Event Data
{"title":"Current Practice of Clinical Electroencephalography","subtitle":"","e_issn":null,"url":"https:\/\/search.ebscohost.com\/login.aspx?direct=true&db=e600tww&AN=1606691&site=ehost-live&scope=site","series":"","edition":"4th ed","author":"John S. Ebersole-Aatif M. Husain-Douglas R. Nordli","contract_publisher":"","imprint_publisher":"Lippincott Williams and Wilkins","pub_year":"2018","interest_area":["Neurology"," Radiology"],"lcc":"RC386.6.E43","lcsh":"Diagnosis.,Electrodiagnosis.,Electroencephalography.,Methodology.","language":"eng","format":"EPUB","downloadable":"TRUE","fiction":"FALSE","abridged":"","book_id":"2017751","isbn":"9781451131956","eisbn":"9781469832869","ocn":"908512864","ddc":"616.8;616.8047547","isPdfLink":false,"isSAML":true,"an":"1606691","number_other":"","type_pub":"","isbn_print":"9781681085210","isbn_electronic":"9781681085203","languages":"English","date_entry":"","date_update":"","doi":"","titleSource":"","date_pub_cy":"","type_document":"","authored_on":"2017-01-01","description":"This textbook provides a brief review of pediatric medicine practice. This book covers the diseases and disorders commonly seen in routine practice. The chapters cover pediatric disorders such as obesity, gastroesophageal reflux, asthma, bronchiolitis, pneumonia, allergy, sinusitis, diabetes, thyroid disorder, epistaxis, otitis media, hearing loss, laryngomalacia, obstructive sleep apnea, central sleep apnea, laryngomalacia, stridor, tonsillitis, haemophilia, autism, and anxiety.Key features of this textbook include:- Reader friendly format which explains etiology, pathophysiology, and disease management- 21 chapters covering common pediatric disorders encountered by medical professionals- Contributions by several experts in pediatric subspecialtiesThis textbook is a suitable reference for medical students, interns, residents, and specialists including pediatricians, family medicine practitioners, otolaryngologists as well as subspecialists such as pediatric cardiologists, pulmonologists, endocrinologists, otolaryngologists and allergists.","publication_date":"2017-01-01","upload_link":"https:\/\/dx.doi.org\/doi:10.1016\/0041-008x%2891%2990112-r","no_of_pages":"","authored_by":"Seckin, Ulualp, Seckin, Ulualp","header":{"DbId":"mdl","DbLabel":"MEDLINE Ultimate","An":"2017751","RelevancyScore":"680","PubType":"Academic Journal","PubTypeId":"academicJournal","PreciseRelevancyScore":"680.07861328125"},"plink":"https:\/\/search.ebscohost.com\/login.aspx?direct=true&site=eds-live&db=mdl&AN=2017751&authtype=shib&custid=ns346513&group=main&profile=eds","volume":"00001","additionalInfo":{"Authored_By":"Chandler CJ, Ong BY, Sitar DS","Subjects":"Alcoholic Intoxication complications, Animals, Blood Gas Analysis, Blood Pressure drug effects, Cardiac Output drug effects, Cerebrovascular Circulation, Heart Rate drug effects, Hematocrit, Hemorrhage etiology, Hydrogen-Ion Concentration, Microspheres, Regional Blood Flow, Swine, Vascular Resistance drug effects, Alcoholic Intoxication physiopathology, Animals, Newborn physiology, Hemodynamics drug effects, Hemorrhage physiopathology","Languages":"English","Published_Date":"1991-04-01","Title_Abbreviations":"Toxicology and applied pharmacology","Volume":"108"}}
Additional Info
["Chandler CJ, Ong BY, Sitar DS","Alcoholic Intoxication complications, Animals, Blood Gas Analysis, Blood Pressure drug effects, Cardiac Output drug effects, Cerebrovascular Circulation, Heart Rate drug effects, Hematocrit, Hemorrhage etiology, Hydrogen-Ion Concentration, Microspheres, Regional Blood Flow, Swine, Vascular Resistance drug effects, Alcoholic Intoxication physiopathology, Animals, Newborn physiology, Hemodynamics drug effects, Hemorrhage physiopathology","English","1991-04-01","Toxicology and applied pharmacology","108"]
Description
Hemodynamic alterations after hemorrhage were investigated using the microsphere technique in nitrous oxide-anesthetized 2-day-old piglets after acute ethanol intoxication (1.4 g/kg). After hemorrhage (20 ml/kg), mean arterial blood pressure decreased by 34% (p less than 0.01), cardiac output decreased by 58% (p less than 0.01), and systemic vascular resistance increased by 87% (p less than 0.01). In nonintoxicated piglets subjected to hemorrhage, mean arterial blood pressure decreased 17% (p less than 0.01) while alterations in cardiac output and systemic vascular resistance were not significant. Intoxicated piglets had delayed heart rate increases of 11% (p less than 0.01) while heart rate in nonintoxicated piglets increased 27% (p less than 0.01) immediately after hemorrhage. After hemorrhage, arterial perfusion to the liver, kidneys, gastrointestinal organs, and carcass was decreased in intoxicated piglets but only gastrointestinal and carcass perfusion were reduced in nonintoxicated piglets. In summary, acute ethanol intoxication significantly impaired the newborn piglet's cardiovascular response to moderate hypovolemia and delayed the onset of a compensatory tachycardia response. Such cardiovascular impairments may be extremely detrimental to neonates.
