Mobile lab

Wendy Hood, an associate professor of Biological Sciences, and Andreas Kavazis, a professor in the School of Kinesiology, are taking the MitoMobile to Idaho for the mobile lab’s inaugural trip

A bird can migrate hundreds of miles in a day unimpeded, but an average human can run for just 30 minutes and feel exhausted.

An interdisciplinary team of researchers at Auburn University is trying to determine why this is so, and today they’ll literally get moving toward an answer with the maiden voyage of the Auburn MitoMobile.

Auburn’s new mobile mitochondria lab — launching today to Moscow, Idaho — will allow researchers to travel the country to study bioenergetics, studying the difference in energy sources among certain animals and humans and ultimately pinpointing where they believe the answer to their question lies — our mitochondria.

Known as the powerhouse of the cell, mitochondria are responsible for releasing energy from food. The ways in which mitochondria do this for different species may answer questions about energy sources. Auburn’s new mobile mitochondria lab —  the MitoMobile — will allow researchers to travel the country to study bioenergetics without being in their campus labs.

“The MitoMobile is a mobile laboratory where we actually can measure bioenergetics in a variety of different species including birds, mammals, insects and reptiles, where we collect the animals in the wild and we can isolate mitochondria,” said Andreas Kavazis, a professor in Auburn’s School of Kinesiology.

The study of mitochondria involves using fresh and live tissue, so researchers only have about two hours to work with the material. Having a lab on wheels will allow a team to go out and collect material in a variety of locations, not just those areas that are within a few minutes of the permanent labs in Auburn.

The MitoMobile is headed to study dairy cows at the University of Idaho. The team from Auburn includes professors and students from the School of Kinesiology, the Department of Biological Sciences and the Department of Electrical and Computer Engineering. Wendy Hood, associate professor of biological sciences, is going on the inaugural trip, as one of her former students is now working at the University of Idaho.

Hood’s research also focuses on mitochondria and energy, but for this particular trip, her work will center on energy used during lactation.

“I’ve been interested in the energetic cost of lactation for a long time,” she said. “My former student had done a previous study in dairy cows where she found that there were effects on mitochondrial performance when lactating cows were under heat stress.”

That stress oftentimes reduces milk synthesis, so Hood will be performing mitochondrial measurements to further the research.

“Most of our studies in the future will likely be field trips where we’re in a remote location for data collection,” Hood said. “This is really the perfect project for our first voyage because we will be at another university so if there are additional tools we need, we will have access to those whereas we wouldn’t in a remote field location.”

This project, Kavazis said, could provide information with implications for humans, too.

“We can use the information for agricultural purposes and to potentially improve milk production in dairy cows, and use it as an experiment for female reproduction,” he said. “Moms who give birth and breastfeed their young can lose weight much more quickly and also have less chance of developing cardio-metabolic diseases down the road.”

Kavazis said that next year, the team will study a migratory sub-species of birds as well as a local sub-species. Comparing the results will allow researchers to identify differences in mitochondrial function and how those differences impact bioenergetics, or the transformation of energy in a living being.

In addition to offering opportunities for research, the MitoMobile will give students hands-on experience as they will be traveling with Kavazis and Hood to Idaho.

Hailey Parry, a doctoral student who researches mitochondrial function and oxidative damage, is going on the MitoMobile’s first trip.

“My role on this trip will be collecting data on the lactating cows,” Parry said. “The most beneficial aspect of this trip, and future research trips, is that it has provided me a brief look into what it is like to fully start up a lab and plan research projects from start to finish. When students enter graduate school, they begin their education in a lab that is already established.”

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