"... In PAGE 2: ... These systems were grouped under the wireless technologies of GSM and satellite, whereas radio, and wireless LAN health systems are briefly outlined at the end of this section. The systems presented in Table1 were grouped into the areas of emergency (health care), telecardiology, teleradiology, telepsycology, teleopthalmology, and remote monitoring. In addition, in Table 1, the data transmitted were coded under the following columns: signals for biosignals, IMG for medical imaging or video, EPR for electronic patient record, and AIV for audio (A), or image (I) or video (V) teleconferencing.... In PAGE 2: ... The systems presented in Table 1 were grouped into the areas of emergency (health care), telecardiology, teleradiology, telepsycology, teleopthalmology, and remote monitoring. In addition, in Table1 , the data transmitted were coded under the following columns: signals for biosignals, IMG for medical imaging or video, EPR for electronic patient record, and AIV for audio (A), or image (I) or video (V) teleconferencing. The last column of Table 1 gives some comments characterizing the system described.... In PAGE 2: ... In addition, in Table 1, the data transmitted were coded under the following columns: signals for biosignals, IMG for medical imaging or video, EPR for electronic patient record, and AIV for audio (A), or image (I) or video (V) teleconferencing. The last column of Table1 gives some comments characterizing the system described. Most of the applications were using the GSM network and were published between the years 1999 and 2001.... ..."

"... In PAGE 2: ... The number of journal papers found to be published under these categories is around 180. Out of these a total of 33 applications were selected and are briefly summarized in Table1 . These systems cover the whole spectrum of wireless emergency telemedicine applications presented during the recent years.... In PAGE 3: ... The second one [37] investigates the transmission of real time ultrasound video captured via a remotely controllable robotic arm. Table1 a.Selected applications of m-health e-emergency systems that use GSP/GPRS and 3G networks Data Transmitted Commun.... ..."

"... In PAGE 9: ...Table3 . These systems cover the whole spectrum of wireless emergency telemedicine applications presented during the recent years.... In PAGE 9: ... Finally, one application is used for the access of electronic patient records [59]. [ Table3 a and Table 3b go here] The second group covers those applications that use 3G mobile networks. The first one [60] concerns the transmission of biosignals and images of the patient, something that has been extensively presented by many applications in earlier stages.... In PAGE 24: ... Table3 a. Selected applications of m-health e-emergency systems that use GSP/GPRS and 3G networks.... ..."

"... In PAGE 9: ...Table3 . These systems cover the whole spectrum of wireless emergency telemedicine applications presented during the recent years.... In PAGE 9: ... Finally, one application is used for the access of electronic patient records [59]. [ Table3 a and Table 3b go here] The second group covers those applications that use 3G mobile networks. The first one [60] concerns the transmission of biosignals and images of the patient, something that has been extensively presented by many applications in earlier stages.... In PAGE 24: ... Table3 a. Selected applications of m-health e-emergency systems that use GSP/GPRS and 3G networks.... ..."

"... In PAGE 2: ... The number of journal papers found to be published under these categories is around 180. Out of these a total of 33 applications were selected and are briefly summarized in Table1 . These systems cover the whole spectrum of wireless emergency telemedicine applications presented during the recent years.... In PAGE 4: ... Also, one application is used for the access of electronic patient records [34]. Table1 b.Selected applications of m-health e-emergency systems that use Satellite and Wireless LAN Data Transmitted Commun.... ..."

"... In PAGE 9: ...Table3 . These systems cover the whole spectrum of wireless emergency telemedicine applications presented during the recent years.... In PAGE 9: ... Finally, one application is used for the access of electronic patient records [59]. [ Table3 a and Table 3b go here] The second group covers those applications that use 3G mobile networks. The first one [60] concerns the transmission of biosignals and images of the patient, something that has been extensively presented by many applications in earlier stages.... In PAGE 25: ... Table3 b. Selected applications of m-health e-emergency systems that use Satellite and Wireless LAN networks.... ..."

"... In PAGE 9: ...Table3 . These systems cover the whole spectrum of wireless emergency telemedicine applications presented during the recent years.... In PAGE 9: ... Finally, one application is used for the access of electronic patient records [59]. [ Table3 a and Table 3b go here] The second group covers those applications that use 3G mobile networks. The first one [60] concerns the transmission of biosignals and images of the patient, something that has been extensively presented by many applications in earlier stages.... In PAGE 25: ... Table3 b. Selected applications of m-health e-emergency systems that use Satellite and Wireless LAN networks.... ..."