Digital training for self-injectable contraceptives: a feasibility and acceptability pilot study.

Background: Self-injectable contraceptives, namely subcutaneous depot medroxyprogesterone acetate 104 mg micronised formulation delivered via uniject system, reduce the need to travel to a facility for contraceptive access, but the initial, in-person, training may be a barrier to starting this method. This article reports on a small, exploratory pilot in Kenya to test the feasibility and acceptability of digital self-injection training.

Methods: Participants (n=11) who were currently using injectable contraceptives, intramuscular depot medroxyprogesterone acetate 150 mg injected by a healthcare worker, received digital self-injection training from a trained clinician via a WhatsApp video call. Participants administered a simulated self-injection on a model and an actual self-injection (under supervision) on themselves. The participants' self-injection proficiency, a measure of the feasibility of remote training, was documented using a checklist, and participants were administered a questionnaire about their training experience. The training was observed, and content analysis was used to understand the functionality of training.

Results: All participants were proficient when performing the self-injection on themselves after receiving the remote training and reported that the training was acceptable. A barrier to training via a video call was lack of access to quality digital devices. Eight training 'lessons learnt' emerged from the training observations.

Conclusions: Training participants to administer self-injectable contraceptives via WhatsApp video call was feasible and acceptable. Training lessons learnt offer pragmatic adaptations for communicating about a practical skill via a digital channel. Further research is needed to ascertain the efficacy of digital training for self-injection and feasibility and acceptability for wider groups.