Following weight loss
surgery, 25–30% of patients experience hypoglycaemia after meals, which is a
serious complication that can severely impact their quality of life. Since
symptoms frequently arise well after surgery, they are often not identified at
control visits. The underlying mechanisms of this hypoglycaemia are not well
understood, and there is no approved medical treatment for its symptoms.
In a pilot study with a
small group of patients conducted by Dr Matthias Hepprich, senior physician and
researcher at the University Hospital Basel and the Cantonal Hospital Olten,
two different drugs showed promising results in terms of reducing postprandial
insulin release and preventing hypoglycaemia (Hepprich et al. 2020a). To design
a larger randomised controlled trial (RCT),
the study team wanted to measure patient-relevant outcomes and try to obtain
new information about the underlying mechanism of the hypoglycaemic episodes (Hepprich
et al. 2020b). Systematic searches of
literature, relevant databases, patient resources, and groups on the internet
did not yield helpful information. The team then approached several patients in
the clinic and from the pilot study mentioned above to identify relevant topics
using a preliminary questionnaire to guide discussions. Identified topics were
ranked by two of the most severely affected patients in the clinic. Because a
broad range of topics were identified as important, the researchers suggested
measuring the quality of life.
Based on the acquired
information, an anonymous questionnaire containing questions on the primary
endpoint and trial length along with information about patients’ medical
history was developed and distributed to patients with the help of healthcare
providers. Filling out
the questionnaire was voluntary, and the answers from it led researchers to
include quality of life as a primary outcome along with the number of
hypoglycaemic episodes in the trial design. In addition, the questionnaire
helped researchers determine the length of the study’s interventional phase.
Both Hepprich and one of the
patient representatives involved in the generation of the questionnaire viewed
the experience as positive. For Hepprich, the entire process – from searching
literature to obtaining the results of the questionnaire – was very valuable,
interesting, and fun. He found actively engaging in discussions with patients
and learning more about their priorities to be tremendously rewarding (rather
than solely generating his own theories or discussing ideas exclusively with
research colleagues). As tips for other researchers, Hepprich recommends
thoroughly researching what information from patient involvement is already
available and if patient-relevant outcomes have already been established.
The patient representative
interviewed reported that she would be happy to participate in the evaluation
of clinical trial protocols again in the future; she finds that only through
feedback can one ultimately achieve improvement. Moreover, she found that the
discussions with Hepprich and his colleagues about the current study were not
very time-consuming. She would be willing to participate in clinical studies as
a participant in the future and offered some general tips for researchers
planning a study. One tip is that participants are more motivated when, for
example, their treating physician or care personnel approach them personally
for participation than when they receive a standard letter or form in the mail.
And when reading the participant information sheet, participants can tell if
researchers have taken the time to write the information specifically for their
trial or if it is a standard text. In addition, good coordination of the visit
plan, for example coordination with routine treatment visits at the hospital,
makes a significant difference.
0 Comments
Add a new comment