Table 3.
Sr. No | Studies | mHealth approach |
Theoretically informed behaviour change model | ||
---|---|---|---|---|---|
Decision support through mobile application |
Text message reminders |
Electronic health records |
Yes/No |
||
1. |
Zurovac D et al (1&2) [36,53] |
- |
One-way communication of text-message reminders on paediatric malaria case-management accompanied by “motivating” quotes through an automated message delivery system. |
- |
No |
2. |
Xeuatvongsa et al [45] |
- |
To facilitate communication between the Volunteer health workers and health care providers to improve Hep B immunization rates |
- |
No |
3. |
Tumusiime D et al [43] |
mHealth based application on integrated community case management (ICCM) |
- |
- |
No |
4. |
Kabakyenga K et al [44] |
Use of mobile phones augmenting integrated community case management (ICCM) |
- |
- |
No |
5. |
Ndiaye et al [40] |
- |
- |
Reporting of adverse events of chemoprovectin using mobile phones (enhanced spontaneous reporting), completed by nurses at health posts and by Community health workers. |
No |
6. |
Finette et al [42] |
Mobile application through physician-based logic to generate integrated clinical risk assessments, triage, treatment, and follow-up recommendations for common childhood illness management |
- |
- |
No |
7. |
Boyce et al [41] |
mHealth based application for ICCM |
- |
- |
No |
8. |
Althaus et al [52] |
mHealth based application for ICCM |
- |
- |
No |
9. |
Jones et al [48] |
- |
Reminders for caregivers on adherence to malaria management guidelines |
- |
No |
10. |
Ginsburg et al [46] |
Mobile Application to diagnose, classify, and manage childhood pneumonia |
- |
- |
No |
11. |
Bessat et al [47] |
Mobile application on treatment decision making, dosage calculation, standardization of treatment and rational use of medication for common childhood illnesses |
- |
- |
No |
12. |
Ide et al [41] |
mHealth based application for ICCM |
- |
- |
No |
13. |
Svege et al [39] |
- |
Reminders for caregivers to obtain medications for malaria from health facilities through timely follow up |
- |
No |
14. |
Richards et al [52] |
- |
- |
Health management information system on tuberculosis |
No |
15. |
Meyers et al [51] |
Decision support by tracking patients, follow up and next steps of care for common respiratory and diarrhoeal illnesses |
- |
Patients follow up data entry. |
No |
16. |
Ismail et al [50] |
- |
- |
Patient data collection through mobile application in Measles and Rubella campaign |
No |
17. |
Donovan et al [35] |
Tablets with application containing videos on detection, treatment, and prevention of pneumonia. |
- |
- |
No |
18. |
Li Chen et al [39] |
- |
- |
Mobile application with four modules: 1) making appointments; 2) recording vaccination status; 3) tracking overdue children; and 4) providing education |
No |
19. |
Zakus et al [34] |
Decision support for iCCM and management of drugs and supplies for childhood malaria, pneumonia, and diarrhoea |
- |
- |
No |
20. |
Davis et al [37] |
- |
SMS-facilitated household TB contact investigation |
- |
No |
21. | Talisuna et al [38] | - | SMS based reminders to caregivers of children under five to adhere to national antimalarial guidelines. Reminders were also sent for follow up visits to the health facilities. | No |
mHealth – mobile health, Hep B – hepatitis B, ICCM – integrated community case management, SMS – short message service, TB – tuberculosis