Optimizing the gynaecological examination by applying user-centred design methods
Reference number | |
Coordinator | Uppsala universitet - Institutionen för kvinnors och barns hälsa |
Funding from Vinnova | SEK 266 800 |
Project duration | September 2014 - April 2015 |
Status | Completed |
Important results from the project
The project aimed at using questionnaires to collect information in collaboration with staff and patients with the purpose to develop a gender-neutral ´pelvic examination chair´ as an alternative to a traditional chair with stirrups. In the summer of 2014 collaboration began with Oscar Instruments and a specification where established deficiencies were listed on existing models. A new gender-neutral ´pelvic examination chair´ was developed; prototypes were produced and evaluated by staff and patients. The purpose and goals were thereby achieved.
Expected long term effects
The prototype, the gender-neutral ´pelvic examination chair´, was evaluated with questionnaires. Totally replies from 42 examinations were received concerning the patients and the physicians experiences of these examinations. The responses demonstrated differences and a significantly more positive experience (average P < 001) with the new ´pelvic examination chair´ in half of the parameters that were investigated, whereas the other answers were neutral. The outcome of this study of an optimized examination situation was therefore positive for both parties.
Approach and implementation
The specifications for the new neutral ´pelvic examination chair´, were presented for the partner company, Oscar Instruments, who developed a prototype. Two prototypes were produced and evaluated in different hospitals: the University Hospital in Uppsala and Danderyd Hospital. The examination situation was evaluated with questionnaires concerning convenience, warmth, relaxation, discomfort and integrity during the examination of the genital area. Statistical analysis was carried out by t-test, which showed significant differences in favour of new model.