British Guideline on the Management of Asthma a National Clinical Guideline
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SIGN158 British Guideline on the Management of Asthma
SIGN158 British guideline on the management of asthma A national clinical guideline First published 2003 Revised edition published July 2019 Key to evidence statements and recommendations Levels of evidence 1++ High-quality meta-analyses, systematic reviews of RCTs, or RCTs with a very low risk of bias 1+ Well-conducted meta-analyses, systematic reviews, or RCTs with a low risk of bias 1– Meta-analyses, systematic reviews, or RCTs with a high risk of bias 2++ High-quality systematic reviews of case-control or cohort studies High-quality case-control or cohort studies with a very low risk of confounding or bias and a high probability that the relationship is causal 2+ Well-conducted case-control or cohort studies with a low risk of confounding or bias and a moderate probability that the relationship is causal 2– Case-control or cohort studies with a high risk of confounding or bias and a significant risk that the relationship is not causal 3 Non-analytic studies, eg case reports, case series 4 Expert opinion Grades of recommendation Note: The grade of recommendation relates to the strength of the supporting evidence on which the evidence is based. It does not reflect the clinical importance of the recommendation. A At least one meta-analysis, systematic review, or RCT rated as 1++, and directly applicable to the target population; or A body of evidence consisting principally of studies rated as 1+, directly applicable to the target population, and demonstrating overall consistency of results B A body of evidence including studies rated -
Allergic Bronchopulmonary Aspergillosis As a Cause of Bronchial Asthma in Children
Egypt J Pediatr Allergy Immunol 2012;10(2):95-100. Original article Allergic bronchopulmonary aspergillosis as a cause of bronchial asthma in children Background: Allergic bronchopulmonary aspergillosis (ABPA) occurs in Dina Shokry, patients with asthma and cystic fibrosis. When aspergillus fumigatus spores Ashgan A. are inhaled they grow in bronchial mucous as hyphae. It occurs in non Alghobashy, immunocompromised patients and belongs to the hypersensitivity disorders Heba H. Gawish*, induced by Aspergillus. Objective: To diagnose cases of allergic bronchopulmonary aspergillosis among asthmatic children and define the Manal M. El-Gerby* association between the clinical and laboratory findings of aspergillus fumigatus (AF) and bronchial asthma. Methods: Eighty asthmatic children were recruited in this study and divided into 50 atopic and 30 non-atopic Departments of children. The following were done: skin prick test for aspergillus fumigatus Pediatrics and and other allergens, measurement of serum total IgE, specific serum Clinical Pathology*, aspergillus fumigatus antibody titer IgG and IgE (AF specific IgG and IgE) Faculty of Medicine, and absolute eosinophilic count. Results: ABPA occurred only in atopic Zagazig University, asthmatics, it was more prevalent with decreased forced expiratory volume Egypt. at the first second (FEV1). Prolonged duration of asthma and steroid dependency were associated with ABPA. AF specific IgE and IgG were higher in the atopic group, they were higher in Aspergillus fumigatus skin Correspondence: prick test positive children than negative ones .Wheal diameter of skin prick Dina Shokry, test had a significant relation to the level of AF IgE titer. Skin prick test Department of positive cases for aspergillus fumigatus was observed in 32% of atopic Pediatrics, Faculty of asthmatic children. -
Non-Controlled Bronchial Asthma: the Contemporary Condition of the Problem
1 UDC 616.248.1–085–084.001.5 Y.I. Feshchenko, I.F. Illyinskaya, L.V. Arefieva, L.M. Kuryk SO «National Institute Phthysiology and pulmonology named after F. G. Yanovsky NAMS of Ukraine» Non-controlled bronchial asthma: the contemporary condition of the problem Key words: bronchial asthma. Among all allergic diseases the most common is bron- of asthma [10, 13]. Different authors, when allocat- chial asthma (BA). In the world there are already about ing certain of its phenotypes and subtypes, rely on clini- 300 million patients with this ailment and in the forecast cal and morphological characteristics, the most significant by 2025 their number will increase by another 100 mil- triggers, the presence of concomitant pathology, as well lion. Chronization and deepening of the pathological pro- as unique responses to treatment. Thus, in the materials cess in asthma leads to a significant deterioration in the of GINA [10, 13, 20], there are those phenotypes of asthma quality of life of patients, decrease their activity, and also that can be easily identified. Distinguish: allergic asthma, causes growth disability and mortality from this illness. non-allergic asthma, childhood asthma / recurrent obstruc- According to official statistics in Ukraine, almost 500 pa- tive bronchitis, late-on asthma, asthma with obstruction tients with asthma suffer from 100 thousand adults, and this and a fixed rate of airflow, obesity asthma, occupational disease is diagnosed annually for about 8 thousand peo- asthma, asthma, severe asthma, and BA-COPD over- ple. According to experts, this does not correspond to the lapped syndrome. At the same time, the European respi- actual situation due to existing shortcomings in the diag- ratory community and the American Thoracic Community nosis of this pathology, but in fact the number of patients tend to focus more on a combination of clinical and patho- is much higher [15]. -
A Professional Development Framework for Paediatric Respiratory Nursing
A professional development framework for paediatric respiratory nursing ISSN 2040-2023: British Thoracic Society Reports Vol 12, Issue 2, May 2021 1 ACKNOWLEDGEMENTS: We are grateful to colleagues at the National Paediatric Respiratory and Allergy Nurses Group (NPRANG) for their support with the development of this document. In particular: Ann McMurray Asthma Nurse Specialist, Royal Hospital for Children and Young People, Edinburgh. NPRANG Chair Bethan Almeida Clinical Nurse Specialist for Paediatric Asthma and Allergy, Imperial College Healthcare NHS Trust Tricia McGinnity Paediatric Cystic Fibrosis Nurse Specialist, Southampton Children's Hospital Emma Bushell Paediatric Respiratory Nurse Specialist – Asthma, Frimley Health NHS Foundation Trust This document has been adapted from the following publication: British Thoracic Society, A professional development framework for respiratory nursing (1). The authors of this original document are: Samantha Prigmore, Co-chair Consultant respiratory nurse, St Georges University Hospitals NHS Foundation Trust Helen Morris, Co-chair ILD nurse specialist, Wythenshawe Hospital Alison Armstrong Nurse consultant (assisted ventilation), Royal Victoria Infirmary Susan Hope Respiratory nurse specialist, Royal Stoke University Hospital Karen Heslop-Marshall Nurse consultant, Royal Victoria Infirmary Jacqui Pollington Respiratory nurse consultant, Rotherham NHS Foundation Trust CONTENTS: Introduction Method of production How to use this document Competency table (Band 5, 6, 7 and 8) Supporting evidence Acknowledgements Declarations of Interest References Content from this document may be reproduced with permission from BTS as long as you conform to the following conditions: • The text must not be altered in any way. • The correct acknowledgement must be included. 2 Introduction Paediatric respiratory nurses are an important component of the multi-professional team for a wide variety of respiratory conditions, providing holistic care for patients in a variety of settings. -
Simplifying Asthma Management in Primary Care EDUCATIONAL SERIES RECOMMENDATIONS from the 2020 NZ ASTHMA GUIDELINES
Simplifying asthma management A RESEARCH REVIEW™ in primary care EDUCATIONAL SERIES RECOMMENDATIONS FROM THE 2020 NZ ASTHMA GUIDELINES Making Education Easy 2021 About the expert This review is intended as an educational resource for primary healthcare professionals. It discusses the new Asthma and Respiratory Foundation NZ Adolescent and Adult Asthma Guidelines, published in the NZ Medical Professor Journal in June 2020, and how these may be implemented in primary care. The guidelines, which have Richard Beasley been developed by a multidisciplinary group of respiratory health experts, were last updated in 2016. Since CNZM, DSc(Otago), DM(Southampton), that time there have been significant advances in the understanding of how to best manage patients with MBChB, FRCP(London), FRACP, FAAAAI, FFOM(Hon), FAPSR(New Zealand), FERS, asthma. Taking into account the latest findings and incorporating recommendations from the Global Initiative FThorSoc, FRSNZ. for Asthma (GINA) Update strategy, the new guidelines provide simple, practical and evidenced-based recommendations for the diagnosis, assessment and management of asthma. Healthcare professionals may Richard Beasley is a physician at Wellington need to review the management of their asthma patients in light of the new guidelines. Regional Hospital, Director of the Medical Research Institute of New Zealand, and The 2020 Asthma and Respiratory Foundation NZ Adolescent and Adult Asthma Guidelines and a number of Professor of Medicine at Victoria University key clinical resources discussed in this review can be downloaded here. of Wellington. He is an Adjunct Professor at the University of Otago and Visiting Professor, University of Southampton, United Kingdom. Asthma: A major public health issue He is the Chair of the Asthma and Respiratory Foundation of New Zealand Adolescent and The prevalence of asthma in NZ is amongst the highest in the world, with up to 20% of children and adults affected Adult Asthma Guidelines. -
17Th & 18Th June 2021 Speakers' Details and Presentation Summaries
th th SUMMER MEETING ONLINE – 17 & 18 June 2021 Speakers’ Details and Presentation Summaries The following details are in programme order. Use the PDF search button to quickly find a session or speaker. OPEN SESSION – NATIONAL ASTHMA AND COPD AUDIT PROGRAMME Thursday 17th June: 08:00-09:00 Dr James Calvert qualified in Medicine from Oxford Session aims and overview University in 1992. He studied Public Health as a 1) To summarise the main findings of the 2020/21 Fulbright Scholar at Harvard University before NACAP reports. completing his PhD in Asthma Epidemiology in South 2) To outline the QI support opportunities offered by Africa and London. NACAP to clinical and audit teams. He was a Consultant Respiratory Specialist in Bristol from 2006-2021. He is now a Respiratory Consultant Professor Roberts will present a summary of key and Medical Director of Aneurin Bevan University reported findings from across the audits from the last Health Board in Wales. 12 months, highlighting areas for further James has worked with colleagues in the South West improvement. He will speak about the impact of and at NHS England to improve access to integrated COVID-19 on standards of care and on audit services for respiratory patients. He has Chaired the participation, along with plans to improve automated British Thoracic Society (BTS) Professional and extraction of NACAP data. Organisational Standards Committee and has been Dr Calvert will talk about the QI programme to be the BTS National Audit Lead. He has a longstanding launched this year. interest in quality improvement in health care and has A discussion will follow around ideas for improving worked with the BTS, NHS Improving Value, the Royal NACAP support to clinical and audit teams. -
Asthma Exacerbation Management
CLINICAL PATHWAY ASTHMA EXACERBATION MANAGEMENT TABLE OF CONTENTS Figure 1. Algorithm for Asthma Exacerbation Management – Outpatient Clinic Figure 2. Algorithm for Asthma Management – Emergency Department Figure 3. Algorithm for Asthma Management – Inpatient Figure 4. Progression through the Bronchodilator Weaning Protocol Table 1. Pediatric Asthma Severity (PAS) Score Table 2. Bronchodilator Weaning Protocol Target Population Clinical Management Clinical Assessment Treatment Clinical Care Guidelines for Treatment of Asthma Exacerbations Children’s Hospital Colorado High Risk Asthma Program Table 3. Dosage of Daily Controller Medication for Asthma Control Table 4. Dosage of Medications for Asthma Exacerbations Table 5. Dexamethasone Dosing Guide for Asthma Figure 5. Algorithm for Dexamethasone Dosing – Inpatient Asthma Patient | Caregiver Education Materials Appendix A. Asthma Management – Outpatient Appendix B. Asthma Stepwise Approach (aka STEPs) Appendix C. Asthma Education Handout References Clinical Improvement Team Page 1 of 24 CLINICAL PATHWAY FIGURE 1. ALGORITHM FOR ASTHMA EXACERBATION MANAGEMENT – OUTPATIENT CLINIC Triage RN/MA: • Check HR, RR, temp, pulse ox. Triage level as appropriate • Notify attending physician if patient in severe distress (RR greater than 35, oxygen saturation less than 90%, speaks in single words/trouble breathing at rest) Primary RN: • Give oxygen to keep pulse oximetry greater than 90% Treatment Inclusion Criteria 1. Give nebulized or MDI3 albuterol up to 3 doses. Albuterol dosing is 0.15 to 0.3mg/kg per 2007 • 2 years or older NHLBI guidelines. • Treated for asthma or asthma • Less than 20 kg: 2.5 mg neb x 3 or 2 to 4 puffs MDI albuterol x 3 exacerbation • 20 kg or greater: 5 mg neb x 3 or 4 to 8 puffs MDI albuterol x 3 • First time wheeze with history consistent Note: For moderate (dyspnea interferes with activities)/severe (dyspnea at rest) exacerbations you with asthma can add atrovent to nebulized albuterol at 0.5mg/neb x 3. -
Disparities in Respiratory Health
American Thoracic Society Documents An Official American Thoracic Society/European Respiratory Society Policy Statement: Disparities in Respiratory Health 6 Dean E. Schraufnagel, Francesco Blasi, Monica Kraft, Mina Gaga, Patricia Finn, Klaus Rabe This official statement of the American Thoracic Society (ATS) and the European Respiratory Society (ERS) was approved by the ATS Board of Directors, XXXXXXXXX, and by the ERS XXXXXXXX, XXXXXXXXXX [[COMP: Insert internal ToC]] 1 Abstract Background: Health disparities, defined as a significant difference in health between populations, are more common for diseases of the respiratory system than for those of other organ systems because of the environmental influence on breathing and the variation of the environment among different segments of the population. The lowest social groups are up to 14 times more likely to have respiratory diseases than are the highest. Tobacco smoke, air pollution, environmental exposures, and occupational hazards affect the lungs more than other organs and occur disproportionately in ethnic minorities and those with lower socioeconomic status. Lack of access to quality health care contributes to disparities. Methods: The executive committees of the American Thoracic Society (ATS) and European Respiratory Society (ERS) established a writing committee to develop a policy on health disparities. The document was reviewed, edited, and approved by their full executive committees and boards of directors of the societies. Results: This document expresses a policy to address health disparities by promoting scientific inquiry and training, disseminating medical information and best practices, and monitoring and advocating for public respiratory health. ERS and ATS have strong international commitments and work with leaders from governments, academia, and other organizations to address and reduce avoidable health inequalities. -
Global Strategy for Asthma Management and Prevention
® GLOBAL STRATEGY FOR ASTHMA MANAGEMENT AND PREVENTION REVISED 2006 Copyright © 2006 MCR VISION, Inc. All Rights Reserved Global Strategy for Asthma Management and Prevention The GINA reports are available on www.ginasthma.org. Global Strategy for Asthma Management and Prevention 2006 GINA EXECUTIVE COMMITTEE* Soren Erik Pedersen, MD Ladislav Chovan, MD, PhD Kolding Hospital President, Slovak Pneumological and Paul O'Byrne, MD, Chair Kolding, Denmark Phthisiological Society McMaster University Bratislava, Slovak Republic Hamilton, Ontario, Canada Emilio Pizzichini. MD Universidade Federal de Santa Catarina Motohiro Ebisawa, MD, PhD Eric D. Bateman, MD Florianópolis, SC, Brazil National Sagamihara Hospital/ University of Cape Town Clinical Research Center for Allergology Cape Town, South Africa. Sean D. Sullivan, PhD Kanagawa, Japan University of Washington Jean Bousquet, MD, PhD Seattle, Washington, USA Professor Amiran Gamkrelidze Montpellier University and INSERM Tbilisi, Georgia Montpellier, France Sally E. Wenzel, MD National Jewish Medical/Research Center Dr. Michiko Haida Tim Clark, MD Denver, Colorado, USA Hanzomon Hospital, National Heart and Lung Institute Chiyoda-ku, Tokyo, Japan London United Kingdom Heather J. Zar, MD University of Cape Town Dr. Carlos Adrian Jiménez Ken Ohta. MD, PhD Cape Town, South Africa San Luis Potosí, México Teikyo University School of Medicine Tokyo, Japan REVIEWERS Sow-Hsong Kuo, MD National Taiwan University Hospital Pierluigi Paggiaro, MD Louis P. Boulet, MD Taipei, Taiwan University of Pisa Hopital Laval Pisa, Italy Quebec, QC, Canada Eva Mantzouranis, MD University Hospital Soren Erik Pedersen, MD William W. Busse, MD Heraklion, Crete, Greece Kolding Hospital University of Wisconsin Kolding, Denmark Madison, Wisconsin USA Dr. Yousser Mohammad Tishreen University School of Medicine Manuel Soto-Quiroz, MD Neil Barnes, MD Lattakia, Syria Hospital Nacional de Niños The London Chest Hospital, Barts and the San José, Costa Rica London NHS Trust Hugo E. -
BTS Clinical Statement on Pulmonary Arteriovenous Malformations
Downloaded from http://thorax.bmj.com/ on November 15, 2017 - Published by group.bmj.com BTS Clinical Statement British Thoracic Society Clinical Statement on Pulmonary Arteriovenous Malformations Claire L Shovlin,1,2 Robin Condliffe,3 James W Donaldson,4 David G Kiely,3,5 Stephen J Wort,6,7 on behalf of the British Thoracic Society 1NHLI Vascular Science, Imperial EXECUTIVE SUMMARY high cardiac output.16 PAVMs of any size allow College London, London, UK Pulmonary arteriovenous malformations (PAVMs) are paradoxical emboli that may cause ischaemic 2Respiratory Medicine, and structurally abnormal vascular communications that strokes,17 18 myocardial infarction,18–20 cerebral VASCERN HHT European 17 21–23 Reference Centre, Hammersmith provide a continuous right-to-left shunt between (brain) and peripheral abscesses, discitis and Hospital, Imperial College pulmonary arteries and veins. Their importance stems migraines.24–26 Less frequently, PAVMs may cause Healthcare NHS Trust, London, from the risks they pose (>1 in 4 patients will have haemoptysis, haemothorax27–29 and/or maternal UK 29 3 a paradoxical embolic stroke, abscess or myocardial death in pregnancy. Due to compensatory adap- Pulmonary Vascular Disease Unit, Royal Hallamshire Hospital, infarction while life-threatening haemorrhage affects tations, respiratory symptoms are frequently absent Sheffield, UK 1 in 100 women in pregnancy), opportunities for risk or not recognised until PAVM treatment has led 4 Dept of Respiratory Medicine, prevention, surprisingly high prevalence and under- to improvement or resolution.1 13–16 26 However, Derby Teaching Hospitals NHS appreciation, thus representing a challenging condition at least one in three patients with PAVMs will Foundation Trust, Derby, UK 5Department of Infection, for practising healthcare professionals. -
1 Pathology Week 13: the Lung Ver.2
Pathology week 13: the Lung ver.2 Atelectasis - either incomplete expansion of the lungs (neonatal) or collapse of previously inflated lung, producing areas of relatively airless pulmonary parenchyma - reduces oxygenation, predisposes to infection - reversible except if caused by contraction o acquired either: resorption atelectasis (obstruction airway, resorption trapped oxygen) • mucus plugging eg asthma, bronchitis, bronchiectasis, post op, FBs • mediastinum shifts towards affected lung compression atelectasis • effusion, pneumothorax, haemothorax, peritonitis – basal atelectasis • mediastinum shift away from affected lung contraction atelectasis • when local or general fibrotic changes in lung prevent full expansion Acute Lung Injury - a spectrum of pulmonary lesions (endothelial and epithelial) - initiated by many factors - susceptibility my be heritable - mediators include cytokines, oxidants, growth factors (incl TNF, IL1, IL6, IL10, TGFβ) - may manifest as congestion, oedema, surfactant disruption, atelectasis - may progress to ARDS or acute interstitial pneumonia Pulmonary Oedema - most common haemodynamic mechanism: ↑ hydrostatic pressure in LVF - heavy, wet lungs – initially basal due to greater hydrostatic pressure - alveolar capillaries engorged, intra-alveolar granular pink precipitate, alveolar microhaemorrhages and haemosiderin-laden macrophages (“heart failure” cells ) - longstanding LVF – many haemosiderin-laden macrophages, fibrosis, thickening alveolar walls – lungs firm and brown (brown induration) Oedema caused -
Primary Care Summary of the British Thoracic Society Guidelines for the Management of Community Acquired Pneumonia in Adults: 2009 Update
Copyright PCRS-UK - reproduction prohibited Primary Care Respiratory Journal (2010); 19(1): 21-27 GUIDELINE SUMMARY Primary care summary of the British Thoracic Society Guidelines for the management of community acquired pneumonia in adults: 2009 update Endorsed by the Royal College of General Practitioners and the Primary Care Respiratory Society UK Mark L Levya, Ivan Le Jeuneb, Mark A Woodheadc, John T Macfarlaned, *Wei Shen Limd on behalf of the British Thoracic Society Community Acquired Pneumonia in Adults Guideline Group UK a Senior Clinical Research Fellow, Allergy and Respiratory Research Group, Division of Community Health Sciences: GP section, University of Edinburgh, Scotland, UK b Departments of Acute and Respiratory Medicine, Nottingham University Hospitals NHS Trust, Nottingham, UK c Department of Respiratory Medicine, Manchester Royal Infirmary, Manchester, UK Society d Department of Respiratory Medicine, Nottingham University Hospitals NHS Trust, Nottingham, UK Received 11th January 2009; revised version received 29th January 2010; accepted 1st February 2010; online 15th February 2010 Abstract Introduction: The identification and management of adults presentingRespiratory with pneumonia is a major challenge for primary care health professionals. This paper summarises the key recommendations of the Britishprohibited Thoracic Society (BTS) Guidelines for the management of Community Acquired Pneumonia (CAP) in adults. Method: Systematic electronic database searches were conductedCare in order to identify potentially relevant studies that might inform guideline recommendations. Generic study appraisal checklists and an evidence grading from A+ to D were used to indicate the strength of the evidence upon which recommendations were made. Conclusions: This paper provides definitions, keyPrimary messages, and recommendations for handling the uncertainty surrounding the clinical diagnosis, assessing severity, management, and follow-upReproduction of patients with CAP in the community setting.