Handheld Devices
EFSUMB is producing a position paper on the role of handheld ultrasound devices which
will be presented in part at the ESR/EFSUMB Session at EUROSON 2017 Ljubljana, Slovenia
together with an overview of the commercially available devices on the market. These
miniature sized ultrasound equipment are the result of the rapid development of technology.
It is now possible to use portable handheld scanners that can be operated on battery
power and even transducers connected to a mobile phone, yet include conventional and
often Doppler ultrasound features. EFSUMB will be looking at the strengths and the
weaknesses of these devices and the common areas where they can achieve specific diagnosis
and procedural aims to answer focused questions (e. g., does my patient have ascites?).
The position paper will be based on literature reviews. The attractiveness of handheld
devices use in paediatric ultrasound is considered as well as its benefits for medical
students. The benefits of the handheld devices in point of care ultrasound for use
by e.g GPs on home visits, ambulance staff, nurses and physiotherapists as well as
the current users of ultrasound scanners are discussed. Education and practical training
will be considered, as well as the issues of documentation, image storage and data
safety surrounding the handheld devices.
An example of a handheld device from GE.
WFUMB CoE Project
The WFUMB Center of Education in Nairobi, Kenya completed the following project under
the leadership of Dr. Sudhir Vinayak, Chairman, Department of Radiology, Aga Khan
University Hospital. It has been recently published in the UMB. This was a project
to train 3 midwives who had never used ultrasound to identify high-risk pregnancies.
Unique software was used to send lossless images by mobile phone using a modem. Transmission
times were short and the quality of images transmitted was excellent. All reports
were validated by two experienced radiologists at the main hospital. The individual
midwives were 20 km, 120 km and 400 km away from the main study centre at the hospital.
It shows with the proper education, oversight and mentoring a succesful programme
can be created to improve healthcare. Hopefully, using this as a template, it can
be shown that it will work on a larger scale.
Vinayak S, Sande J, Nisenbaum H, Nolsoe CP. Training Midwives to Perform Basic Obstetric
Point-of-Care Ultrasound in Rural Areas Using a Tablet Platform and Mobile Phone Transmission
Technology – A WFUMB COE Project. Ultrasound Med Biol 43(10): 2125 – 2132, Oct 2017
This study can be reviewed: http://dx.doi.org/10.1016/j.ultrasmedbio.2017.05.024
Odd Helge Gilja (EFSUMB President and WFUMB Collaboration Committee) visiting Sudhir
Vinayak in Nairobi with a trained sonographer present.
