A BRI H IEF HISTO Howard R. C ORY of TH the Champion, K HE
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History of Cardiac Trauma Surgery
History of cardiac trauma surgery A J Nicol, MB ChB, FCS (SA), PhD; P H Navsaria, MB ChB, FCS (SA), MMed (Surg); D Kahn, MB ChB, FCS (SA), ChM Department of Surgery, Groote Schuur Hospital, Cape Town, South Africa Corresponding author: A Nicol ([email protected]) The ancient Egyptians, although realising the diaphragm, of the small intestine, of the coronary artery and that blood in the the anatomical importance of the heart, stomach and of the liver is deadly.’[8,9] Aristotle pericardial sac could compress the heart and were largely responsible for the aura of (384 - 322 BC) wrote that ‘The heart again restrict its movement.[17] mysticism and superstition that enveloped is the only one of the viscera, and indeed the heart for centuries. The Egyptian Book the only part of the body, that is unable to The nihilism surrounding cardiac injuries of the Dead (c. 1567 BC) describes how, on tolerate any serious affection. This is but what continued and in 1804 John Bell published entry to the underworld, the jackal-headed might reasonably be expected. For, if the his Discourses of Nature and Care of Wounds, Anubis weighed the heart of the deceased primary or dominant part be diseased, there declaring that ‘there is so little to be done … against a statue of the goddess of truth and is nothing from which the other parts which and the signs and consequences are so clear, justice.[1,2] If the heart weighed the same, the depend upon it can derive sucour’.[10,11] Celsus that it is a waste of time to speak longer of dead person was admitted ‘to the company (1st century AD) recognised the clinical wounds of the heart’.[5,18] of Osiris and the blessed; if not, if his heart features of shock associated with a cardiac was heavy and laden with sin, it was cast to injury when he wrote in De Medicina that, There is dispute over who should be named the devouring beast Ammit’.[3] ‘When the heart is wounded much blood as the first modern cardiac surgeon. -
Trauma, Surgical Critical Care and Acute Care Surgery Services
Trauma, Surgical Critical Care and Acute Care Surgery Services Region’s most experienced nationally verified Level I trauma center The University of Kansas Hospital is the largest regional resource for trauma and acute care surgery. Our multidisciplinary team provides expert care from the time of injury or illness through the patient’s post-hospitalization rehabilitation. The University of Kansas Hospital focuses this specialty practice on the 3 facets of acute care surgery: emergency surgery, trauma surgery and surgical critical care. Our trauma and acute care specialists are in the hospital 24 hours a day, 7 days a week, providing expert surgical care. We specialize in high-acuity surgical and trauma patients with multisystem injuries and complex surgical conditions. • Because we see a large volume of patients, we excel at providing care to surgical and trauma patients. • Our comprehensive approach to care involves a multidisciplinary team that specifically specializes in caring for acute surgical and trauma patients. • As part of an academic medical center, we are active in surgical research, forging new techniques that lead to improved care and recovery. • We are continually focused on quality improvement for optimal outcomes. PB200320120 Specialized care team Level I trauma care Trauma, critical and acute care Concussion management Trauma and acute care surgery patients The Level I Trauma Center at The University of Our surgeons are board-certified in general Timely and effective concussion treatment receive comprehensive treatment from a Kansas Hospital serves the highest volume of surgery and surgical critical care. They provide is important for recovery. Our concussion multidisciplinary team of professionals, each trauma patients in the region. -
Trauma Surgery (PDF)
Edward Via College of Osteopathic Medicine 4th Year Clinical Rotation: Surgical Critical Care MED 8305: Surgical Selective Clinical Rotation COURSE SYLLABUS Chair Contact Information Michael Breiner, MD Phone: 540-231-0600 Chair of Surgery - VC Email: [email protected] Tom Lindsay, DO Phone: 864-327-9842 Associate Chair of Surgery - CC Email: [email protected] Paul Brisson, MD Phone: 334-442-4023 Chair of Surgery - AC Email: [email protected] I. Rotation Description Students will gain hands-on experience in the diagnosis and management of critically injured and acutely ill general surgery, neurosurgery, and trauma patients. Students function as an integral part of the surgical critical care team. The team is responsible for all aspects of critical care including bedside procedures, ventilatory and post-surgical management. Students will present patients on daily ward rounds and take call. II. Rotation Goals The goal of this rotation is to acquire the knowledge and skills necessary to manage patients with problems unique to the surgical intensive care setting. Additionally, students will appreciate the differences in management strategies between the surgical and medical intensive care units. Bedside teaching and procedure training will occur as part of the daily workrounds. a. Basic knowledge that is needed for the resuscitation, diagnosis and treatment of Surgical Critical Care, including General Surgery, Trauma, and Neurosurgery patients b. Instruction in the basic clinical skills needed to treat Surgical Critical Care, including General Surgery, Trauma, and Neurosurgery patients c. An understanding of the continuum of care involved in the treatment of trauma patients from the resuscitation bay through discharge from the ICU. -
World Journal of Critical Care Medicine
World Journal of W J C C M Critical Care Medicine Submit a Manuscript: http://www.wjgnet.com/esps/ World J Crit Care Med 2015 August 4; 4(3): 240-243 Help Desk: http://www.wjgnet.com/esps/helpdesk.aspx ISSN 2220-3141 (online) DOI: 10.5492/wjccm.v4.i3.240 © 2015 Baishideng Publishing Group Inc. All rights reserved. MINIREVIEWS Intensive care organisation: Should there be a separate intensive care unit for critically injured patients? Tim K Timmers, Michiel HJ Verhofstad, Luke PH Leenen Tim K Timmers, Luke PH Leenen, Department of Surgery, care units with an “open format” setting. However, there University Medical Center Utrecht, 3508 GA Utrecht, The are still questions whether surgical patients benefit from Netherlands a general mixed ICU. Trauma is a significant cause of morbidity and mortality throughout the world. Major or Michiel HJ Verhofstad, Department of Surgery, Erasmus severe trauma requiring immediate surgical intervention Medical Center Rotterdam, 3000 CA Rotterdam, The Netherlands and/or intensive care treatment. The role and type of the ICU has received very little attention in the literature Author contributions: Timmers TK designed the research; Timmers TK and Leenen LPH performed the research; Timmers when analyzing outcomes from critical injuries. Severely TK, Verhofstad MHJ and Leenen LPH wrote the paper. injured patients require the years of experience in complex trauma care that only a surgery/trauma ICU Conflict-of-interest statement: The authors declared that they can provide. Should a trauma center have the capability have no competing interests. of a separate specialized ICU for trauma patients (“closed format”) next to its standard general mixed ICU? Open-Access: This article is an open-access article which was selected by an in-house editor and fully peer-reviewed by external Key words: Intensive trauma care; Trauma intensive reviewers. -
National Conference on Science and the Law Proceedings
U.S. Department of Justice Office of Justice Programs National Institute of Justice National Conference on Science and the Law Proceedings Research Forum Sponsored by In Collaboration With National Institute of Justice Federal Judicial Center American Academy of Forensic Sciences National Academy of Sciences American Bar Association National Center for State Courts NATIONAL CONFERENCE ON SCIENCE AND THE LAW Proceedings San Diego, California April 15–16, 1999 Sponsored by: National Institute of Justice American Academy of Forensic Sciences American Bar Association National Center for State Courts In Collaboration With: Federal Judicial Center National Academy of Sciences July 2000 NCJ 179630 Julie E. Samuels Acting Director National Institute of Justice David Boyd, Ph.D. Deputy Director National Institute of Justice Richard M. Rau, Ph.D. Project Monitor Opinions or points of view expressed in this document are those of the authors and do not necessarily reflect the official position of the U.S. Department of Justice. The National Institute of Justice is a component of the Office of Justice Programs, which also includes the Bureau of Justice Assistance, Bureau of Justice Statistics, Office of Juvenile Justice and Delinquency Prevention, and Office for Victims of Crime. Preface Preface The intersections of science and law occur from crime scene to crime lab to criminal prosecution and defense. Although detectives, forensic scientists, and attorneys may have different vocabularies and perspectives, from a cognitive perspective, they share a way of thinking that is essential to scientific knowledge. A good detective, a well-trained forensic analyst, and a seasoned attorney all exhibit “what-if” thinking. This kind of thinking in hypotheticals keeps a detective open-minded: it prevents a detective from ignoring or not collecting data that may result in exculpatory evidence. -
Surgical Critical Care Skills
Parkland SICU and Parkland MICU Skills and Assessments The program is designed to give the Fellow in-depth instruction in the many aspects of surgical critical care. The multi-disciplinary nature of the Fellowship with rotations in Burn Surgery, Neurosurgery and Pediatric Surgery allows application of knowledge and skills across multiple disciplines. This is further ensured through the delivery of critical care to a large volume of patients. I. Cardiopulmonary Systems/Monitoring and Medical Instrumentation Knowledge Skills Assessment 1. Understand pathophysiology Insert pulmonary artery, central Faculty observation associated with different causes of venous and arterial lines and obtain during rounds, skills hemodynamic instability. Examples hemodynamic data; interpret data and courses (PA Catheter, include types of shock, cardiac arrest. initiate therapy. Instruct junior ICU Ultrasound) and residents in insertion of invasive resuscitation as monitors and interpretation of data. documented on Resuscitate patients from shock and evaluations. cardiac arrest. 2. Know and apply treatments for Recognize and treat ischemia and Observation during arrhythmias, congestive heart failure, arrhythmia on ECG. Utilize correct rounds, MCCKAP as acute ischemia and pulmonary edema. class of anti-arrhythmic, vasodilators noted on evaluation. and diuretics as they pertain to cardiac disease. Be able to interpret and instruct current ACLS guidelines. 3. Understand factors associated with Ability to assess preoperative risk Observation during assessment of preoperative surgical risk. based on history, physical exam, rounds, MCCKAP as Examples include evaluation of the high laboratory and radiographic data. noted on evaluation. risk cardiac patient undergoing non- Correctly interpret data and optimize cardiac surgery. the high-risk cardiopulmonary patient for surgery. 4.Understand pathophysiology Proficiency and ability to instruct in Direct observation; case associated with respiratory failure. -
The Imaging of Maxillofacial Trauma and Its Pertinence to Surgical Intervention
The Imaging of Maxillofacial Trauma and its Pertinence to Surgical Intervention Nisha Mehta, MDa, Parag Butala, MDb, Mark P. Bernstein, MDa,* KEYWORDS Maxillofacial trauma Surgery Imaging Maxillofacial skeletal injuries account for a large positioning is difficult and potentially dangerous proportion of emergency department visits and for multitrauma patients, in particular patients often result in surgical consultation.1 Although requiring cervical spine clearance. Modern multi- many of the principles of detection and repair are detector CT (MDCT) scanners have revolutionized basic, evolving technology and novel therapeutic trauma imaging and provide a fast, safe, cost- strategies have led to improved patient outcomes. effective, and sensitive means for assessing The goal of imaging studies in the trauma setting is trauma for bone and soft tissue injuries. Further- to define the number and location of facial fractures, more, with the advent of MDCT, facial scans with particular attention toward identifying injuries to can now be performed contemporaneously with functional portions of the face and those with head, thoracic, and abdominal scans, facilitating cosmetic consequence. By understanding common a rapid assessment for trauma patients with fracture patterns and the implications for clinical multiple potential injuries. management, radiologists can better construct clin- MDCT offers excellent spatial resolution, which ically relevant radiology reports and thus facilitate in turn enables exquisite multiplanar reformations, improved communication with referring clinicians. and 3-D reconstructions, allowing enhanced diag- This article aims to provide a review of the imaging nostic accuracy and surgical planning. These aspects involved in maxillofacial trauma and to reconstructions assist in the assessment of frac- delineate its relevance to management. -
Cardiothoracic Trauma
Moheb A. Rashid, M.D. Moheb CARDIOTHORACIC TRAUMA A SCANDINAVIAN PERSPECTIVE Moheb A. Rashid, M.D. CARDIOTHORACIC TRAUMA CARDIOTHORACIC Göteborg, 2007 ISBN: 978-91-628-7171-0 CARDIOTHORACIC TRAUMA A Scandinavian Perspective Moheb A. Rashid, MD Division of Surgery, Institute of Clinical Sciences Sahlgrenska Academy, Gothenburg University, Gothenburg, Sweden Göteborg 2007 “..And if any one saved a life it would be as if he/she saved the life of the whole people..” (Quran S. The Table 005:032) “The wards are the greatest of all research laboratories” (Sir Henry Wade, 1877-1955, Surgeon, Royal Infirmary, Edinburgh) The cover depicts the Papyrus of Hunefer from the 19th Dynasty (1307-1196 BC) showing the deceased (Hunefer) led in by Anubis, and his heart weighed against a feather. Anubits checks the balance while the crocodile (eater) stands ready and Toth records the results. It is believed to be the first picture of the heart. Dedicated to: My Parents Om-Hashem & Abdelhay My Sisters & Brothers in Egypt Christina, Magda, Joseph & Jacob CARDIOTHORACIC TRAUMA A Scandinavian Perspective Moheb A. Rashid, MD, Division of Surgery, Institute of Clinical Sciences, Sahlgrenska Academy, Gothenburg University, Gothenburg, Sweden. Abstract Background: Trauma in general is a major cause of morbidity and mortality worldwide, and causes more loss of productive years than ischemic heart disease and malignancy together. Cardiothoracic trauma occurs in 60% of multitrauma patients and is 2-3 times more common than intra-abdominal visceral injuries. It constitutes 25% of traumatic deaths and contributes significantly to at least another 25% of these fatalities. Though only about 15% of chest trauma requires operative intervention, a considerable number of preventable deaths occur due to inadequate or delayed treatment of otherwise an easily remediable injury. -
Vancomycin Powder Use in Fractures at High Risk of Surgical Site Infection
ORIGINAL ARTICLE Vancomycin Powder Use in Fractures at High Risk of Surgical Site Infection Rabah Qadir, MD,a Timothy Costales, MD,a Max Coale, BA,a Alexandra Mulliken, BS,a Timothy Zerhusen, Jr, BS,a Manjari Joshi, MBBS,b Renan C. Castillo, PhD,c Anthony R. Carlini, MS,c and Robert V. O’Toole, MDa Results: Compared with a control group of fractures treated during Objectives: To determine if the use of intrawound vancomycin the same time period without vancomycin powder, the infection rate powder reduces surgical-site infection after open reduction and with vancomycin powder was significantly lower [0% (0/35) vs. fi internal xation of bicondylar tibial plateau, tibial pilon, and 10.6% (58/548), P = 0.04]. Compared with our previously published calcaneus fractures. historical infection rate of 13% for these injuries, vancomycin pow- fi Design: Retrospective analysis. der was also associated with signi cantly decreased deep surgical- site infection (0% vs. 13%, P = 0.02). These results agreed with the Setting: Level I trauma center. matched analyses, which also showed lower infection in the vanco- mycin powder group (0% vs. 11%–16%, P # 0.05). Patients: All fractures operatively treated from January 2011 to February 2015 were reviewed; 583 high-risk fractures were included, Conclusions: Vancomycin powder may play a role in lowering of which 35 received topical vancomycin powder. A previously surgical-site infection rates after fracture fixation. A larger random- published prospectively collected cohort of 235 similar high-risk ized controlled trial is needed to validate our findings. fractures treated at our center from 2007 through 2010 served as a Key Words: vancomycin powder, deep infection, surgical-site second comparison group. -
Best Practices in the Management of Traumatic Brain Injury
ACS TQIP BEST PRACTICES IN THE MANAGEMENT OF TRAUMATIC BRAIN INJURY Released January 2015 Table of Contents Introduction ............................................................................................... 3 Using the Glasgow Coma Scale ...................................................................... 3 Triage and Transport .................................................................................... 5 Goals of Treatment ...................................................................................... 5 Intracranial Pressure Monitoring ..................................................................... 6 Management of Intracranial Hypertension ....................................................... 9 Advanced Neuromonitoring .........................................................................12 Surgical Management .................................................................................13 Nutritional Support ....................................................................................14 Tracheostomy ............................................................................................15 Timing of Secondary Procedures ...................................................................15 Timing of Pharmacologic Venous Thromboembolism Prophylaxis ........................17 Management Considerations for Pediatric Patients with TBI ................................18 Management Considerations for Elderly Patients with TBI ...................................19 Prognostic Decision-Making -
CW119 Trauma Surgery (Key)
Trauma Surgery ANSWER KEY CW119 To complete this activity, the participant will need to access and read the Trauma Surgery chapter within the Alexander’s Care of the Patient in Surgery textbook. Rothrock, J.C. (Ed.). (2019). Alexander’s care of the patient in surgery (16th ed.). St. Louis, MO: Elsevier., p. 1092-1118. 1 2 C M S P 3 L L 4 E H E A D 5 6 M F E S 7 A U T O T R A N S F U S I O N N X 8 O N E G A T I V E T R I Y A T 9 10 11 L O S H Y P E R T E N S I O N 12 L I V E R R L A 13 G O L D E N H O U R I M 14 C D A M A G E 15 K I D N E Y ACROSS DOWN 1. The regulatory body that requires surgery centers to be 2. The most common organ injured in blunt force trauma. prepared in the event of natural and man-made disasters is the 3. Trauma patients over 20 weeks gestation should be placed ______________. in the ______________ lateral decubitus position to assist 4. Trauma to this specific area of the body is responsible for half with perfusion to the placenta. of all trauma deaths. 5. An osmotic diuretic used by anesthesia to decrease 7. Due to the potential for high volume blood loss, intracranial pressure. -
Mattera EMS Task Force Testimony 12-11
Testimony of Connie J. Mattera, MS, RN, EMT-P Chair, Illinois EMS Education Committee EMS Administrative Director, Northwest Community EMS System Arlington Heights, Il Trauma Nurse Specialist Course Coordinator December 1, 2011 Forty years ago, men and women of conviction, courage, and determination harnessed the national vision set forth in the National Academy of Sciences, National Research Council “White Paper”, Accidental Death and Disability: The Neglected Disease of Modern Society and announced to the world, “We can do better.” Legendary leaders in Illinois, such as Doctors David Boyd, Bruce Flashner, Stan Zydlo and countless others worked tirelessly with elected officials headed by Gov. Ogilvie, community activists, hospital administrators, physicians, nurses, fire departments, fire protection districts, private industry, rescue workers, health departments, healthcare organizations, and ordinary people whose passion for service was ignited as they saw the opportunity to create an extraordinary good for our citizens. This was clearly not easy. They faced significant challenges and had to break through barriers, overcome opposition, create resources where they had not previously existed, collaborate on many levels to inform, communicate, educate, legislate, cooperate, and compromise when necessary to birth the Illinois Trauma and EMS Systems. The planners had to consider our geographic, political, economic, and human diversity and find the common ground that would enable all to participate as they were able. Infrastructure had to be built and resourced that would sustain such a monumental undertaking. Educators were recruited and educational programs had to be created to support the practice needs of the workers. And yet despite these formidable odds, Trauma Systems and EMS in Illinois not only evolved, but were seen as best practice models for the nation.