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A Triad of Endocarditis, Endophthalmitis, and Meningitis
Cent. Eur. J. Med. • 8(6) • 2013 • 795-798 DOI: 10.2478/s11536-013-0223-0 Central European Journal of Medicine A triad of endocarditis, endophthalmitis, and meningitis Case Report Aušra Kavoliūnienė1, Regina Jonkaitienė1, Laura Urbonaitė2* 1 Department of Cardiology, Medical Academy, Lithuanian University of Health Sciences, Kaunas, Lithuania 2 Medical Academy, Lithuanian University of Health Sciences Kaunas Clinics, Eiveniu str. 2, LT-50009 Kaunas Received 26 April 2013; Accepted 24 June 2013 Abstract: Streptococcus pneumoniae is an uncommon cause of infective endocarditis; it often requires prolonged antibacterial treatment and involves a high mortality rate. We report a rare case of pneumococcal endocarditis manifesting with unusual complications – meningitis and endophthalmitis. Streptococcus pneumoniae species grew from the cerebrospinal fluid. The diagnosis of native aortic valve infective endocarditis was confirmed after some delay by transesophageal echocardiography. The patient’s eye was lost because of infective complications, but his life was saved following an aggressive antibacterial therapy in combination with an immediate aortic valve replacement. Keywords: Streptococcus pneumoniae • Endocarditis • Meningitis • Endophthalmitis © Versita Sp. z o.o. 1. Introduction infection, injuries, or alcohol abuse. He was admitted to the Department of Infectious Diseases at the Lithuanian Despite the fact that the most common pathogenic University of Health Sciences Hospital for acute menin- agents causing native valve infective endocarditis (IE) gitis. His blood tests showed leukocytosis – 16.4 x 109/l continue to be streptococci [1], after the development of (reference, 3.9 – 8.8) – and elevated C-reactive protein penicillin Streptococcus pneumoniae became an uncom- (CRP) level at 238 mg/L (reference, 0 – 7.5). -
Pathophysiology of Acid Base Balance: the Theory Practice Relationship
Intensive and Critical Care Nursing (2008) 24, 28—40 ORIGINAL ARTICLE Pathophysiology of acid base balance: The theory practice relationship Sharon L. Edwards ∗ Buckinghamshire Chilterns University College, Chalfont Campus, Newland Park, Gorelands Lane, Chalfont St. Giles, Buckinghamshire HP8 4AD, United Kingdom Accepted 13 May 2007 KEYWORDS Summary There are many disorders/diseases that lead to changes in acid base Acid base balance; balance. These conditions are not rare or uncommon in clinical practice, but every- Arterial blood gases; day occurrences on the ward or in critical care. Conditions such as asthma, chronic Acidosis; obstructive pulmonary disease (bronchitis or emphasaemia), diabetic ketoacidosis, Alkalosis renal disease or failure, any type of shock (sepsis, anaphylaxsis, neurogenic, cardio- genic, hypovolaemia), stress or anxiety which can lead to hyperventilation, and some drugs (sedatives, opoids) leading to reduced ventilation. In addition, some symptoms of disease can cause vomiting and diarrhoea, which effects acid base balance. It is imperative that critical care nurses are aware of changes that occur in relation to altered physiology, leading to an understanding of the changes in patients’ condition that are observed, and why the administration of some immediate therapies such as oxygen is imperative. © 2007 Elsevier Ltd. All rights reserved. Introduction the essential concepts of acid base physiology is necessary so that quick and correct diagnosis can The implications for practice with regards to be determined and appropriate treatment imple- acid base physiology are separated into respi- mented. ratory acidosis and alkalosis, metabolic acidosis The homeostatic imbalances of acid base are and alkalosis, observed in patients with differing examined as the body attempts to maintain pH bal- aetiologies. -
Austrian's Triad Complicated by Suppurative
International Journal of Infectious Diseases (2009) 13, e23—e25 http://intl.elsevierhealth.com/journals/ijid CASE REPORT Austrian’s triad complicated by suppurative pericarditis and cardiac tamponade: a case report and review of the literature Jose P. Vindas-Cordero, Michael Sands *, Wilfredo Sanchez Department of Medicine, Infectious Diseases Division, 1833 Boulevard, Suite 500, University of Florida, Jacksonville, Florida 32206, USA Received 1 February 2008; received in revised form 16 April 2008; accepted 17 April 2008 Corresponding Editor: Craig Lee, Ottawa, Canada KEYWORDS Summary Austrian’s triad is a rare complication of disseminated Streptococcus pneumoniae Streptococcus infection consisting of pneumonia, meningitis, and endocarditis. We report what we believe to be pneumoniae; the first case of Austrian’s triad further complicated by purulent pericarditis and cardiac Austrian’s syndrome; tamponade, and review the relevant literature. Suppurative pericarditis; Published by Elsevier Ltd on behalf of International Society for Infectious Diseases. Cardiac tamponade; Bacterial endocarditis Introduction chest X-ray showed the presence of cardiomegaly (Figure 1). A computed tomography scan of the chest showed a large Austrian’s triad, a rare complication of disseminated Strepto- pericardial effusion with signs of cardiac tamponade, a right coccus pneumoniae infection consisting of pneumonia, menin- lower lobe infiltrate, and a small right pleural effusion gitis, and endocarditis, is a clinical reminder of the virulent (Figure 2). The pericardial effusion was confirmed by echo- potential of S. pneumoniae. We describe what we believe to be cardiography and an emergent pericardiocentesis was per- the first reported case of Austrian’s triad further complicated formed, yielding 300 ml of purulent fluid. -
Chapter 26: Fluid, Electrolyte, and Acid-Base Balance
Chapter 26: Fluid, Electrolyte, and Acid-Base Balance Chapter 26 is unusual because it doesn’t introduce much new material, but it reviews and integrates information from earlier chapters to cover 3 types of regulation: regulation of fluid volume, regulation of electrolyte (=ion) concentrations, and regulation of pH. • Outline of slides: • 1. Regulating fluid levels (blood/ECF) • Compartments of the body • Regulation of fluid intake and excretion • 2. Regulating ion concentrations (blood/ECF) • 3. Regulating pH (blood/ECF) • Chemical buffers • Physiological regulation • Respiratory • Renal 1 3 subsections to this chapter – we will cover the middle one only briefly. 1 Ch. 26: Test Question Templates • Q1. Given relevant plasma data, classify a patient’s possible acid-base disorder as a metabolic or respiratory acidosis or alkalosis that is or is not fully compensated. Or, if given such a disorder, give expected plasma pH and CO2 level (high, normal, or low). • Example A: Plasma pH is 7.32, CO2 levels in blood are low. What is this? • Example B: A patient’s plasma has a pH of 7.5. Explain how you could make an additional measurement to determine whether the cause of this unusual pH is metabolic or respiratory. • Example C: A patient’s plasma CO2 levels are very low, yet plasma pH is normal. How can this be? 2 Q1. Example A: (slight) metabolic acidosis. Example B: Measure the CO2 level in the plasma. If the high plasma pH is due to a respiratory problem, the CO2 concentration will be low. If the high pH is NOT due to a respiratory problem, the CO2 will not be low, and may be high if the person is undergoing respiratory compensation for a metabolic alkalosis. -
The Electro-Physiology-Feeedback Measures of Interstitial Fluids
INTERNATIONAL MEDICAL UNIVERSITY The elecTro-Physiology-Feeedback Measures oF inTersTiTial Fluids BY PROFESSOR OF MEDICINE DESIRÉ DUBOUNET IMUNE PRESS 2008 Electro-Physiology -FeedBack Measures of Interstitial Fluids edited by Professor Emeritus Desire’ Dubounet, IMUNE ISBN 978-615-5169-03-8 1 CHAPTER 1 THE ELECTRO-PHYSIOLOGY-FEEDBACK MEASURES OF INTERSTITIAL FLUIDS The interstitial liquid constitutes the true interior volume that bathe the organs of the human body. It is by its presence that all the exchanges between plasma and the cells are performed. With the vascular, lymphatic and nervous systems, it seems to be the fourth communication way of information's between all the cells. No direct methods for sampling interstitial fluid are currently available. The composition of interstitial fluid, which constitutes the environment of the cells and is regulated by the electrical process of electrochemistry. This has previously been sampled by the suction blister or liquid paraffin techniques or by implantation of a perforated capsule or wick. The results have varied, depending on the sampling technique and animal species investigated. In one study, the ion distribution between vascular and interstitial compartments agreed with the Donnan equilibrium; in others, the concentrations of sodium and potassium were higher in interstitial fluid than in plasma. The concentration of protein in interstitial fluid is lower than in plasma, and the free ion activities theoretically differ from those of plasma because of the Donnan effect. In spite of these differences, and for practical reasons only, plasma is used clinically to monitor fluid and electrolytes. The relation between plasma and interstitial fluid is important in treating patients with abnormal plasma volume or homeostasis. -
Acid-Base Disorders Made So Easy Even a Caveman Can Do It
ACID-BASE DISORDERS MADE SO EASY EVEN A CAVEMAN CAN DO IT Lorraine R Franzi, MS/HSM, RD, LDN, CNSD Nutrition Support Specialist University of Pittsburgh Medical Center Pittsburgh, PA I. LEARNING OBJECTIVES The clinician after participating in the roundtable will be able to: 1) Indicate whether the pH level indicates acidosis or alkalosis. 2) State whether the cause of the pH imbalance is respiratory or metabolic. 3) Identify if there is any compensation for the acid-base imbalance. II. INTRODUCTION Acid-Base balance is an intricate concept which requires an intimate and detailed knowledge of the body’s metabolic pathways used to eliminate the H+ ion. Clinicians may find it daunting to understand when first introduced to the subject. This roundtable session will demonstrate how to analyze blood gas levels in a very elementary manner so as to diagnose any acid-base disorder in a matter of minutes. The body is in a constant state of flux delicately stabilizing the pH so as to maintain its normalcy. In order to prevent untoward effects of alkalosis or acidosis the body has three major buffering systems that it uses to adjust the pH. They are: 1) Plasma protein (Prot-) 2) Plasma hemoglobin (Hb-) 3) Bicarbonate (HCO3-) The Bicarbonate-Carbonic acid system is the most dominate buffering system and controls the majority of the hydrogen ion (H+) equilibrium. Maintaining homeostasis when these acid-base shifts occur is vital to survival. Metabolic and respiratory processes work in unison to keep the H+ normal and static. II. ACID-BASE ABNORMALITIES The four principal acid-base imbalances are illustrated in Table 1. -
Download Drink: a Cultural History of Alcohol Free Ebook
DRINK: A CULTURAL HISTORY OF ALCOHOL DOWNLOAD FREE BOOK Iain Gately | 546 pages | 05 May 2009 | GOTHAM BOOKS | 9781592404643 | English | New York, United States A History of Hooch Chesterton, Orthodoxy A substance that a third of the world institutionalizes as a religious sacrament and another third expressly forbids on religious grounds is one to be reckoned with. This is linked to faster Drink: A Cultural History of Alcohol of consumption, and can lead to tension and possibly violence as patrons attempt to manoevre around each other. Alcohol and its effects have been present in societies throughout history. Log in or link your magazine subscription. It's why people grew crops, it's why they went to war, and it's why they put so much hops in the Easily one of my favorite books of all time. Unlike binge drinking, its focus is on competition or the establishment of a record. Guinness World Records edition, p. No trivia or quizzes yet. I liked the continuity of the narrative, connecting the world across thousands Drink: A Cultural History of Alcohol years. Drys vs. Your drink is not being taken from you. They were, however, limited to an allowance of eight pints per day. Then prohibit This is one remarkably well-researched, well-written, and fascinating book. Spirits are good, wine is bad. Booze has presided over executions and business deals and marriages and births. It is widely observed that in areas of Europe where children and adolescents routinely consume alcohol early and with parental approval, binge drinking tends to be less prevalent. -
Osler – a Reminder of the Syndrome Not Bearing His Name
Clinical Medicine 2019 Vol 19, No 6: 523–5 LESSONS OF THE MONTH L e s s o n s o f t h e m o n t h 3 : Gone but not forgotten – Osler – a reminder of the syndrome not bearing his name Authors: A m i t K J M a n d a l , A B a s h i r M o h a m a d B a n d C o n s t a n t i n o s G M i s s o u r i s C Streptococcus pneumoniae is the most frequently implicated microbial agent in community acquired bacterial pneumonia and meningitis. It is also responsible for between 1 and 3% of cases of native valve infective endocarditis, with mortality rates up to 60%. Osler ABSTRACT first described the association between pneumococcal pneumonia, endocarditis, and meningitis secondary to bacteria that he described as ‘micrococci’, subsequently elucidated to be S pneumoniae by Robert Austrian, and the syndrome bears his name. We report a case of fulminant pneumococcal native aortic valve endocarditis and perforation in a young male patient with chronic alcoholism and splenectomy who exhibited poor compliance to pneumococcal prophylaxis. K E Y W O R D S : Osler , Streptococcus pneumoniae , endocarditis , splenectomy Case presentation Fig 1. Admission chest radiography demonstrating dense consolidation in the right upper lobe. A 39-year-old independent man was admitted to our hospital after a witnessed self-limiting grand mal seizure. He had been unwell for a week with fever and cough productive of rusty sputum. -
Austrian Syndrome: a Rare Triad
Austrian Syndrome: A Rare Triad Justin L. Guthier1, Rita Pechulis1; 1. Department of Medicine, Lehigh Valley Health Network, Allentown, PA, United States. Learning Objective 1: Increase awareness of a deadly clinical syndrome, rare now in a culture of pervasive antibiotic therapy Learning Objective 2: Recognize the association of pneumonia, endocarditis and meningitis seen with invasive pneumocccal bacteremia Case: A 64 year old male, with no medical history, presented in respiratory distress to the emergency department. The patient had not seen a doctor in twenty years and had been ill for three weeks with cough, fever and lethargy. The patient’s wife admitted the patient had a significant history of alcohol and tobacco use. On the day of admission, the patient was found lying on the floor nonverbal and disoriented. A chest x-ray found a right upper lobe infiltrate and an EKG revealed Afib with RVR. Early differential diagnosis included meningitis/encephalitis vs. CVA vs. sepsis. A lumbar puncture revealed hazy CSF, glucose <1, WBC 174 and neutrophils 86. The patient was admitted to the intensive care unit for management of VDRF, meningitis, pneumonia and rate control of Afib. The patient was initiated on broad spectrum antibiotics and dexamethasone. Microbiology results returned positive for pneumococcal urinary antigen, as well as blood cultures positive for s. pneumonia. Given the presence of disseminated bacteremia, the patient underwent TEE which revealed a mitral valve vegetation of 0.4 cm and a 0.3cm aortic valve vegetative strand. Since there was no evidence of aortic insufficiency and only mild mitral regurgitation, valve replacement was deferred and the patient was managed medically. -
Arterial Acid–Base Status During Digestion and Following Vascular Infusion of Nahco3 and Hcl in the South American Rattlesnake, Crotalus Durissus
Comparative Biochemistry and Physiology, Part A 142 (2005) 495 – 502 www.elsevier.com/locate/cbpa Arterial acid–base status during digestion and following vascular infusion of NaHCO3 and HCl in the South American rattlesnake, Crotalus durissus Sine K. Arvedsen a,b, Johnnie B. Andersen a,b, Morten Zaar a,b, Denis Andrade b, Augusto S. Abe b, Tobias Wang a,b,* a Department of Zoophysiology, The University of Aarhus, Denmark b Departamento de Zoologia, Instituto de Biocieˆncias, UNESP, Rio Claro, SP, Brazil Received 17 May 2005; received in revised form 30 September 2005; accepted 2 October 2005 Available online 10 November 2005 Abstract Digestion is associated with gastric secretion that leads to an alkalinisation of the blood, termed the ‘‘alkaline tide’’. Numerous studies on À different reptiles and amphibians show that while plasma bicarbonate concentration ([HCO3 ]pl) increases substantially during digestion, arterial pH (pHa) remains virtually unchanged, due to a concurrent rise in arterial PCO2 (PaCO2) caused by a relative hypoventilation. This has led to the suggestion that postprandial amphibians and reptiles regulate pHa rather than PaCO2. Here we characterize blood gases in the South American rattlesnake (Crotalus durissus) during digestion and following systemic infusions of NaHCO3 and HCl in fasting animals to induce a metabolic alkalosis or acidosis in fasting animals. The magnitude of these acid–base disturbances À À 1 were similar in magnitude to that mediated by digestion and exercise. Plasma [HCO3 ] increased from 18.4T1.5 to 23.7T1.0 mmol L during digestion and was accompanied by a respiratory compensation where PaCO2 increased from 13.0T0.7 to 19.1T1.4 mm Hg at 24 h. -
Respiratory Considerations in the Patient with Renal Failure
Respiratory Considerations in the Patient With Renal Failure David J Pierson MD FAARC Introduction Physiologic Connections Between the Lungs and the Kidneys Diseases That Affect Both Lungs and Kidneys Wegener’s Granulomatosis Systemic Lupus Erythematosus Goodpasture’s Syndrome Respiratory Effects of Chronic Renal Failure Pulmonary Edema Fibrinous Pleuritis Pericardial Effusion Tuberculosis and Other Infections Pulmonary Calcification Urinothorax Sleep Apnea Anemia Respiratory Effects of Acute Renal Failure Hemodialysis-Related Hypoxemia How Critical Illness and Mechanical Ventilation Can Damage the Kidneys Summary Lung and kidney function are intimately related in both health and disease. Respiratory changes help to mitigate the systemic effects of renal acid-base disturbances, and the reverse is also true, although renal compensation occurs more slowly than its respiratory counterpart. A large number of diseases affect both the lungs and the kidneys, presenting most often with alveolar hemorrhage and glomerulonephritis. Most of these conditions are uncommon or rare, although three of them— Wegener’s granulomatosis, systemic lupus erythematosus, and Goodpasture’s syndrome—are not infrequently encountered by respiratory care clinicians. Respiratory complications of chronic renal failure include pulmonary edema, fibrinous pleuritis, pulmonary calcification, and a predisposition to tuberculosis. Urinothorax is a rare entity associated with obstructive uropathy. Sleep distur- bances are extremely common in patients with end-stage renal disease, with sleep apnea occurring in 60% or more of such patients. The management of patients with acute renal failure is frequently complicated by pulmonary edema and the effects of both fluid overload and metabolic acidosis. These processes affect the management of mechanical ventilation in such patients and may interfere with weaning. -
Neurologic Complications of Electrolyte Disturbances and Acid–Base Balance
Handbook of Clinical Neurology, Vol. 119 (3rd series) Neurologic Aspects of Systemic Disease Part I Jose Biller and Jose M. Ferro, Editors © 2014 Elsevier B.V. All rights reserved Chapter 23 Neurologic complications of electrolyte disturbances and acid–base balance ALBERTO J. ESPAY* James J. and Joan A. Gardner Center for Parkinson’s Disease and Movement Disorders, Department of Neurology, UC Neuroscience Institute, University of Cincinnati, Cincinnati, OH, USA INTRODUCTION hyperglycemia or mannitol intake, when plasma osmolal- ity is high (hypertonic) due to the presence of either of The complex interplay between respiratory and renal these osmotically active substances (Weisberg, 1989; function is at the center of the electrolytic and acid-based Lippi and Aloe, 2010). True or hypotonic hyponatremia environment in which the central and peripheral nervous is always due to a relative excess of water compared to systems function. Neurological manifestations are sodium, and can occur in the setting of hypovolemia, accompaniments of all electrolytic and acid–base distur- euvolemia, and hypervolemia (Table 23.2), invariably bances once certain thresholds are reached (Riggs, reflecting an abnormal relationship between water and 2002). This chapter reviews the major changes resulting sodium, whereby the former is retained at a rate faster alterations in the plasma concentration of sodium, from than the latter (Milionis et al., 2002). Homeostatic mech- potassium, calcium, magnesium, and phosphorus as well anisms protecting against changes in volume and sodium as from acidemia and alkalemia (Table 23.1). concentration include sympathetic activity, the renin– angiotensin–aldosterone system, which cause resorption HYPONATREMIA of sodium by the kidneys, and the hypothalamic arginine vasopressin, also known as antidiuretic hormone (ADH), History and terminology which prompts resorption of water (Eiskjaer et al., 1991).