OB ANESTHESISA LINKS:
Electronic Fetal Monitoring
The Center for Experiential Learning and the department of
Obstetrics and Gynecology at the Quillen College of Medicine,
East Tennessee State University, and Mountain States Health
Alliance proudly invite you to the first free web based
tutorial for teaching the interpretation of Electronic Fetal
Monitoring (EFM) for CME credit. CME credit will soon be added
to this site. This site is designed for all health care
professionals committed to improving fetal-maternal health
Hypertextbook of Regional Anaesthesia for Obstetrics
An outline format of a published work that covers all aspects of
anatomy, neonatology, pharmacology, resuscitation, cesarean
section, general & spinal anaesthesia, etc. Offers a subject and
drug index. Stephen P. Gatt et al and Becton Dickinson,
Australia.
Virtual Anaesthesia Textbook
The Virtual Anaesthesia Textbook is a collaborative project
involving many individuals around the globe. Its goal is to
create and maintain, using a familiar 'textbook' style, a
comprehensive set of links to all known anaesthesia related
internet information.
American Society of Anesthesiologists
Includes information about the organization and the profession,
meetings, news, continuing education and placement resources, a
collection of fact sheets for patients, links to related
organizations. Searchable.
OB Anaesthesia
News, membership information, practice guidelines, meetings and
upcoming events, case study discussion, management protocols,
links to related web sites. Canadian Anesthesiologists' Society
Obstetric Section.
SOAP-Society for Obstetric Anesthesia & Perinatology
Offers membership information, a list of future meetings, and a
searchable discussion forum.
ASA Standards, Guidelines and Statements
Includes statements and protocols, practice parameters,
standards for pre- and postanesthesia care, and guidelines for
all aspects of anesthesia practice. American Society of
Anesthesiologists.
Spinal Anesthesia Simulation
Though not specific to obstetric patients, this transparent
reality simulation predicts drug distribution in the spinal
cavity considering baricity, diffusion, binding rate, and the
general shape and orientation of the spinal cavity.
