This is default featured slide 1 title

Go to Blogger edit html and find these sentences.Now replace these sentences with your own descriptions.

This is default featured slide 2 title

Go to Blogger edit html and find these sentences.Now replace these sentences with your own descriptions.

This is default featured slide 3 title

Go to Blogger edit html and find these sentences.Now replace these sentences with your own descriptions.

This is default featured slide 4 title

Go to Blogger edit html and find these sentences.Now replace these sentences with your own descriptions.

This is default featured slide 5 title

Go to Blogger edit html and find these sentences.Now replace these sentences with your own descriptions.

Sunday, February 15, 2009

European Heart Journal

European
Heart Journal
Journal of the European Society of Cardiology
Journal Cardiology:

Homocysteine coronary atherosclerosis and folate
Benefit–risk with DES and BMS
Chromogranin A and
acute coronary syndromes
Glycoprotein IIb/IIIa and agonists in STEMI
Stent vs. PTA in peripheral arterial disease


Editor-in-Chief:
Thomas F. Lüscher
Deputy Editors:
Josep Brugada
Bernard J. Gersh
Ulf Landmesser
Frank T. Ruschitzka
Patrick W. Serruys


Saturday, February 14, 2009

Early Detection and Management of Mental Disorders

Early Detection and Management of Mental Disorders
Early Detection and Management of Mental Disorders

Edited by:
Mario Maj
Juan Jose´ Lo´pez-Ibor
Norman Sartorius
Mitsumoto Sato
Ahmed Okasha

Details
Hardcover: 316 pages
Publisher: Wiley; 1 edition (January 14, 2005)
Language: English
ISBN-10: 0470010835
ISBN-13: 978-0470010839

Product Description
From the Back Cover
The WHO has found that mental disorders rank in the top 10 of leading causes of disability in the world, creating a significant social, emotional and economic burden for young people, their families and society. Early detection of these potentially disabling disorders and appropriate treatment at the time of initial onset can reduce patient discomfort, duration and severity of illness and the costs associated with misdiagnosis.
Early Detection and Management of Mental Disorders is an unbiased and reliable reference point for mental health professionals to properly assess patients and treat disorders as early as possible.
The mental disorders and topics addressed in this volume include:
  • Schizophrenia
  • Bipolar Disorder
  • Eating Disorders
  • Depression
  • Anxiety Disorders
  • Alzheimer's Disease
  • Attention-Deficit/Hyperactivity Disorder (ADHD)
  • Children of parents with mental disorders
  • Diagnosis of mental disorders in children

Early detection and management of a mental disorder implies the availability of a thorough description of the prodromal manifestations of the disorder, the existence of assessment and screening instruments with a satisfactory sensitivity and specificity, the feasibility of screening programmes in the general population or in vulnerable groups, the successful engagement of a significant proportion of the subjects found to be at high risk, and the availability of validated programmes of intervention focused on the early phases of the disorder. All these elements are currently being developed for most of the above-mentioned mental disorders, and are already part of clinical practice in several contexts for some of them (notably schizophrenia).


Contents:
List of Contributors
Preface
  • Chapter 1 Prodromal Symptoms and Early Detection of Schizophrenia
  • Chapter 2 The Management of Early Psychosis
  • Chapter 3 Children of Persons with Schizophrenia: An Overview of Empirical Research
  • Chapter 4 Detection and Management of Bipolar Disorder in Children and Adolescents
  • Chapter 5 Detecting the Risk for Affective Spectrum Disorders in the Children of Bipolar Parents
  • Chapter 6 The ‘‘Difficult’’ Child: Main Underlying Syndromes and Differential Diagnosis
  • Chapter 7 Precursors, Prodromes and Early Detection of Eating Disorders
  • Chapter 8 Precursors, Early Detection and Prevention of Anxiety Disorders
  • Chapter 9 Early Recognition and Management of Depression in Primary Care
  • Chapter 10 The Prodromes and Early Detection of Alzheimer’s Disease
Index


Download


Atlas of MIGRAINE AND OTHER HEADACHES Second Edition

Atlas of MIGRAINE AND OTHER HEADACHES Second Edition

Atlas of MIGRAINE AND OTHER HEADACHES Second Edition
Edited by
Stephen D Silberstein MD
M Alan Stiles DMD
William B Young MD

Product Description
Stimulating read that can be recommended for residents and students. All physicians need to learn to diagnose and manage head pain. However, there are many causes of headache: some are secondary to other conditions; others are disorders in themselves. These factors often make differential diagnosis and treatment a challenge. This didactic atlas approaches the problem of migraine and other headaches from a visual perspective. The contents cover the history of migraine and headache, their epidemiology, diagnosis and treatment. While the central emphasis is on migraine, all types of headache are addressed. The book includes some classic illustrations from historical texts as well as modern images that illustrate the disorders and current thinking.

Chronic head and face pain may be either a result of numerous disorders or a symptom of a more ominous secondary cause. Correct diagnosis is essential for proper treatment.
To assist the clinician, we include the history of headache, its epidemiology, diagnosis, and treatment. We address migraine, tension-type, and cluster headache, in addition to the rare or more unusual primary and secondary headache disorders. We have tried to include classic images from other texts, as well as new images that illustrate the disorders and reflect the most current thinking. This compilation of slides, images, graphs, paintings, and drawings has been obtained from physicians from all over the world.

Product Details
Hardcover: 138 pages
Publisher: Informa HealthCare; 1 edition (January 25, 2005)
Language: English
ISBN-10: 1842142739
ISBN-13: 978-1842142738


Contents
List of contributors
Acknowledgements
Preface
Foreword
1. Historical aspects of headache; Stephen D Silberstein
2. Headache classification; Elizabeth W Loder
3. Epidemiology of migraine; Mario F P Peres
4. Pathophysiology of headache; Michael L Oshinsky
5. Migraine; Mario F P Peres
6. Trigeminal-autonomic cephalgias; Todd D Rozen
7. Tension-type headaches; William B Young
8. Secondary headaches; Laszlo L Mechtler and M Alan Stiles
Index

Download

Handhelds in Medicine A Practical Guide for Clinicians

Handhelds in Medicine A Practical Guide for Clinicians



Handhelds in Medicine A Practical Guide for Clinicians
Editors
Scott M. Strayer, MD, MPH
Peter L. Reynolds, MD
Mark H. Ebell, MD, MS

Product Description
Handheld Computers in Medicine is an essential volume of information needed for all physicians, especially those in the primary care specialties. It is in the tradition of Mark Ebell's recent successful Springer book and CD-ROM, Evidence-Based Diagnosis: Handbook of Clinical Prediction Rules. (This enables the clinician to make an automatic calculation of risk assessment based on the patient's presenting symptoms, which are fed into the program. By working with the CD-ROM, a risk calculation can be made in seconds, all within the time period of a standard office visit.) Ebell is a renowned family physician and educator who has devoted his career to assessing and processing clinical information, which is to be used in making an accurate diagnosis and prescribing the correct therapeutics in the shortest time period. If this is to be done correctly, the physician must be able to implement a variety of electronic information bases effectively, and during the time period of a standard office visit. Nothing accomplishes this goal as efficiently as handheld PCs and Palm Pilots. This allows the physician to engage the patient, take a case history, perform a physical examination, access patient records, complete the diagnosis and prescribe the necessary therapeutics and process the bill coding, all without leaving the patient's side. Depending on the physician's degree of 'tech-savvy' skills, this can be an exhausting and intimidating process. It can be especially complicated to convert an entire office practice, then conform to a particular healthcare organization's plan of operation. Ebell's book and CD-ROM set operates as a concise guide to enable any physician and healthcare professional to implement the use of handheld computers into their practice. It is important to note that the spirit of this publication's goal is to eliminate error and thus raise the level of quality in all aspects of patient care.

Product Details
Paperback: 468 pages
Publisher: Springer; 1 edition (November 19, 2004)
Language: English
ISBN-10: 0387403299
ISBN-13: 978-0387403298


Contents
Preface
Contributors
  • Registered, Trademarked, and Copyrighted Material
  • Section I Getting to Know Your Handheld Computer
  • Choosing a Handheld Computer: PDAs, MDAs, and the Alphabet Soup of Handheld Computers
  • Getting to Know Your Handheld: Palm OS and Pocket PC
  • Getting Software from Cyberspace to the Palm of Your Hand: Downloading and Installing Software on Your Palm OS or Pocket PC Handheld

Section II Medical Software
  • “Where in the World Wide Web Do I Find All This Stuff?” Finding Medical Software and Information on the Web for Handheld Computers
  • What Floor Is Mrs. Jones on, and What Does Her CBC Look Like Today? Patient Records on Handheld Computers
  • Calculator Programs for Handheld Computers: Crunching the Numbers Made Easy
  • Medical References: Information at Your Fingertips
  • Getting Paid for What You Do:Avoid Losing Your Shirt by Using a Handheld Computer for Billing
  • Electronic Prescribing: Drug Dealing Twenty-First Century Style
  • Medical Documents in Your Pocket
  • Capturing Life in the Palm of Your Hand: Getting Rid of the Yellow Stickies by Using a Handheld Database
  • Software for Nursing: RNs Are Mobilizing
  • Software for Other Healthcare Professionals: Hey,What About Me?
Section III Advanced Topics
  • Evidence-Based Medicine and Handhelds
  • Wireless 101
  • Programmable Calculators
  • How to Make Your Own Database: Programming a Simple Procedure Log
  • Creating Your Own Programs
  • Beyond the Beam: Server-Based Synchronization
  • Teaching People to Use Handheld Computers
Appendix
Index

Download

Manual of Intensive Care Medicine: With Annotated Key References 4th Edition

Manual of Intensive Care Medicine: With Annotated Key References 4th Edition

Manual of Intensive Care Medicine: With Annotated Key References 4th Edition
Product Details

Paperback: 943 pages
Publisher: Lippincott Williams & Wilkins; Fourth Edition edition
October 1, 2005
Language: English
ISBN-10: 0781754976
ISBN-13: 978-0781754972

Edited By:
Richard S. Irwin M.D.
Professor of Medicine and Nursing
James M. Rippe M.D.
Associate Professor of Medicine (Cardiology)


Product Description
Completely rewritten and updated for the Fourth Edition, this Spiral(R) Manual remains the leading quick-reference guide to both medical and surgical intensive care. The essential principles, protocols, and techniques from Irwin and Rippe's Intensive Care Medicine, Fifth Edition have been distilled into a portable, practical manual that is ideal for rapid bedside consultation. The user-friendly format features numerous tables, illustrations, and annotated references. This edition has completely revamped sections on cardiovascular problems and coronary care, surgical problems, shock and trauma, endocrine problems, and hematology, plus expanded coverage of gastroesophageal balloon tamponade, aspiration of joints, hepatic dysfunction, and noninvasive mechanical ventilation.

Readers of the current edition of our Manual will immediately notice a significant change in format. We have adopted a more user-friendly, outline format to try to give busy house officers more direct and immediate access to the information they need to manage the complex and time-sensitive issues of the practice of critical care medicine. As with the previous edition, we have challenged the authors to emphasize critical concepts and pare down chapters to the key clinically relevant points. Annotated references are provided to guide the interested reader through key articles in the relevant literature.
The Manual of Intensive Care Medicine opens with an extensive section on Procedures and Techniques. The next seven sections are divided according to organ system. In each chapter, discussions of key entities that present in the intensive care or coronary care unit environment appear together with targeted discussions focusing on treatment.
Section IX presents a review of key Pharmacology, Overdoses, and Poisonings considerations recognizing that these remain important issues in intensive care. This section has been pared down from the previous edition of our Manual. We recognize this area as being so important that we have co-edited, along with our colleague, toxicologist Dr. Christopher Linden, an entire Manual of Overdoses and Poisonings, which can be used in conjunction with the current edition of the Manual of Intensive Care Medicine.
As in the previous edition, there are extensive sections on surgical issues in critical care as well as shock and trauma. The Manual closes with sections on Neurology; Transplantation; Rheumatology and Immunology; Psychiatry; and Moral, Ethical, Legal and Public Policy Issues in Intensive Care all of which are crucial to a comprehensive view of adult intensive care medicine.


Table of Contents:
  1. Procedures and Techniques
  2. Cardiovascular Problems and Coronary Care
  3. Pulmonary Problems in the Intensive Care Unit
  4. Renal Problems in the Intensive Care Unit
  5. Infectious Disease Problems in the Intensive Care Unit
  6. Gastrointestinal and Hepatobiliary Problems in the Intensive Care Unit
  7. Endocrine Problems in the Intensive Care Unit
  8. Hematologic Problems in the Intensive Care Unit
  9. Pharmacology, Overdoses and Poisonings
  10. Surgical Problems in the Intensive Care Unit
  11. Shock and Trauma
  12. Neurologic Problems in the Intensive Care Unit
  13. Transplantation
  14. Rheumatologic and Immunologic Problems in the Intensive Care
  15. Psychiatric Issues in Intensive Care
  16. Moral, Ethical, Legal Issues and Public Policy in the Intensive Care Unit
APPENDIX: CALCULATIONS COMMONLY USED IN CRITICAL CARE
Index

Friday, February 13, 2009

Respiratory System and Artificial Ventilation: Paperback and Kindle Edition

Respiratory System and Artificial Ventilation: Paperback and Kindle Edition


Respiratory System and Artificial Ventilation: Paperback and Kindle Edition

Author by:
Umberto Lucangelo
Paolo Pelosi
Walter A. Zin
Andrea Aliverti

Format: Kindle Paperback and Edition
Print Length: 300 pages
Publisher: Springer; 1 edition (December 20, 2007)
Language: English
ASIN: B001CSG9TA
ISBN-10: 884700764X
ISBN-13: 978-8847007642

Books Description
This book reviews respiratory performance, selected mechanical ventilation modes, and treatment strategies. Fellows, other senior trainees, and practitioners managing critically ill patients with respiratory concerns are an appropriate audience for this work which comes from a multidisciplinary group of authors in Western Europe and a small number of presenters from the United States. Contemporary thinking is well represented in this collection of reviews on pulmonary physiology and selected clinical topics.

Contents
Contributors
List of Abbreviations
Properties of the Respiratory System
  • Control of Breathing
  • Elastic and Resistive Properties of the Respiratory System
  • Flow Limitation and its Determination
  • Intrinsic PEEP and its Determination
Interactions Between Pulmonary Circulation and Ventilation
  • Interactions Between the Pulmonary Circulation and Ventilation: An Overview for Intensivists
Monitoring of the Respiratory Mechanics
  • Monitoring of Respiratory Mechanics in the ICU: Models, Techniques and Measurement Methods
Acute Lung Injury–ARDS, Controlled Mechanical Ventilation in ARDS and the Open Lung Concept
  • Pathophysiology of ARDS
  • Ventilator-Associated Lung Injury
  • Controlled Mechanical Ventilation in ARDS
  • The Open Lung Concept in Cardiac Surgery Patients
Nosocomial Pneumonia
  • Diagnosis and Treatment of Nosocomial Pneumonia
Prone Ventilation
  • Prone Ventilation To Prevent Ventilator-Associated Pneumonia
  • Prone Positioning of Patients with ARDS
  • Prone Ventilation in Trauma Patients
Old and New Artificial Ventilation Techniques
  • Advanced Modalities in Negative-Pressure
  • High-Frequency Percussive Ventilation
Non-invasive Ventilation
  • Non-invasive Ventilation in Patients with Acute Respiratory Failure and COPD or ARDS
  • Non-invasive Respiratory Assistance in Paediatric Patients
Subject Index

Chapter 1
Properties of the Respiratory System
Control of Breathing
F.B. Santos, L.K.S. Nagato,W.A. Zin

Introduction
The physiological control of the respiratory system is unique among organ systems. Breathing is essential to life and must occur 24 h a day, 365 days a year, in the conscious or unconscious state, awake or asleep. At the same time, humans and other mammals need to be able to temporarily interrupt the normal pattern of breathing to perform other functions, such as eating and vocalising [1]. The voluntary and involuntary control of the respiratory system is unequalled and a very complex process. This chapter will appraise some relevant issues to improve clinicians’ understanding of the normal mechanism of breathing and its possible disorders in disease.

Respiratory Control Components
Ventilation is constantly monitored and adjusted to maintain appropriate arterial pH and PaO2. This homeostatic control system requires a set of sensors, a central controlling mechanism and an effector arm to carry out its commands (Fig. 1). Afferent information from sensors modulates the central command of respiratory muscles [2]. The brain constantly receives information from the upper airways, lungs and chest wall and decides how the ventilatory pump will respond.

Respiratory Sensors
Afferent input into the central system is provided primarily by groups of neural receptors, either mechanoreceptors or chemoreceptors. The latter respond to alterations in PaO2, PaCO2 and pH.

ECG Interpretation: The Self-Assessment Approach

ECG Interpretation: The Self-Assessment Approach
Accurate interpretation of the ECG is an essential skill for all health professionals. Using a unique self-assessment format, this book presents a comprehensive, incremental approach to ECG interpretation, progressing from basic to advanced concepts in electrocardiography. Amply illustrated with electrocardiograms both in the main text and the self-assessments, ECG Interpretation is a must-have practical guide that features:
  • An appealing, user-friendly format that will help with exam preparation
  • Clearly defined learning objectives to guide readers efficiently through the intricacies of ECG interpretation
  • Numerous practical examples of ECG strips to illustrate important concepts, including clean ECG strips to practice skills
  • Multiple-choice questions to consolidate learning and emphasize pertinent facts
This second edition has been thoroughly revised from the original 12-lead ECG Interpretation: The Self-Assessment Approach, with fully updated text, additional electrocardiograms and new chapters covering a variety of arrhythmias and ion channelopathies. The book is an essential aid to structured learning for electrophysiologists cardiologists in training, Internists, emergency room physicians, , medical students, nurses and. cardiac technicians.
Author by:
Zainul Abedin, MD, FRCP (C), FHRS
Robert Conner, RN
Product Details
* Paperback: 240 pages
* Publisher: Wiley-Blackwell; 2 edition (November 28, 2007)
* Language: English
* ISBN-10: 1405167491
* ISBN-13: 978-1405167499
Contents
  1. Complexes and intervals
  2. Mean QRS axis determination
  3. The normal electrocardiogram : Self-Assessment Test One
  4. Intraventricular conduction defects
  5. Myocardial ischemia and infarction:  Self-Assessment Test Two
  6. Chamber enlargement and hypertrophy
  7. Acute pericarditis
  8. Sinus rhythm and its discontents:  Self-Assessment Test Three
  9. Atrioventricular block
  10. Atrial arrhythmias: Self-Assessment Test Four
  11. Supraventricular re-entrant tachycardia
  12. The Wolff–Parkinson–White syndrome: Self-Assessment Test Five
  13. Junctional arrhythmias
  14. Ventricular arrhythmias
  15. The channelopathies
  16. Electronic pacing: Self-Assessment Test Six
Further reading: Answers to self-assessment tests
Index

CHAPTER 1
Complexes and intervals

An electrocardiogram (ECG) is a recording of cardiac electrical activity made from the body surface and displayed on graph paper scored horizontally and vertically in 1 millimeter (mm) increments. Each millimeter on the horizontal axis represents 40 milliseconds (0.04 second) of elapsed time and each millimeter on the vertical axis represents 0.1 millivolt (mV) of electrical force. Each 5 millimeter mark on the paper is scored with a heavier line representing 200 milliseconds (msec) or 0.20 seconds on the horizontal axis or time line and 0.5 millivolt on the vertical axis or amplitude line. Recordings of electrical activity made from within the cardiac chambers are called intracardiac electrograms.
Paper used for routine cardiac monitoring is marked across the top by small vertical lines placed at 3-second intervals. Heart rate per minute can be rapidly estimated by counting the number of beats in a 6-second recording and multiplying that number by 10, or can be precisely calculated by counting the number of small squares between complexes and dividing that number into 1500. All monitoring systems currently marketed display the heart rate both on screen and on paper recordings.

The complexes
An electrocardiogram consists of only two elements: complexes and intervals. The normal complexes are (1) the P wave, (2) QRS complex, (3) T wave, and (4) U wave (Figure 1.1).
The P wave represents depolarization of the atrial myocardium. Normal P waves are rounded, do not exceed 0.25 mV (2.5 mm) in amplitude in any lead or exceed 110 milliseconds (0.11 second) in duration. Normal P wave axis is +15 to +75 degrees in the frontal plane leads. The amplitude of the P wave is measured from the baseline or isoelectric line to the top of the waveform. Because the right atrium is depolarized slightly before the left atrium, the first half of the P wave represents right atrial depolarization and the last half left atrial depolarization, but normally these events overlap, producing a single deflection.
Figure 1.2 correlates the features of the surface ECG with cardiac electrical events. It is essential to note that sinus node discharge (1) is electrocardiographically silent on surface tracings, as is conduction through the atrioventricular node (4), the bundle of His and bundle branches (5).
The recovery sequence can be divided into three phases: (1) the absolute refractory period (7), during which the conduction structures are unresponsive to any stimulus; the supernormal period (8), and the relative refractory period (9), during which the conduction tissues will transmit an impulse, but typically at a slower rate than is normally observed. Refractory periods shorten and lengthen incrementally as the heart rate accelerates or slows, i.e. as the cycle length changes. Therefore the exact length of the refractory periods will vary according to the heart rate and the health of the conduction system.


Essential Guide to Acute Care

Essential Guide to Acute Care

Essential Guide to Acute Care

Product Description

Author by:
Paul Cramp
Kirsty Forrest

Paperback: 216 pages
Publisher: BMJ Books; 2 edition (August 21, 2006)
Language: English
ISBN-10: 1405139722
ISBN-13: 978-1405139724


What you really need to know, but no one told you.

The Essential Guide to Acute Care contains everything you really need to know about acute care that you can’t find in a standard textbook and have probably never been taught before.

Starting with the concept of patients at risk, the Essential Guide to Acute Care explains how to recognise and manage the generic altered physiology that accompanies acute illness.

The principles of acute care are explained simply yet comprehensively. Throughout the book ‘mini-tutorials’ expand on the latest thinking or controversies, and practical case histories reinforce learning at the end of each chapter. The chapters are designed to be read by individuals or used for group tutorials in acute care.

Extensively rewritten and updated, this second edition is essential reading for anyone who looks after acutely ill adults, including:


* Foundation Programme trainees and trainers
* Trainees in medicine, surgery, anaesthesia and emergency medicine
* Final year medical students
* Nursing staff and allied professionals working in critical care

Contents
Foreword
Introduction
Acknowledgements
Units used in this book
Chapter 1 Patients at risk
Chapter 2 Oxygen therapy
Chapter 3 Acid–base balance
Chapter 4 Respiratory failure
Chapter 5 Fluid balance and volume resuscitation
Chapter 6 Sepsis
Chapter 7 Acute renal failure
Chapter 8 Brain failure
Chapter 9 Optimising patients before surgery
Chapter 10 Pain control and sedation
Appendix Practical procedures
Index

CHAPTER 1
Patients at risk
By the end of this chapter you will be able to:
• Define resuscitation
• Understand the importance of the generic altered physiology that accompanies
acute illness
• Know about national and international developments in this area
• Know how to assess and manage an acutely ill patient using the ABCDE system
• Understand the benefits and limitations of intensive care
• Know how to communicate effectively with colleagues about acutely ill patients
• Have a context for the chapters that follo

What is resuscitation?
When we talk about ‘resuscitation’ we often think of cardiopulmonary resuscitation (CPR), which is a significant part of healthcare training. International organisations govern resuscitation protocols. Yet survival to discharge after in-hospital CPR is poor, around 6% if the rhythm is non-shockable (the majority of cases). Public perception of CPR is informed by television which has far better outcomes than in reality [1].
A great deal of attention is focused on saving life after cardiac arrest. But the vast majority of in-hospital cardiac arrests are predictable. Until recently, hardly any attention was focused on detecting commonplace reversible physiological deterioration and in preventing cardiac arrest in the first place. However, there have been an increasing number of articles published on this subject. As a Lancet series on acute care observed, ‘the greatest opportunity to improve outcomes for patients over the next quarter century will probably not come from discovering new treatments but from learning how to deliver existing effective therapies’ [2].
In one study, 84% of patients had documented observations of clinical deterioration or new complaints within 8 h of cardiopulmonary arrest [3]; 70% had either deterioration in respiratory or mental function observed during this time. While there did not appear to be any single reproducible warning sign, the average respiratory rate of the patients prior to arrest was 30/min. The investigators observed that the predominantly respiratory and metabolic derangements which preceded cardiac arrest (hypoxaemia, hypotension and acidosis) were not rapidly fatal and that efforts to predict and prevent arrest