![]() Alkmaar |
![]() Caroline Dunn - Poster Presentation |
![]() Karen Woolcock - General Meeting |
![]() Michael Pridgeon - Poster Presentation |
![]() Micromed, Caroline and Michael |
![]() Executive |
![]() ZZ Museum |
![]() Midge Clarke - General Meeting |
![]() ZZ Museum |
![]() UK delegates |
![]() UK delegates |
![]() UK delegates |
OSET make available to it's daughter societies various guidelines with a view to promoting consistancy in electrophysiology across international boundaries. The introduction to these appear below, with the option of downloading the full versions in Adobe PDF format.
They can also be downloaded via the Resources page, for registered ANS members.
The following Guidelines are presented in a format that examines the essential characteristics of digital EEG systems and suggests minimal and, in
some cases, optimal standards for their operation. Sections also follow that discuss training and experience for the technologist, advantages and cautions of digital systems, and questions that might be helpful to ask when considering the purchase of a new system. Due to the continuing change and rapid advancement of computers today, the technologist is encouraged to pursue many additional resources.
All those in direct contact with patients have a responsibility in ensuring that transfer of infection is kept to a minimum. This includes
patient-to-patient, patient-to-staff, and staff-to-patient transfer. The Guidelines are designed to assist neurophysiology staff in achieving that aim.
The Guidelines include: general recommendations; standard precautions for routine procedures; additional recommendations for specific procedures or
investigations on patients in high risk groups, i.e. Human Immunodeficiency Virus, Hepatitis B, and Creutzfeldt-Jakob disease and recommendations for use in the operating theatre environment.
The following OSET Guidelines for EEG and Evoked Potential Monitoring during Surgery have been established to provide internationally recognised procedural outlines. The Guidelines strive to provide a working foundation for the development of individual laboratory protocols while also respecting this evolving field.
As the field of intraoperative monitoring continues to develop and mature,
more methods for monitoring sensory systems have been rapidly introduced. We have elected to include only the most routinely performed procedures in this presentation, those with protocols that have been researched and repeatedly performed. It is expected, however, that even these Guidelines will change over time.