constraint in medical handovers is that the process is limited by time. The SBAR (Situation, Background, Assessment and Recommendation) tool is intended for effective transfer of information between health professionals in a concise, factual and standardised structure. This article assesses the importance of teaching communication in medical education with particular emphasis on handover, the available literature on SBAR and the author’s view on SBAR as a communication tool for medical students and trainee doctors.

Introduction

Communication lies at the heart of good medical practice. The General Medical Council has mandated the need for good communication skills to ensure that patients are kept informed of their condition, progress, investigations, treatment and progress. Good communication skills are also necessary to ensure continuity of patient care and to ensure patient safety. The introduction of the shift system has made effective communication more important (General Medical Council).

Poor communication is the root cause for the majority of complaints in the National Health Service. Poor communication between health professionals, failure to take informed consent and improper handling of complaints are the major reasons and effective communication could have reduced the disputes and complaints (Pincock S. , 2004).

Teaching communication to medical students in UK medical schools

The UK council of communication skills in undergraduate medical education was established in 2005 with the aim of raising awareness, to improve current teaching, to improve and to develop consensus on the communication training provided to medical students (The UK council of communication skills in undergraduate medical education). This in the author’s opinion represents a major step towards recognition of the need for training medical students in communication skills training. In addition to the benefits which better communication has in relation to patient safety and reducing complaints, research has indicated that teaching communication skills to medical students improved their overall performance (Smith, Hanson, & Tewskbury, 2007).

The medical handover: communication is vital

The National patient safety agency (NPSA), London has defined handover as “The transfer of professional responsibility and accountability for some or all aspects of care for a patient, or group of patients, to another person or professional group on a temporary or permanent basis” (National Patient Safety agency, 2007).

Medical handover is one of the most important procedures and has the potential for causing errors and harm if done improperly. It is also a very frequent occurrence with the advent of the shift system of working. The General Medical Council has also recognised the importance of a good handover and explained that “‘keep colleagues well informed when sharing the care of patients” (General Medical Council).

Benefits of a good handover

Good handover has several benefits both for the doctor and the patient. For the doctor the handover session can be used to improve communication skills and can also be used to teach clinical medicine. A good handover also makes working less stressful as the doctors on the shift have will have good knowledge about the patients and their management plans. The British Medical Association has also opined that clear communication at handover will protect the doctor against blame for errors (British Medical Association, 2004).

Good handover also benefits the patient by providing continuity of care, providing safety, decreasing repetition and in providing better service satisfaction. There are several critical incidents of patient safety being compromised because of the lack of clear handover between teams (British Medical Association, 2004).

Constraints to good handover

There are several constraints to a detailed handover. In the author’s own experience of handover in an intensive care area, the time allocated for handover is often insufficient to handover all details of patient care. Although the morning handover is led by the consultant on call and attended by a multidisciplinary team involving the physiotherapist and the in charge nurse, evening handover often involves only the junior doctors on call. Because of the complex problems which most patients on intensive care have, the handover often extends beyond the allocated time of 30 minutes. This means that the doctors who are leaving are unable to do so on time and those who are starting are not able to get on with their duties on time; both these situations lead to a sense of dissatisfaction with the job. The handover venue varies from the patients’ bedside to the doctors’ office and therefore lacks uniformity and continuity. Further the handover can be interrupted by non-emergency calls from different parts of the hospital. On some occasions handover is taken by one team while the other team is setting up the ventilator and this results in an unsatisfactory handover.

Because of the presence of personnel from paediatric, intensive care, anaesthetic, nursing and other allied health back grounds at the morning handover, there are significant differences in the style, length and the importance which different people place on different aspects of the handover. Also the experience levels of the different trainees are variable and they vary in the ability to highlight important aspects of patient care and in their ability to summarise the progress of a patient in a concise way.

Need for a structure to handover

One of the criticisms of handover among healthcare professionals is the “hint and hope” approach where one person hints at what might be going on without giving any specific details and hopes to get a specific response or action (Featherston, 2005).

The handover process needs to be streamlined to allow transfer of a large amount of information regarding very sick patients with complex needs in a time limited manner. This means that there is a need for a system of handover which is structured, complete, relevant and concise to ensure uniformity of the process and to ensure continuity of patient care.

Literature of handover in other hospital settings

A study of handover of clinical care from ambulance crew to the emergency department personnel showed that there were concerns regarding the quality and quantity of handover, the staff perception of handover and staff education. This study also identified the need for a standardised handover process which would enable smooth transfer of patient care and also provide opportunity for the receiving team to assess and prioritise their work (Bost, Crilly, & Wallis, 2010). The British Medical Association (British Medical Association, 2004), The General Medical (General Medical Council) and the National patient safety agency (National Patient Safety agency, 2007) have all emphasised the need to develop a system of effective handover.

SBAR

SBAR (Situation, background, assessment, recommendation) is a communication technique that provides a structure for communication between healthcare professionals. SBAR was developed by Dr. Leonard and colleagues in 2006. It is useful for handover from nurse to nurse, doctor to doctor and doctor to nurse. SBAR enables healthcare professionals to communicate in a specific framework.

When applied to handover communication, S stands for situation which is a short description of the problem, its severity and when it started. B stands for pertinent background describing the admission diagnosis, results of investigations and other clinical information. Details of current resuscitation status could also be included in this. A stands for the handing over team’ assessment of the patient status and R stands for recommendation on how the patient should be managed. Recommendation can also be used to update the team receiving the handover on how quickly a patient needs to be seen and this can help them prioritise their tasks.

Literature on use of SBAR

SBAR is relatively new and there have only been a few studies looking into its impact on communication and patient safety. One study demonstrated that staff found SBAR tool helpful in team and individual communication. As a result of this the study team using SBAR perceived an improvement in patient safety culture. The study group also showed an improvement in reporting of incidents and near misses in the team and in the institution where study was done (Velji, Baker, & Fancott, 2008).

Another study found fewer missed information at handover and suggested that this improved patient safety. The authors of this study opined that this was the result of information transfer in a concise and organised format (Haig & Sutton, 2006).

Other studies have reported mixed results. A study from Texas found no or slightly negative impact on the nurse confidence while talking to physicians, safety on the unit and satisfaction with working on the unit. However there was some benefit on communication openness and in feedback about errors. It must be noted that this study was based on a comparison of key outcome measures following a four hour classroom training on SBAR which the authors themselves describe as inadequate. The authors have advised caution regarding the widespread use of SBAR despite the lack of evidence of its effectiveness (Carroll, 2006).

The SBAR collaborative communication evidence based practice study (SBAR EBP) showed that use of SBAR resulted in transfer of evidence, knowledge and clinical skills. The second outcome from this study was the benefits noted in communication, teamwork and safety environment. However as the authors of this study note, there are no studies so far which demonstrate benefits in patient outcomes or patient collaboration. This study also noted that no physicians participated in the SBAR collaborative-communication education. The authors also noted that physicians felt that SBAR teaching was meant for nurses and that doctors do not need to attend nursing classes (Beckett & Kipnis, 2009).

Summary of the evidence and opinion

It is the author’s view that SBAR as a tool for handover will act as a uniform model around which staff can communicate at handover. It also encourages critical thinking around the time of handover. It allows precise, complete and concise transfer of information at handover. This is likely to improve better team working and ultimately improve patient safety. However there are likely to be impediments to the implementation of SBAR for handover. Doctors especially at more senior levels are likely to ask for evidence regarding the positive effects of SBAR on patient safety before they support its implementation on a wider basis. Therefore there is a need for large well designed studies to demonstrate a significant benefit from use of SBAR not only on the staff perceptions and communication skills but also on patient safety.

Teaching SBAR to medical students and trainee doctors

It is author’s opinion that communication models on medical handover should be taught from medical school days. The transition from student to doctor is huge and medical students should be trained to have the skills to make this transition as smooth as possible. There is limited literature available on teaching SBAR to medical students. One study using a simulated clinical setting found that medical students who went through 40 minute training on a modified SBAR model (ISBAR), performed significantly better than controls on a content and clarity global rating score (Marshall, Harrison, & Flanagan, 2009). There is literature available on teaching SBAR to nursing students and the benefits it has had (Thomas, E, & Johnson, 2009), (Wood, 2008) (Kesten & Karen, 2011). The uptake of SBAR seems to be more robust amongst the nursing professionals than the medical professionals. As the uptake of SBAR increases it would become more important that medical professionals also become proficient in the use of SBAR as a model of communication. Therefore there is a need for both doctors in training and medical students to be trained in the use of SBAR.

Recommendations on training in SBAR for use in medical handover

Based on the experience of handover in an intensive care setting and after review of the above literature, it is the author’s opinion that systems for handover need a radical overhaul to ensure patient safety and to improve communication within teams. One of the steps is a structure to the handover progress in the form of the SBAR. As a first step junior doctors need training in the use of SBAR for handover. Prior to the intervention, a baseline assessment of communication skills using an appropriate tool would help monitor progress. This can be in the form of an interactive small group discussion where the process of SBAR is fully explored. It is also important to present the available evidence on SBAR and how it can improve communication outcomes and potentially patient outcomes. A simulation exercise at the end of the discussion will also help doctors understand the skills needed. This teaching session needs to be done on several days and at times and location which facilitate and encourage junior doctor participation. The aim is to ensure that all the junior doctors in the particular unit or institution have the opportunity to attend this session.

A separate session needs to be organised for the consultants who will be supervising the junior doctors as they implement SBAR. Consultants will need to play a major role in enforcing the use of this tool and also to monitor the effectiveness of this tool. Consultant supervision is essential to support the handover process using SBAR and also to facilitate the involvement of multidisciplinary teams at the handover.

Handover based on SBAR should also be accompanied by robust changes like having a dedicated time and place for the morning and night handovers, making sure that the handover is not interrupted for non-emergency reasons and to ensure the availability of electronic resources which can facilitate handover.

After a pre-defined period where SBAR process is implemented, there needs to be an evaluation of the effect SBAR has had on the handover process in particular and communication in general. Evidence of improvement in the handover process will encourage staff to improve further on their skills. The process of implementation should be dynamic and continuous until the process becomes a part of the working culture.

Summary and conclusions

Inadequate handover poses significant risks to the personnel involved, their organization and their patients. Handover therefore needs to be complete, specific, concise and structured to allow effective transfer of information. Use of SBAR will provide a structure to the handover progress. There is evidence that use of SBAR has positive benefits on team working and communication and it is likely that this has a positive effect on patient safety. The process of implementation of SBAR will involve training of staff with supervision and mentoring from senior members of the team. There is also a need to conduct well designed studies to assess the impact of SBAR on medical handover and to determine potential benefits to patient safety.

Dr. Smith, an emergency room physician who is an employee of your hospital, has just reported for duty. The nurse manager suspects that Dr. Smith is intoxicated. What do you do?

Dr. Smith, an emergency room physician who is an employee of your hospital, has just reported for duty. The nurse manager suspects that Dr. Smith is intoxicated. What do you do?

 

Managing Healthcare Professionals: Mini-Case Studies

Respond to each of the scenarios below. Please label your mini-cases. Your response may be in a word document format or in a power point format. Cover all of the issues in each case you and use good writing and presentation techniques and address the issue(s) in detail. Answer in bullet format where possible

1. You are a new administrator at Jonestown Medical Center. You receive a telephone call from the nurse manager of the emergency room. Dr. Smith, an emergency room physician who is an employee of your hospital, has just reported for duty. The nurse manager suspects that Dr. Smith is intoxicated. What do you do? You are the practice manager of Docs R Us, Ltd., a large multi-specialty medical practice employing over 100 physicians. You are conducting a random review of billing for doctors in the practice and you discover that one of the internists in your group who treats mostly Medicare recipients has been checking off the wrong code for her procedures on the billing form. The procedures on the patient record do not match the billing form codes. You pull up her files for the past 3 months and find a pattern of upcoding. When you meet with her to review this miscoding, she becomes very defensive and angry. What do you do?
2.You are the assistant director of the hospital medical staff office at The Rural Outreach Community Hospital in a tiny town in Arkansas. It is your job to verify physician credentials for staff privileges. Your hospital receives an application from a physician for staff privileges. On his application it states that he graduated from medical school in El Salvador. When you call to verify this, you are told that the medical school burned down 2 years ago and all the records were destroyed. What do you do?
This is an exercise in your management abilities and knowledge.
cover each question seperately

Order for a custom written DISSERTATION now and one of our online writers will write your assignment from scratch within your deadline! https://dissertationshub.com/order/

Effects of Adverse Perinatal Outcomes (APO)


Specific Aims

Adverse perinatal outcomes (APO) include infant’s birth defects, maternal pregnant and obstetric complications. Birth defects, including major congenital malformation (MCM) and minor anomaly (MA), become the leading causes of infant morbidity, mortality, and years of potential life lost in the United States.

1

Low birth weight (LBW), abnormal condition of new born (ACNB), preterm birth, and Developmental Delay or Disability (DDD) are also birth anomalies that impacts the infant’s health.

2-5

The association of in utero exposure to teratogenic medications with infant birth defects and other anomalies has been widely investigated.

6,7

The literature has shown that taking antiepileptic drugs (AEDs) poses an increased risk of having child with congenital malformations in women with epilepsy.

79

The most common MCMs caused by in utero exposure to AEDs are orofacial clefts, cardiac abnormalities, neural tube defects, urologic defects, and skeletal abnormalities.

80

In utero exposure to valproate, the most teratogenic AED, was associated with elevated risk of impaired cognitive function for children at 3 years of age, and reduced cognitive abilities for children at 6 years old.

98,101

However, study results for many medications, such as antidepressants, opioids, antipsychotics, and antibiotics, are inconsistent for fetal safety.[1*-8*] The limited data source and rare incidence of birth defects, ACNBs, and other anomalies restrain the study power, and makes some studies inconclusive.

8-10

Our long term goal is to determine the association between teratogenic effects of medications that mothers exposed during pregnancy and infants’ birth defects. The major objective of this study is to build a linked database in Rhode Island (RI) to facilitate the subsequent research on teratogenic effects of medication in RI population.

The birth defects and birth certificates data from the Department of Health (DoH) and pharmacy claims from the Medicaid program offer an essential resource to investigate these aims. The availability of hospital diagnoses and birth records offers a significant advantage for investigating birth defects with corresponding clinical conditions in large population with a longitudinal approach.

Our team is well suited to conduct this research given extensive expertise in contemporary pharmacoepidemiology, many years of experience on drug safety research, prior drug utilization and birth defects study with the linked data from another state, and clinical expertise from obstetric and gynecologic physicians.

Our specific aims are to generate a linked data and investigate the medication utilization and assess the corresponding birth defects with the following efforts:


Aim 1: To build a linked database that includes mother’s medications prescribed during pregnancy and subsequent adverse perinatal outcomes.

We hypothesize that the data from two state departments can be internally linked using identifiers. Mother’s medication prescriptions will be extracted from Medicaid claims provided by the RI Executive Office of Health & Human Services (EOHHS). The adverse perinatal outcomes include: MCMs, MAs, abnormal conditions of new born, fetal death, and low birth weight, and maternal adverse pregnancy and obstetrical complications. All of these outcomes will be obtained from birth certificates, institutional and professional claims that are collected and managed by RI Department of Health (DoH). These two parts of data will be linked by the deterministic or probabilistic linking strategy using mother’s medical record number, name, and date of born. We will apply for IRB approval with a waiver of informed consent by RI DoH, EOHHS, Brown, and URI.


Aim 2: To characterize the patterns of medication use in women during pregnancy.

We hypothesize that medication use in women during pregnancy changes in recent years. Many medications, such as AEDs, statin, or angiotensin converting enzyme (ACE), have been classified as teratogens and categorized as “D” or “X” by the Food and Drug Administration (FDA). However, studies have found that these teratogenic drugs still have been prescribed to pregnant women.

5-7

Some medications with contradictive results reported from the literature may have increased use in pregnant women. We will examine the prescribing patterns of these medications in pregnant women with varied age, race, comorbidities, co-medications, as well as medication types and doses. The utilization pattern will be delineated in secular trends and mapped geographically, as will facility, provider, and state-level variations.


Aim 3:

To assess infant’s birth defects and birth anomalies using advanced statistical model.

We will identify all corresponding birth defects, including MCM, MA, LBW, ACNB, DDD, preterm birth, and fetal death and compare the birth defect rates in mothers with varied demographic characteristics and medication exposure. Previous studies have suggested that the LVM can be used to combine four specific birth defects together to create a severity index.

16-18

We hypothesize that this LVM can be improved and optimized to combine any number of components with a proper weight on severity and frequency to evaluate the overall health status of infants.


B. Significance and Innovation

Birth defects occur in 3 – 5% of children born in the United States and account for 20% of all infant deaths.

1,2

During 2010-2012, RI DoH identified 1,390 newborns with at least one birth defect.

3

The rate of birth defects in RI increased by 14.2% from 2008 to 2012.

3

It was reported that 2-3% of birth defects are due to teratogen-induced malformations, which refer to malformations resulting from environmental or in utero exposure to teratogens.

4

In the United States, about 3 million people currently live with teratogen-induced malformations.

4

The FDA defined the pregnancy category to enforce the labeling of drugs with respect to their effects on pregnant women. Some medications, such as AEDs, statin, or ACEs, have been classified in FDA pregnant category ‘D’ or ‘X’ due to their teratogenic effects. Previous studies reported a two- to three-fold increase in the malformation rate among infants with in utero exposure to AEDs.

21,22,81,82

The incidence rates in infants with in utero exposure to AEDs were 3.1% to 9.0% for MCMs, 37% for one MA, and 11% for two MAs.

21,80-83

The risk of malformations for infants with in utero exposure to valproate is 7.3-fold higher than that of non-exposed, and 4-fold higher than those exposed to all other AEDs.

7

Some widely used medications, such as antidepressants, opioids, antipsychotics, and antibiotics, tend to have increased utilization in pregnant women while the results from teratogenic studies are controversial and inclusive.[1*-8*] It is difficult to distinguish between the real non-inferior results and power deficiency owing to rare outcomes.

It has led to an urgent need to determine the fetal safety of these medications and prevent teratogenic medications prescribing to pregnant women. However, the limited data source and rare incidence of birth defect outcomes impact the study power, and makes studies inconclusive.

8-10

Traditional claims data (data from Medicaid or private health plans) is not suitable for birth defect research as it only contains medical information for either mother or infant, not both. Birth certificates or birth defects data doesn’t include mother’s medication information. As such, to investigate utilization patterns and teratogenic effects of medications, we need to link mother’s pharmacy claims with infant’s birth defects assessments. The linkage should be conducted in a secure data server with patient’s identifiers.

The main goal of this proposed one-year pilot study is to collaborate with the RI EOHHS and RI DOH and generate a linked statewide dataset that includes mother’s pharmacy claims and infant’s birth defect outcomes. This linked dataset will facilitate the researchers in Brown and URI to conduct studies regarding drug-induced birth defects in RI and provide a potential for combining RI linked data with the linked data from other states to conducting drug teratogenic studies in large population.


Innovation

This proposed study will generate a linked data with combining Medicaid pharmacy claims from the RI EOHHS and birth certificates and birth defects from the RI DOH. This would make RI become the fourth state that possesses the linked mother-infant data in the United States, besides California, Texas, and Florida. Our approach will provide a large linked dataset to facilitate the researchers from URI and Brown to conduct drug-induced birth defects studies. This linked dataset will provide a potential for future drug teratogenic research in large population with combining the RI linked data with the linked data from other states.

Our approach will employ state of the art, innovative pharmacoepidemiologic study designs and statistical models, to improve the study power and efficiency. A latent variable model will be employed in this study to combine all birth defects outcomes into a continuous severity score to assess the overall infant’s morbidity and mortality.


C. Approach


Data Sources

This study is based on a statewide, retrospective 11-year data sources: RI birth certificates and birth defects from January 1, 2006 to December 31, 2016. In Rhode Island, birth certificates are collected in the hospital within 24 to 48 hours after the baby birth. The RI DoH collects and manages birth certificate data for all infants born in RI. Birth dates and places for infants, and demographic characteristics for infants, mothers, and fathers are all recorded in birth certificates. The RI Birth Defects dataset consists of birth defects registry data prepared and maintained by RI DoH. Infant birth defects, including MCMs and MAs, were identified 0-365 days after live birth from hospital inpatient and outpatient claims. This study includes infants who were born in RI between January 01, 2006 and December 31, 2016.

Medication information will be provided by the RI EOHHS. The data is comprised of eligibility, medical, and pharmacy claims for services from inpatient hospitals, outpatient clinics, emergency rooms, and pharmacies from January 01 2005 to December 31 2016. Brief demographics for enrolled members are included in Medicaid claims data, such as age, gender, race, residency, etc.

Medicaid claims data do not include claims for managed care or Medicare enrollees. We excluded patients with dual eligibility, and thus restricted the drug exposure cohort to pregnant women who were only in the fee-for-service or primary care case management program.



Each data source will be cleaned first, and then linked with other corresponding datasets using a multi-step linkage approach in which three methods of linkage are applied in sequence Deterministic, Fuzzy Matching, and Probabilistic.

156

Records will be first matched deterministically, based on exact matches of unique combinations of personal identifiers including Social Security Numbers, Date of Birth, and Mothers’ Names (used for the linkage of BVS to Medicaid only). Records that cannot be exactly matched due to missing or poor data quality will be linked using Fuzzy Matching.

156,157

Fuzzy Matching allows at least one occurrence of Social Security Number digit transpositions, name misspelling, or day or month errors in birth date fields.

157

Remaining unmatched records will be linked using probabilistic techniques, based on statistical weighting of combinations of personal identifiers. Probabilistic linkage involved a two-step process. 1) Deterministic matching from the first merging step empirically derived weights to the non-missing fields based on successful linkages. 2) After the unlinked data matched with several records by weights, the matches with the highest statistical probability (indicating by high weights) will be chosen. The record remained unmatched when no high weights could be obtained.

Study Cohort

This study includes female Rhode Island Medicaid enrollees who were older than 15 years of age, delivered a live singleton infant between January 01, 2006 and December 31, 2016, and are enrolled in the Medicaid program as identified by pregnancy status. The study cohort of mother-infant pairs will be generated by linking the Rhode Island Medicaid claims data and Rhode Island Birth defects data using strategies described above.

Many women joined the Medicaid program after becoming pregnant. We excluded the women who were enrolled in Medicaid program after a positive pregnant test. More exclusion criteria for maternal-infant pair include: mothers with less than 6 months of Medicaid eligibility before pregnancy; mothers who lost Medicaid eligibility during pregnancy; mothers with dual enrollment with Medicare, HMO, or other private health plans; mothers giving multiple births; mothers with diabetes mellitus (ICD-9-CM: 249.x, 250.x, 790.29, or used of any antidiabetics during baseline), hypertension (ICD-9-CM: 401.x, 416.x, 796.2, , 997.91, 459.3, or used of any antihypertensive drugs during baseline), or HIV pre-pregnancy (ICD-9-CM: 042, 079.53, V08, V01.79, 795.71, or used of any antiretroviral drugs); Infants who were twins, triplets, quadruplets or more; outliers involving infants with birth weight less than 350 g or above 6000 g; mothers or infants missing critical information, such as infant’s birth weight, mother’s demographic information, or perinatal medical information. Only less than 1% of infants are missing birth weight records in the birth certificate, these will be excluded from the study.

20



Overall Study Design

This is a retrospective cohort study based on linked mother’s Medicaid claims and state birth registry data. The infant’s birth date will be the study index date. The drug exposure window will be defined as the subsequent 9-month pregnancy period after the first day of mother’s last menstrual date. We will use a 6-month baseline period prior to the first date of mother’s last menstrual date to obtain the baseline demographic and clinical information. Birth defect outcomes will be detected 0-365 days after the live birth. The entire study period lasts from January 01 2005 to December 31 2016.

Drug Exposure

Pharmacy claims in Medicaid have been approved as an accurate source for the assessment of drug exposure in observational studies.

158

Mother’s medication exposure during pregnancy will be obtained from Medicaid pharmacy claims using NDC codes for filled prescription medications, and the number of days for which the medication is supplied.

160

The birth anomalies are associated with exposure during entire pregnancy, MCM relates to the teratogen exposure during the first trimester, and MA and LBW associates with the maternal medication exposure at the third trimester.

161

Maternal medication exposure during entire pregnancy period can affect the occurrence of varied birth defects. The exposure window, thus, will be established as a period of 14 days prior to the first day of the mother’s last menstrual period (LMP) to the date when infant is born. The drug exposure will be defined as any one dose of study medications dispensed during the exposure window, including which the medication is dispensed before the exposure window but its supply days cover at least 1 day of the exposure window. Adding 14 days prior to the pregnancy is to include the conception period and the residual effects of medications. Sensitivity study will be conducted to examine the different definitions of medication exposure windows.

The mother’s LMP will be obtained from birth certificates. If the dates are not available in birth certificates (about 13% of LMP in birth certificates are missing), then this information will be imputed from clinical estimates.

163-165

The literature suggests that LMP from birth certificates and clinical estimates agrees within 2 weeks.

166


Outcome Assessment

In this study, we will identify all individual adverse infant outcomes: birth defects (involving MCM and MA), ACNB, LBW, DDD, and preterm birth from the DoH birth defects data.

MCM is defined as “an abnormality of an essential anatomic structure that is present at birth and interferes significantly with function and/or requires major intervention”.

38,39

MCM includes heart malformations, urological defects, oro-facial defects, neural tube defects, and skeletal abnormalities, etc..

38,40,41

Drug-induced MCMs mostly occur between the third and eighth week of gestation.

44

Any impairment before three weeks is more likely to result in fatality. The fetus becomes less sensitive to teratogenic effects after the eighth week, when the organs have developed. 2-1 delineates the time window of exposure to teratogens and associated MCMs and MAs.

44

MA, also called minor congenital malformations, is the abnormal morphologic feature that does not cause serious medical or cosmetic consequences

45

. Identification of MA can be difficult due to the definition and the easy-variable occurrence area.

46

Approximately 70% of MAs occur on the face or hands.

46

The prevalence of MA is less than 4% in the general population, and varies by race, ethnicity, and gender.

45,46

In healthy newborns, about 15% to 20% have one MA, 0.8% have two MAs, and 0.5% have three or more MAs.

46

MA mostly occurs after the eighth week of gestation, which is so-called fetal period.

44

The use of teratogens during this period may induce MAs by disturbing the growth of tissues or organs.

44

ACNB includes seven medical conditions for new born infants. Infants’ birth weight less than 2500g, 1500g, and 1000g are categorized respectively as low birth weight (LBW), very low birth weight (VLBW), and extremely low birth weight (ELBW). Infants with low birth weight are likely to be born before 37 weeks of pregnancy. In 2009, 8.16% of live born infants showed low birth weight.

50

The high risk of infant mortality and morbidity associated with low birth weight has been documented.

51

Although this positive association has been ameliorated over time with improved perinatal technology and intensive care, low birth weight and prematurity still have been identified as risk factors predisposing to cardiovascular dysfunction, lung disorder, hypertension, type 2 diabetes, renal diseases, autism, and developmental delay.

52-56



MCM, MA, DDD, and fetal death will be collected from birth to the first 365 days of life using the ICD-9 CM code (740-759.9, 315, 768.0, 768.1) from inpatient and outpatient claims. ACNB and preterm birth will be identified from Rhode Island birth certificatedata, and one year follow ups in infant hospital discharge data. Infant birth weight is accurately recorded in the birth certificate.

19

It was noted in previous studies that these birth defects outcomes are highly related to each other.

59,70-75

MCM, MA, VLBW, and ELBW relate to significant morbidity, mortality, and childhood disability or serious pregnancy or obstetric complications.

58,70-75

About 6-42% of evolving cognitive dysfunction, 9-26% of neurosensory disabilities, 1-15% of blindness, and 0-9% of deafness occurred in infants born with VLBW and ELBW.

71

A significantly higher risk of DDD was found in infants born with MCM (prevalence rate: 8.3, 95%CI: 7.6-9.0).

72

A 44% – 86% of mortality rate occurs in infants with ELBW (500-750g).

73

Moreover, infants with 1, 2, or 3 MAs had a risk rate of corresponding MCMs at 3%, 10%, or 20%, respectively.

46

Some risk factors, such as infant gender, maternal age, race, social-economic status, BMI, smoking, alcohol use, nulliparity, comorbidity, and comedication during pregnancy are risk factors for all of these outcomes.

75-78


Latent Variable Model

Liu and Roth developed an LVM to incorporate four important BD outcomes into a single measurement, the infant morbidity index, to describe an infant’s overall tendency to BD.

13

We will apply this model to combine all birth defects outcomes defined in this study into a continuous index of overall adverse perinatal outcome (APO) in this study. The combined outcome will be evaluated in terms of validity and reliability to ensure the appropriate use of this new methodology.

MCM, MA, ACNB, Fetal Death, and DDD will be categorized as a binary variable, and assumed Bernoulli distributed.

21

Four levels of LBW will be modeled as a multinomial variable since the four birth weight categories are mutually exclusive and each has its own probability. The summation of the individual probabilities of birth defects outcomes equals one. The unobserved index score will be assumed log-normally distributed. Based upon the assumption of “local independence”, responses of individual component outcomes are independent given the latent variable.

22,23

Thus, the overall probabilities of component outcomes conditional on the latent variable are equal to the products of conditional probability for each individual component outcome.

21

Based on the “local independence” and Baye’s rule, the joint distribution for component outcomes can be expressed as an integral of product of multinomial variable for conditional distribution of each component outcome and marginal distribution of latent variable.

22-24

Marginal distribution of the latent variable is described as log normal. Given the observed outcomes, we can obtain the posterior distribution of the latent severity score.

Furthermore, we assume that the conditional distribution of each categorical observed outcome is nonlinear function of the latent variable.

13

The conditional distribution of observed outcome and the latent variable will be linked by two parameters in the non-linear function.The probability of any specific observed outcome equals to 0 when the value of the latent variable equals to 0 because the latent variable accounts for all variation of the observed component outcomes and the relationship among these component outcomes.

13

In the non-linear function, the probability of an infant having an individual birth defect outcome is assumed zero if the latent variable is zero, and every normal level (no birth defect or normal weight) will be treated as a reference. The latent variable positively associates with observed outcomes. The larger the latent variable, the higher the probability of the observed outcome.

13

Latent Trait Model will be conducted using SAS Proc IML. The proportion of each outcome combination will be calculated. Then each parameter will be estimated using the iteration function for EGNLS starting from iteration 0 with initialized value until the stepping coefficient is less than 10

-9

. The final results are the estimates of all parameters. The estimate of latent variable will be obtained by entering the computed parameters into posterior function.

13


Sensitivity Studies

In order to examine the proper definition of exposure window, sensitive studies will be conducted with the exposure window defined as the period of 3, 7, 21, or 30 days prior to the first day of the mother’s LMP to the infant’s birth date.


D. Timeline

Table. Study Timeline of the Study.

Time Period

Study Progress

Before 07/01/2017

Obtain IRB approval from URI, Brown, RI DoH, and RI EOHHS. Complete DUA with RI DoH and RI EOHHS.

07/01/2017 – 08/01/2017

Complete data linkage for specific aim 1

08/01/2017 – 10/01/2017

Complete data cleaning, manipulating, variable editing, and

analyses for demographic and clinical characteristics

10/01/2017 – 01/31/2018

Complete specific aim 2

02/01/2018 – 02/28/2018

Submit an abstract to the annual meeting of International Society of Pharmacoepidemiology (ISPE)

03/01/2018 – 06/30/2018

Complete specific aim 3 and submit a journal article

Evaluation of Drug and Alcohol Prevention Strategies: DARE and LST

Addiction can be defined as a behavioural process that provides pleasure and relief from internal discomfort, however, it includes a recurring failure to control the behaviour and a continuation of this behaviour despite its harmful consequences. (Goodman, 1990) Addiction to alcohol is an excessive and harmful consumption of alcohol but with tolerance effects and withdrawal symptoms. It differs from alcohol abuse as alcohol abuse is excessive and harmful consumption without tolerance effects and withdrawal symptoms. However, alcohol abuse can often lead to alcohol addiction in the future.

Addiction to alcohol is one of the
leading concerns in the world. Research has shown that alcohol is one of the
leading causes of death. A study by Stahre, Roeber, Kanny, Brewer, and Zhang
(2014) showed that excessive drinking was responsible for 1 in 10 deaths among
working-age adults in the United States. This is because excessive drinking is
a massive risk factor for many health-related problems. Alcohol consumption is
an underlying cause, either entirely or partly, for over 30 different
conditions including cancer, diabetes, liver and pancreas diseases and many
more. (Rehm, 2011)

It is also worrying that alcohol
related deaths have been rising. A study in the UK by Breakwell, Baker,
Griffiths, Jackson, Fegan, and Marshall (2007) found that alcohol-related
deaths had increased from 4,144 in 1991 to 8,221 in 2004 and in 2016 this rose
to 9,214 according to the Office for National Statistics. Alcohol-related
deaths have been rising due to the rise in alcohol consumption. Dawson,
Goldstein, Saha, and Grant (2015) looked at changes in alcohol consumption from
2001 to 2013 and found that the prevalence of drinking increased, as did the
volume and frequency of drinking. It also found that the prevalence of monthly
heavy episodic drinking increased among heavy drinkers. These studies show that
alcohol consumption and alcohol-related deaths are rising and suggests that
more needs to be done to try and reduce this. Research has shown that people
tend to start drinking at a young age. Johnston, and Bachman (1998) found that
in the United States 54% of 13-14 year olds, 72% of 15-16 year olds, and 82% of
17-18 year olds had consumed alcohol. Thus showing just how young people start
drinking alcohol.

Research has also shown that not only
do a large amount of people starting drinking during adolescence but a lot of
people have alcohol abuse or alcohol dependence during adolescence. Harford,
Grant, Yi, and Chen (2005) found that the prevalence of alcohol abuse and of
alcohol dependence with or without alcohol abuse was at its highest for the
ages of 18-23 years old, this was followed by adolescents aged 12-27 years old.
It was also found that alcohol abuse was lowest for those over 50. These
results, therefore, suggest that adolescents do not just start drinking during
adolescence but also start drinking excessively at a young age.

Therefore these results suggest that adolescents are most at risk of alcohol abuse, which can lead to alcohol dependence and then to addiction. One of the best ways to try and

prevent alcohol addiction

is by educating adolescents about alcohol abuse as during adolescence is when most people starting drinking alcohol for the first time. The most effective way to do this is by substance abuse prevention strategies. Substance abuse prevention strategies are strategies that attempt to prevent substance abuse, including alcohol abuse. They are usually conducted in schools and aimed at adolescents. These strategies not only educate about the risks of substance abuse but also work on resisting social pressures and decision making in order to help prevent adolescents from abusing alcohol. This is because research has suggested that adolescents may be most at risk of alcohol abuse because of social factors. A study by Dielman, Campanelli, Shope, and Butchart (1987) found that susceptibility to peer pressure was highly correlated with high levels of adolescent alcohol abuse. Thus suggesting that more than just education about the substances is needed.

Currently used strategies include

Project DARE (Drug Abuse Resistance Education)

and the Life Skills Training Program by Botvin et al. (1984). They are two most commonly used prevention strategies and there has been much research into their effectiveness. Project DARE (Drug Abuse Resistance Education) is a school-based intervention program taught by police officers that was designed to try and eliminate substance use, including alcohol, in adolescents. It focused on teaching peer resistance skills in the form of lectures, workbook exercises and role-playing sessions. (Rosenbaum, Flewelling, Bailey, Ringwalt, and Wilkinson, 1994).

Clayton, Cattarello, and Johnstone
(1996) examined the effectiveness of DARE in a study where over 2,000 11-12
year olds were administered DARE. It was found that DARE produced some initial
improvements in the student’s attitudes towards substance use, however, these
changes did not continue over time. It was also found that there was no effect
on actual substance use. In the 5 year follow up it was also found that there
had been no effect on actual substance use. This study has shown that DARE was
not effective across 5 years.

However, more research had been
conducted on DARE to study its effectiveness over a longer period of time.
Lynam et al (1999) conducted a study across 10 years and had a total of 1,002
11-12 year old students receive DARE and then re-evaluated them when they were
20 years old. It was found that the participants’ levels of lifetime alcohol
use and their positive and negative expectancies of alcohol before received
DARE was significantly related to their levels of lifetime alcohol use and
positive and negative expectancies 10 years later. This study suggests that
Project DARE is not very effective and had no effect on trying to reduce or
eliminate substance abuse. This is, however, an outdated study using an
outdated version of DARE. Project DARE has been updated over the years and it
is possible that a newer version may have been more effective. However, there
has not been much change to DARE. The focus and aim of DARE has stayed the
same, as well as the program’s method of delivery according to Lynam et al.
From the research on Project DARE it is clear that it is not an effective
prevention strategy as the results from the studies on it have shown no
effective on the alcohol consumption of the adolescents that received DARE.

The more recent and higher regarded
prevention strategy is the Life Skills Training Program (LST) by Botvin et al.
(1984). It is a school-based intervention program, taught by teachers, that
targets a specific set of risk factors for alcohol and other substance abuse.
It is a prevention program that aims to reduce the prevalence of substance
abuse in younger populations. (Botvin and Kantor, 2000) It is taught across 3
years and uses cognitive-behavioural skills training techniques, group
discussions and classroom demonstrations. It consists of three major
components, personal self-management skills, social skills, and drug-related
information and skills. (Botvin and Griffin, 2004)

A study by Botvin et al (1984) was
conducted using 239 students from two public schools in New York that were
randomly assigned to experimental and control conditions. The students in the
experimental condition took part in 20-session program (LST) that targeted the
major cognitive, attitudinal, social and personality factors that are believed
to promote early stages of alcohol misuse. The program contained material on
general social skills, decision making, coping with anxiety and resisting peer
pressure as well as there being information about the short and long-term
consequences of alcohol abuse. In the 6-month follow-up the experimental group
were contrasted with the control group, which did not receive LST, and it was
found that 54% fewer students reported more frequent drinking, 73% fewer
students reported heavier drinking and 79% fewer students reported getting
drunk at least once per month.

LST has also been tested on its
long-term effectiveness, Botvin et al. (1995) conducted a follow up study 6
years after adolescents received LST. They conducted telephone interviews and
email surveys on the adolescents 6 years later and found that LST was effective
in the long-term, as 66% fewer adolescents used polydrugs (alcohol, marijuana
and tobacco) after having received LST. This suggests that LST is not just a
good short-term prevention strategy as it has also been shown to be effective
over a long period of time. However, the results may not be reliable as the
study was conducted using telephone interviews and email surveys to gather
results. The participants could have been dishonest in these surveys as substance
abuse can be a taboo subject so some of the participants may have chosen to lie
about their substance abuse. Also, only 60.4% of those who participated in the
original study participated in this follow up study, if all of the original
participants did the follow up study the results may have been different. The
results of this study, if reliable, do show that LST is an effective prevention
strategy.

However, not all research on LST has
shown it to be a completely effective prevention strategy. Botvin et al. (1990)
found that the LST program had negative effects on alcohol when it was
delivered by teachers and with booster sessions. It was found that many
teachers did not implement the program according to the correct protocol.
Botvin et al. pointed out that this may be because teachers are not
sufficiently trained in teaching cognitive-behavioural life skills. Overall,
research would suggest that LST is a fairly effective prevention program but
that it can be improved and that alterations of the program could make it a
much more effective prevention strategy.

From research, it is clear to see
that the current strategies are not currently effective enough in preventing
alcohol abuse. Project DARE was shown to be largely ineffective and the LST
program although shown to be effective in research could be much improved. That
these current strategies are not effective enough is also evident through the
fact that since these strategies have been implemented in schools there has
still been an increase in adolescent alcohol use as shown by Johnston et al.
(2018). Their study found that binge drinking rates had increased slightly
since 2016, thus suggesting that the current strategies are not preventing
adolescents from excessive drinking.

A proposed strategy for the
prevention of alcohol addiction is an adapted version of the Life Skills
Training Program, which much research has shown to be effective in both the
short-term and the long-term. The adapted version of the Life Skills Training
involves a number of changes that research has suggested could improve the
effectiveness of it.

This adapted version of LST still has
the three major components of LST, personal self-management skills, social
skills, and drug-related information and skills. However, it will be a more
interactive version of LST. Research by Tobler and Stratton (1997) found that
drug prevention programs that were interactive were more effective than those
that were not interactive. They also found that smaller interactive groups were
more effective than larger interactive groups. In line with these results, it
is suggested that an adapted version of LST be interactive rather
non-interactive. It is also suggested that it be implemented in smaller groups
of 10 students instead of it being implemented in regular classes as the
research by Tobler and Stratton showed this to be more effective.

Another change that is proposed would
be to try and bring more connectedness and rapport to the program. Having the
teachers of the groups build rapport with the students could be highly
beneficial to the effectiveness of the program. Rapport is built when the
students have the opportunity to voice their perceptions with their teacher and
their peers. (Brown, 2001) D’Emidio-Caston and Brown (1998) found that focus
groups on drug education allowed students to hear the different sides to
substance use. They suggested that hearing only one side of the story about
substance use can alienate the students that are in most need of help.
Therefore, focus groups will be an important focus of the proposed strategy as
it will allow rapport to be built between students and their teacher and will
help to involve those that are most in need of drug education. Research has
shown that rapport building can be very beneficial for a student’s learning. Buskist and Saville (2004) found that students who
experienced rapport with their teacher were more attentive, had increased class
enjoyment and a higher attendance level.

It is also proposed that the teachers
be fully trained in teaching cognitive-behavioural life skills as research by
Botvin et al. (1990) suggested that teachers without this training may have
been less effective at teaching LST to students. The research showed that many
did not follow the correct protocol of LST and did not teach substantial
portions of the program. Having all teachers fully trained in teaching
cognitive-behavioural life skills should lead to the strategy being implemented
with full fidelity. Therefore, this should make this prevention strategy even more
effective as Botvin et al. also found that when LST was taught with full
fidelity it was much more effective.

In conclusion, it is clear to see
that alcohol addiction is a massive worldwide problem and that current
prevention strategies have not been successful enough in preventing alcohol
addiction. Although prevention programs such as LST are highly regarded and are
used in many states in the United States, it has not been effective enough to
decrease the levels of alcohol addiction and alcohol abuse. There are many
positive components to such prevention programs, however, there is also a lot
of room for improvement and the proposed strategy attempts to improve previous
drug prevention strategies by making a more interactive version that will
improve the connectedness between student and teacher and thus lead to better
learning by the students. It also aims to do this by having the teachers fully
trained in teaching cognitive-behavioural life skills as this will increase the
effectiveness of the teaching and, therefore, should make the strategy more
effective. The proposed strategy has taken into account the negatives of
current strategies and has attempted to improve them by adding components that
research has shown can be effective in teaching and in teaching drug education.

References

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Does Nursing Need Theory

=Do nurses need theory? A question that can be considered on many different levels. If one considers the evolution of nursing over time, one can observe that the nurse of antiquity was arguably as dependent on the prevalent theories of the day as the current nurse. Theory determines practice and theory justifies practice (Einstein paraphrased in Kuhse & Singer 2001). The nurse who changed the blood letting bowls of antiquity was as dependent upon the theories of imbalances in the humors for her practice as were the nurses in the wards of Ignaz Semmelweis (Semmelweis IP. 1861) who may well have found the idiosyncratic insistence on hand washing to remove the presence of the unseen agents of infection completely bizarre until the evidence base of reduction in puerperal infection could be clearly established.

In this latter comment we can find one of the major dilemmas facing the nursing theorists of today. The plethora of nursing theories have been subsumed into a goal (albeit defined by the theorists themselves) of finding a unified nursing theory. One that will define the human condition and also medical science’s response to the management of the various conditions of pathophysiology that can befall it. The stumbling block of many theories is the difficulty in establishing a credible evidence base to support it. (Brechin A et al. 2000). To revisit the Einstein quotation cited earlier, one can have a theory that may determine practice, but it is only with the demonstration of an evidence base that the theory can actually be used to justify practice.

One of the luminaries of nursing theory and practice was Martha Rogers, the late Dean of Nursing at New York University. To illustrate the point, Rogers published many nursing theories in her working life. Some (the Unitary theory) have gained a degree of general acceptance others have faded in the mists of time. It was her stated goal to define a unified theory of nursing. (Meleis, A 1997). The Rogerian approach appeared to have little room for establishment of evidence bases and we would suggest that this approach is essentially flawed. (Halpern S D 2005).

To consider an extrapolation into other scientific disciplines by way of analogy, we note that it has not been possible to define a unified theory of biological science. Biology is essentially a study of life in general. It does not seek to be a theory of life. Although theories may be postulated in the explanations of the various phenomenon encountered in the field, such as natural selection or the function of the genome, these are used to test the various hypotheses underpinning practical observations, laboratory work and in some cases, mathematical models. There is no all-encompassing biological theory. At a more fundamental level we can observe that biology is based on chemistry which, in turn, is ultimately based on principles of physics. Again we can observe that there is no unified theory encompassing the entire field. (after Green J et al. 1998). This analogy is applicable to nursing theory if one considers the huge range of skills and requirements needed by the modern professional nurse. The spectrum of tasks required and expected of the nurse in a variety of situations is legion. To be effective the nurse must understand the human condition from the viewpoint of the pathophysiology, the psychology, the human dynamic and socio-economic elements of the patient’s presentation and disease trajectory. (Yura H et al. 1998). Much of our understanding of these elements is encapsulated into various concepts or theories which are perhaps best regarded as dynamic and fluid or in a process of evolution. (Wadensten et al. 2003).

A practical consideration would suggest that the nurse is responsible for giving medication, undertaking procedures of medical intervention as well as caring for the general physical well-being of the patient, they record various parameters of their patient’s progress. They can be the patient’s advocate in terms of their dealings with other healthcare professionals, organisations or even commercial concerns. (Hogston, R et al. 2002). In order to carry out these ( and many other) functions efficiently. The nurse needs to be competent in a huge number of areas with skills in interpersonal relationships, organisational, technical and clerical areas. It follows that these skills are derived from a large number of disparate areas such as anatomy, physiology, therapeutics, psychology, management theory, bookkeeping and tabulation. (Mason T et al. 2003)

The point being made here is that, in the light of these comments, it seems inappropriate to consider that there should be, in Rogerian terms, a unified theory of nursing (Rogers, M E 1970). The overall goal would undoubtedly be that the professional nurse should seek to improve the overall well-being of their patients. This target is the accumulative result of any number of different and disparate processes and skills form many differing academic and human disciplines. We would suggest that it is not amenable to the reductionist philosophy of Rogers.

Despite the notable article by Christensen (P et al. 1994) which criticises authors who have applied such strategies to both extrapolate from and to expand implications of Rogerian theory, reductionist strategies are not totally inappropriate. In a further scientific analogy, we can point to a classic case of reductionism which contributed greatly to our understanding of the natural world. When Newton made his mathematical models linking orbiting planets, projectiles and falling apples, he produced one of the most dramatically valid reductions in scientific literature. Reductionism per se. is not an inappropriate process.

Herein lies a frequently perpetuated fallacy that permeates the field of literature on nursing theory. The term “Reduction“, in a nursing context, can have two distinct connotations. It can be observed that some nursing theorists apply the term to the tendency of some healthcare professionals to visualise and regard the patient as a number, a set of symptoms or a demonstration of a particular element of pathophysiology rather than as an individual in their own specific socio-economic, cultural and psychological setting. (Alcock P, 2003). Although this is a completely appropriate and specific use of the term, it is distinctly different from the implications of “Reductionism” in the scientific and analytical sense. Some nursing theorists (viz. Christensen) use the term in a derogatory or disparaging form that does not appreciate or even acknowledge the positive aspects of the technique. (Hott, J R et al. 1999).

We would suggest that such confusion in the terminology has led to some nursing theory being discredited. If we expand this theme by staying with Rogerian theory as an illustration of the point, we can suggest that in the broader context of medicine generally, scientific reduction has enabled progress in medical science by allowing the accurate identification of causal agents of disease and thereby allowing the development of appropriate strategies to combat and eliminate them. Nursing theorists should embrace this aspect of the concept of reductionism while combating any suggestion of a reduction of the status of the patient from that of an autonomous human being (Mill JS 1982).

To consider the situation as Christensen does and to decry the use of reductionism and to treat events as essentially causal, does no favours for the analytical process that is central to any theoretical process. It effectively takes nursing theory out of the realms of science which, almost by definition, considers processes as cause and effect. (Polit, D F et al. 1997). Even if we consider processes that are essentially acausal such as the spontaneous degradation of atomic nuclei, one can point to the fact that these processes are still quite capable of being considered reliable processes because they can be detected, demonstrated, quantifiable, repeatable and amenable to statistical analysis. If we contrast this to the nursing theorists in general, and perhaps Rogers in particular, we can show that their writing and reasoning is largely devoid of causal argument and subsequent reasoning. (Barnum, B J. S. 1998).

The reasons for this are clearly a matter of speculation. The less charitable analyst might be tempted to conclude that some of the theories propounded do not meet common sense standards. Few of the theories meet the criteria that would satisfy a reputable evidence base as they appear to avoid rigorous testing. To take a specific example, the theory of therapeutic touch is certainly complete enough to permit a degree of submission to testing. Much of the literature cited by Rogers is however, very subjective, done by unblinded clinicians and very speculative. Some is purely in the form of no more than reported anecdotes (Rosa, L et al. 1998).

This trend has done little to increase the confidence of the analytically minded investigator in the usefulness and relevance of nursing theory. To a casual observer, who considered only these elements of nursing theory, it might appear that the theorists had allowed themselves to become detached from the scientific rigour of logical deduction or experimental validation and thereby effectively deprived the field of any degree of precision of predictive possibility (which any useful theory should have). To support this view, one can cite Rogers herself (cited in Meleis 1997). “Reality does not exist but appears to exist as expressed by human beings”.

In this respect, we can put forward a coherent argument that nursing does not need theory.

Having presented this argument, we can also examine the opposing view put forward by Prof Margaret Rosenthal (Rosenthal 2000) in her thought provoking book “Changing Practice in Health and Social Care“. The book itself is primarily about accountability in healthcare, but in its discussion it considers the relevance of the nursing theorists in general. The author puts forward the view that the public have experienced a decline in the trust and standards of the healthcare professionals. She cites the media as being one of the major contributors to this erosion, rather than the actual reality of the situation and suggests that the way forward is to submit all types of clinical practice to the scrutiny of its evidence base. She suggests rejecting practices that do not have a secure evidence base in favour of those that do so that “at every level so that the public in general and the patients in particular, are able to feel confident in every therapeutic manoeuvre that they are offered“. (quote from McNicol M et al 1993 Pg 219). As an overview the author suggests that all dealings, whether they are practical or theoretical, should have “accountability as their watchword”.

In some respects, this is a simple conceptual extension of the comments advanced by Florence Nightingale a century and a half earlier, that the ultimate objective of working in a healthcare environment as a healthcare professional is to provide the best form of support, treatment and care for the patient. (Nightingale F 1859). We would both concur and expand the sentiments expressed by adding that this may be best achieved by considering that the best form of treatment is the one that has the strongest evidence base for its use.

Having made these comments, it is appropriate to consider the more positive aspects of nursing theory. If we accept Wadenstein’s view (Wadenstein B et al. 2003) that it is an important purpose of theories to challenge practice, create new approaches to practice and remodel the structures of rules and principles, then we could usefully progress this argument by considering some of those theories which help to explain patient behaviour and thereby modify the nursing approach.

The basic nursing process is traditionally based on assessment, planning, implementation and evaluation. The particular theories that we shall consider here, together with the models that they support, all basically follow the same pattern, but each analyses the patient situation from a different aspect or in different terms. (Fawcett J 2005)

The Roper Logan Tierney model (Roper, Logan and Tierney 2000) is primarily concerned with the activities of daily living. It requires identification of the problems and then dealing with them on a problem solving basis. This type of model has been extensively reported, evaluated and is one of the most generally accepted models of the nursing process. (Holland K et al. 2003). This type of approach is very useful for problems which are mainly or primarily based on a physical or disability orientated disease process. Its major shortcomings revolve around the fact that it is not very useful in describing strategies that cope with patient responses that are overtly manipulative or psychological in nature. The theories that underpin this model have largely withstood the test of time and clinical practice and have accumulated a large evidence base in the literature. (Holland K et al. 2003).

For patients who fall into the category of manipulation or functional symptomatology as a result of an adaptation process for coping with their illness the Roy adaptation model (Roy 1991) is useful in describing the abilities of a patient to adapt (or maladapt) to the evolving pattern of their illness. This model allows for changing perceptions and adaptation mechanisms on the part of the patient and can be used to explain the various behaviour patterns exhibited by various patients as their disease trajectory unfolds. It allows for the major patterns of illness adaptation but has the major shortcoming that it does not allow for the behaviour patterns that are consistent with denial of the underlying diagnosis. The patient who has a diagnosis of terminal cancer but copes with a total refusal to accept it and continues as if all is well, is not described in this particular approach. The model dismisses this as a degree of cognitive distortion rather than a coping mechanism. It can be seen as possibly choosing to ignore the reality of the situation and changing the theory to make it more coherent. It would categorise the patient as not adapting to the situation by choosing to ignore it. (Steiger, N. J. et al. 1995)

This particular situation is better dealt with by the application of the theories associated with the Johnson Behavioural System ( in Wilkerson et al 1996). This model can be considered useful in describing the situation of denial considered above but it too has shortcomings insofar as most experienced clinicians would note that a patient in denial of a terminal illness almost always is forced into acceptance by the progressive nature of the illness itself. (Johnson, D. E. 1990) The majority therefore have to accept their terminal status as they are overtaken by progressive physical manifestations of the disease process and other symptoms.

This element of the argument is presented as showing that the basis of some nursing theories is valid and useful but also even the most accepted theories have their shortcomings and limitations. (Tomey A M, Alligood M R 2005). To paraphrase the comment of Wadensten (et al 2003), one can observe that the nursing models and theories all have their place, but one has to add the caveat that there is not one satisfactory theory or model which can account for all aspects of care and all eventualities.

The thrust of this essay is directed at the preposition that some nursing theories are indeed useful and some are not. Even a brief consideration of the literature on the subject will reveal a plethora of opinions. (Powers, B. A 1995). It is vital to consider each theory or model in isolation and make a critical judgement relating to its ability to inform the nurse and to predict practice for the overall benefit of the patient. Those, such as the ones discussed in the early part of this essay, which rely heavily on intuition and anecdote and also have a marked lack of independent validation, are clearly less likely to be of value to the practical nurse and, in the worst analysis, in the opinion of Prof. Rosenthal, may contribute to the reduction of public confidence in the healthcare professions in general terms. By contrast, the more accepted, reproducible and statistically valid theories which have predictive value and are amenable to independent validation are much more likely to be considered of value to the profession in general terms.

In direct consideration of the title of this essay “Does nursing need theory?” the considered answer must be a qualified “Yes” but within the limitations that we have outlined here.


References

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Reorganize any two (2) roles at TriHealth that result in shared responsibilities and then state why you chose those two roles.Assignment 2: Project Leadership Roles at TriHealth

Reorganize any two (2) roles at TriHealth that result in shared responsibilities and then state why you chose those two roles.Assignment 2: Project Leadership Roles at TriHealth

Due Week 4 and worth 240 points

Read the case titled: “Project Leadership Roles at TriHealth” found in

This assignment is about developing a specific project team for TriHealth.

Write a six to eight (6-8) page paper in which you:

Identify the common roles in a human resource project. Then, analyze these roles to typical human resource functions.
Reorganize any two (2) roles at TriHealth that result in shared responsibilities and then state why you chose those two roles.
Suggest the short-term and long-term effects on the company with roles being shared among employees.
Analyze the need for an additional role. Then, propose a new role and its proposed impact.
Use at least four (4) quality academic (peer-reviewed) resources in this assignment.

Reliability, level of research, and generalizability of the findings based on design and sample size.

Nursing Guillain-Barr‚ Syndrome

Project description Summarize each article. Include in the summary all information related to reliability, level of research, and generalizability of the findings based on design and sample size. These are the articles: Clinical, electrophysiological subtypes and antiganglioside antibodies in childhood Guillain-Barre syndrome Meena A Karman, Rathna Kishore Ch, Iabeen S. A, Rukmini Mridula K., Pragnya Rae?, Borgohain R. Atypical Findings of Cuillain-Barre Syndrome in Children Karimzadeh P, Bakhshande Bali MK, Nasehi MM, Taheri Otaghsara SM, Ghofrani M. Atypical Findings of Guillain-Barre Syndrome in Children. Iran J Child Neurol Autumn 2012;6(4): 17-22. quality paper done for you by one of our writers within the set deadline at a discounted