title.GIF

Peer Reviewed Articles

register1.gif

course_offerings.gif

course_brochures.gif

Current Course Offerings

Register for a SLAM Course

 

The SLAM Universal Emergency Airway Flowchart -
A 21st Century Guide for Airway Practitioners

Winner of the NYSSA 2003 Best Exhibit for Clinical Application

Winner of the NYSSA 2003 Best Exhibit for Clinical Application

James M. Rich, CRNA, MA accepts the 2003 Best Exhibit for Clinical Application award from Andrew Rosenberg, M.D. of the New York State Society of Anesthesiologists (NYSSA) at the NYSSA's 57th Postgraduate Assembly of Anesthesiologist in New York City on December 15, 2003.


Combitube, Self-Inflating Bulb, and Colorimetric Carbon Dioxide Detector to Advance Airway Management in the First Echelon of the Battlefield, The

Military Medicine,   May 2006  by Rich, James M,   Thierbach, Andreas,  Frass, Michael

Combat lifesavers and Army medics are regular combat soldiers who possess skills that enable them to provide lifesaving assistance to combat casualties. Although their training is not equal to that of paramedics, combat lifesavers and Army medics are trained to assess casualties for airway obstruction, as well as the presence or absence of spontaneous ventilation. They are also familiar with the same basic airway maneuvers that are required for blind insertion of the esophageal-tracheal double-lumen airway (ETDLA). Use of the ETDLA in combination with an esophageal detector device and a colorimetric carbon dioxide detector would require skill similar to that which they already possess in performing many mission-essential and combat lifesaver tasks. Because the U.S. Army has introduced the ETDLA for use, it is important that providers at all echelons understand the dynamics of the ETDLA. Inclusion of the ETDLA, esophageal detector device, and colorimetric carbon dioxide detector in combination with the bag-valve ventilation device could provide a viable alternative to mouth-to-mouth rescue breathing with the oral airway, as currently used by combat lifesavers on the battlefield. Improved airway management, in conjunction with other lifesaving measures, could potentially improve survival rates for combat casualties and assist in stabilizing them for evacuation to higher echelons of combat medical care.

Proc (Bayl Univ Med Cent). 2008 April; 21(2): 192.
PMCID: PMC2277357
SLAM: Street Level Airway Management, by James Michael Rich and 24 contributors
Reviewed by Michael A.E. Ramsay, MD
The reviewer, Michael A. E. Ramsay, MD, is chief of the Department of Anesthesiology and Pain Management at Baylor University Medical Center and president of the Baylor Research Institute.
Upper Saddle River, NJ: Pearson Education Inc, 2008. Paperback, 400 pp., $40.00. 
figure bumc0021-0192-fu01
This first-edition book on emergency and difficult airway management arose from a series of courses presented by the author. Jim Rich used his training as a certified nurse anesthetist and his extensive experience in airway management to coordinate this text. He worked with 24 collaborators: 23 with extensive airway management experience plus an expert in scientific communication. Two of the coauthors hold patents on airway device inventions used extensively in securing difficult airways: Michael Frass, professor of medicine at the Medical University of Vienna, designed the Combitube, an esophageal-tracheal double-lumen airway for combined endotracheal and esophageal obturator ventilation, and George Beck designed an airflow indicator, or “whistle,” for facilitating blind intubations. Another contributor, Andrew Mason, is an anesthesiologist who travels with paramedics in a helicopter to motor vehicle collision sites; he has extensive experience in gaining control of trauma victims' airways. I also coauthored parts of two chapters and strongly encouraged Jim Rich to complete this endeavor. Among the other contributors are several international peers as well as many national experts. The outcome of this work is a first-class text on airway management.

What sets this text apart from many other texts on airway management is the hands-on practicality that pervades the book. It emphasizes the concept that if your patient can't breathe, nothing else matters. Patients die or get severely injured from failure to ventilate and oxygenate, not failure to intubate. The SLAM concept explains alternative techniques for managing the patient with the difficult airway, including use of the latest technology.

The title of this book might suggest that it helps a man or woman on the street deal with an emergency airway situation. In fact, the target audience is a broad group of practitioners, from paramedics to medical residents, respiratory therapists, intensivists, emergency medicine physicians, nurse anesthetists, anesthesiologists, and trauma surgeons.

The 19 chapters cover airway anatomy, airway assessment and evaluation, numerous airway management techniques, airway devices, monitoring techniques, pharmacology, and legal implications. The first chapter describes the SLAM Universal Adult Airway Flowchart. This algorithm was designed to be used by all airway practitioners, regardless of location. It received the prize for best scientific exhibit for clinical application at the 57th Postgraduate Assembly of the New York State Society of Anesthesiologists in December 2003. Although the book focuses on adults, one chapter is devoted to pediatric airway management. This chapter reviews the anatomical differences in children, gives the readers guides to recognize the difficult airway, and includes some basic pharmacology of commonly used pediatric airway drugs. Other chapters address burns to the airway, inhalational injuries, and sedation and analgesia protocols for postintubation management. Nosocomial infection management is also addressed. Many of the chapters use the case study format to bring home the value of a particular algorithm.

Although the content is very detailed, a number of formatting features aid readability and application. The text is enhanced by excellent figures, photographs, and drawings that simplify and reinforce the concepts. “Pearls” and “On Target” sidebars are used throughout to highlight main points, and review questions are provided at the end of each chapter. The references appear at the back of the book under chapter headings, allowing the text to flow better. The text is full of acronyms—perhaps to be expected, as the title itself is an acronym!—and that can be distracting. Fortunately, a glossary at the end of the book explains not only medical terms but also the acronyms.

Baylor can be proud that “one of its own” produced this comprehensive and readable text that will be helpful to so many practitioners and may be instrumental in saving lives. It is also a bargain, priced at $40, which is much less expensive than similar texts. This could perhaps be called a “SLAM”-dunk book for anyone who might be involved in airway management!





















Rich J. Recognition and management of the difficult airway with special emphasis on the intubating LMA-Fastrach whistle technique: a brief review with case reports.  BUMC Proceedings 2005:18;220-227.
Copyright BUMC Proceedings - posted with permission.


















Rich JM, Mason AM, Ramsay MAE. AANA Journal Course:
The SLAM Emergency Airway Flowchart: A new guide for advanced airway practitioners. AANA J 2004:72;431-439.
Copyright AANA Journal 2004 - all rights reserved.
This article is posted with the permission of the AANA Journal.






















Rich J, Mason A, Bey T, Krafft P, Frass M. The critical airway, rescue ventilation and the Combitube: Part 1. AANA J. AANA 2004: 72;17-27.
Copyright AANA Journal 2004 - all rights reserved.
This article is posted with the permission of the AANA Journal.


















Rich J, Mason A, Bey T, Krafft P, Frass M. The critical airway, rescue ventilation and the Combitube: Part 2. AANA J 2004: 72;115-124.
Copyright AANA Journal 2004 - all rights reserved.
This article is posted with the permission of the AANA Journal.




















Smith C.  Cervical spine injury and tracheal intubation: a never ending conflict. TraumaCare. 2000;10:20-26.
























Rich J. Street Level Airway Management (SLAM): If your patient can't breathe, nothing else matters! Anesthesia Today. 2005;16:13-22. (Used by permission of Anesthesia Today).



















Rich J. Dexmedetomidine as a sole sedating agent with local anesthesia in a high-risk patient for axillofemoral bypass graft: A case report AANA J 2005: 73;357-360.
Copyright AANA Journal 2005 - all rights reserved.
This article is posted with the permission of the AANA Journal.









SLAM * 3526 Lakeview PKWY, Suite B238 * Rowlett, TX 75088 *P 972.325.4464*F 914.829.9012