When organizing collaborative work alongside colleagues in another country such as in our recent trip to Neiva, Colombia, it can feel like we are racing against time that is constantly moving faster. First, we are tasked with quickly assembling a team that best fits and can work together in terms of local and technical needs, as well as contextual knowledge and understanding. Once individual team members are selected, we work to define the structure and goals for our time together. We then focus on determining the materials and resources we would need to accomplish our goals, and a plan for implementation. In this context, our team began to organize and assemble six months in advance for our time in Neiva, a timeline that back then felt like an eternity.
Our goal was to work collaboratively between the lab and clinic together with local physicians, health professionals, and community partners in an effort to assess the ophthalmic impact or damage to the eyes of children whose mothers had confirmed exposure to Zika virus during pregnancy. We also wanted to learn more about the experience of women who were impacted by this virus in terms of daily life and support, as well as to work with community partners in providing needed resources to women and families. Relationships with collaborators in Neiva had been built over many years especially between researchers from Venezuela, Colombia, and Brazil, which later showed to be a crucial component for the feasibility and orchestration of our time together. This also allowed for the sustainability of care and attention for the patients and towards shared capacity building.
An ophthalmic questionnaire was developed based on previous studies seeking to assess ophthalmic outcomes related to exposure to the Zika virus. In acquiring data on daily life and support we chose to ask the World Health Organization WHO’s quality of life survey, adjusting and improving for relevance, context, and local nuance. Both our clinical assessment and the quality of life survey were to be undertaken in Spanish, and collected by both myself and local collaborators. As we sent our materials to the local ethics committee for approval and thought about how we would administer and collect the data, a common question followed: should we use traditional pen and paper or create our surveys through an online platform?
When making this decision we thought about whether we would have reliable internet connection at the clinic as well as which method would be less time consuming both in its design and implementation. First, pen and paper was considered, which always has the upside of being a reliable way of acquiring data. It (pen and paper), however also has the downside of requiring the later transcription of data and also includes challenges related to data loss and privacy. In the past I had used other platforms for administering surveys, and at that moment I needed a solution and service that could quickly support me in the creation of the survey online and acquisition of data. I had previously been exposed to Teamscope as a collaborator but had never used the platform for my own public health work and research. I knew that Teamscope had the capacity to build surveys from scratch and fit to need, provided the safety of a secure server as well as had the capacity to collect data even when offline or in remote areas. So I reached out to Diego at Teamscope only a week prior to our departure to Colombia in the hopes that we could work together in a very short turnaround time.
To our luck Teamscope was readily available to support us in our short time frame and got straight to work in creating our surveys through their platform, creating individual logins for each researcher, and a plan for feedback and testing prior to departure. Teamscope touched base with us and guided us every step of the way, through testing prior to departure and making improvements to the platform and our survey. Additionally, Teamscope also supported us in making improvements to the survey itself with expert suggestions on language and clinical data collection, like where it might be best to include a Yes/No response, and where to create dropdown menus, for example.
When we arrived in Neiva, Colombia after a long flight, and 6-hour car ride to clinic location, Teamscope once again touched base with our research team to double check what our internet connection looked like, and for any last minute changes. When we arrived at the clinic and began collecting data, Teamscope again was available to support us if we had any issues capturing or saving our data even when offline. During our time in Neiva we provided services and collected data through Teamscope in what felt like a seamless experience. For our clinical ophthalmology data was captured using an encrypted computer, and for the quality of life survey we used a handheld iPad on Teamscope’s secure platform.
By using Teamscope our team was able to accomplish the work we set out to do, removing the time burden of paper and pen acquisition of data and transcription, as well as the time it would have taken to create our own surveys and implement using a different platform. In this way, using Teamscope allowed us to focus on the important work of providing services and resources to our patients and our work together between the clinic, the lab, and community partners.
Build fully customizable data capture forms, collect data wherever you are and analyze it with a few clicks — without any training required.
Thousands of researchers in more than 20 countries can't be wrong.