Insights from the Whole Communities–Whole Health Research Symposium
On February 6, 2026, researchers from across the University of Texas at Austin gathered for the Whole Communities–Whole Health (WCWH) Research Symposium to share groundbreaking work on health and wellness in Eastern Travis County. The lightning talk session highlighted five diverse research projects, each revealing different facets of how housing, language, technology, and even invisible microbes shape community health. As researchers working within this grand challenge, including members of the Southeast Texas Urban Integrated Field Laboratory (SETx-UIFL), we’re seeing how seemingly separate threads of inquiry weave together into a richer understanding of whole community health.
The Hidden Costs of Housing Insecurity
Akram Al-Turk, Research Associate in social work, opened the session by examining a stark reality: when families struggle to afford housing, they’re forced into impossible choices. Al-Turk’s research revealed that about one-third of survey respondents face housing affordability challenges, with many experiencing difficulty paying for housing and others constantly worried about making payments.
The ripple effects are profound. Most respondents reported cutting back on at least one essential category (food, healthcare, or transportation) to cover housing costs. Importantly, Al-Turk identified protective factors that help shield families from these difficult trade-offs: receiving housing assistance and having strong social support networks both reduce the likelihood of cutting back on essentials.
This finding underscores how community connections and policy interventions can buffer against housing insecurity’s cascading effects on family wellbeing.
The Language of Home and Health
Xiping Jiang, a PhD student in Psychology from the Dr. De Barbaro Daily Activity Lab, shared fascinating insights into how families talk at home and what that reveals about mental health. Using AI-based tools to analyze language patterns from families across the study, Jiang discovered that home language differs dramatically from typical adult conversation. Parents use more cognition-related words (explaining and guiding children’s thinking), less negative emotional language, and more words focused on social relationships.
Crucially, Jiang found links between parent mental health and language patterns. Parents experiencing mental health challenges showed different verbal processing patterns and emotional intensity in their speech. This research opens important questions about how we can better support families, not by avoiding certain language patterns, but by understanding them as features of a complex system connecting parent wellbeing, communication, and child development.
The Infrastructure Behind the Science
Joseph Midura, WCWH DevOps Engineer, revealed the sophisticated technological backbone supporting this research. His presentation on Hornsense demonstrated how managing longitudinal health studies requires purpose-built software. The system tracks thousands of samples across multiple studies, coordinating everything from sample collection to participant data access.
What makes this infrastructure especially valuable is its modular design. Components can be reused across different studies, preventing researchers from reinventing the wheel each time. It’s a reminder that rigorous community health research requires not just scientific expertise, but robust systems to ensure data integrity and participant coordination at scale.
Microbes: The Invisible Neighbors We All Share
Kerry Kinney, L.P. Gilvin Centennial Professor in Engineering and SETx-UIFL team member, shifted our perspective to the microscopic world thriving in our homes. Her presentation revealed a surprising truth: we are never alone. Every surface we touch, every room we inhabit, hosts diverse communities of bacteria, fungi, and other microorganisms.
Kinney’s research shows that indoor and outdoor microbial communities are distinctly different, with homes harboring microbes predominantly from human sources: our skin, our pets, our daily activities. Different factors shape these invisible ecosystems: whether you have children, pets, your home’s ventilation, even your water source. Some microbial exposures may protect against conditions like asthma (particularly early exposure to farm-like microbiomes), while others present risks.
The research challenges simple narratives about “good” and “bad” microbes. Instead, it reveals how our built environment creates unique microbial fingerprints that may influence health outcomes in complex, nuanced ways. For WCWH participants, this means their homes are dynamic ecosystems worthy of scientific attention, not sources of alarm, but opportunities to understand the full context of health.
Making the Invisible Visible: Empowering Participants Through Data
Building on 20 years of collaborative work with Dr. Kinney on microbial research, 15 of them focused on the microbiome of the built environment, Dr. Maestre presented MicroView, an interactive dashboard designed to help research participants explore and understand the microbial communities in their own homes. The central challenge: how do you communicate extraordinarily complex scientific data without overwhelming people or triggering unnecessary alarm?
MicroView allows participants to compare different samples from their homes (floor dust, exterior samples, children’s rooms) and see how their microbial profiles compare to other participants. The tool intentionally prioritizes general understanding over perfect accuracy. It uses playful, interactive visualizations to spark curiosity rather than dense technical charts.
Each microbial type includes explanations of where it typically comes from and references for further exploration. The design philosophy centers on making data accessible without being prescriptive. We provide information about what participants have in their homes and how factors like ventilation might relate to microbial diversity.
Toward Whole Understanding
These five lightning talks, diverse as they appear, share common threads. Each demonstrates that community health emerges from intricate systems: economic pressures, family communication, technological infrastructure that enables discovery, invisible ecosystems that can affect individuals health. The work represented here, including contributions from SETx-UIFL researchers, reflects a commitment to understanding health not as isolated medical outcomes but as the product of whole communities in their full complexity.
As we continue this research journey, we’re reminded that meeting communities where they are means more than geographic proximity. It means making our science accessible, relevant, and responsive to the questions that matter most to the people whose lives we’re privileged to learn from.