Our Research Program
Research in the CAMP Lab bridges multiple biological levels & disciplines, and uses a variety of experimental models including basic science experiments, cell culture, comparative animal models, and human clinical research. These broad approaches to integrative physiology provide biological context from the cellular to the ecological levels. We value curiosity, collaboration, and a commitment to scientific integrity. The CAMP Lab believes in collaborative team science and works with diverse researchers to answer scientific questions that stretch beyond the capabilities of any one lab.
Our Research Mission
We seek to inspire curiosity, rigorously explore biological questions, and communicate our findings to advance scientific knowledge. We study basic and comparative physiology, and translate those findings into practical solutions to real-world health challenges.
Our Core Values
In the CAMP Lab we believe:
- that curiosity & innovation are fundamental to science
- that input from diverse backgrounds & expertise makes for better science
- in fostering an inclusive research environment
- in asking questions and sharing knowledge
Research Overview
Comparative Animal Physiology
We investigate the intricate functions of biological systems to better understand how animal physiology is adapted to meet the unique demands of their ecology, including animals adapted to extreme environments.
Human & Translational Research
The physiology of animals adapted to extreme environments or unique life history can inform our understanding of human clinical conditions. Research on these unconventional animals can inspire novel approaches to human clinical conditions.
Basic Science Research
Many basic physiological principles are common among animals. Studying basic physiology of oxygen transport, gene expression, and metabolism forms a basis to understand function of tissues, organs, systems, and entire organisms as individuals and populations.
CAMP Lab Resources
Laboratory & Office Spaces
The CAMP Lab has adjacent and connected office and lab spaces on the 4th floor of Irvine Hall. This includes a 200 ft2 office space and 200 ft2 student office space on either side of a shared central hallway. Two adjacent lab spaces each with 825 ft2 of wet-lab space equipped with the necessary infrastructure and equipment for sample analysis. An additional 200 ft2 wet lab space is dedicated to cell culture. Available infrastructure includes a fume hood, dedicated storage space for chemicals and flammables, -80℃ freezer, -20℃ laboratory freezers, laboratory refrigerators, sinks, and emergency eye-wash stations.
General Equipment
In addition to dedicated lab infrastructure, the CAMP lab is equipped with basic laboratory equipment including pH meters, heated stir plates, orbital mixers, pipettes, microsyringes, electrophoresis chambers & power supplies, heated/refrigerated water baths, tissue homogenizers, and a full array of laboratory glassware.
Specific Equipment
- Probe sonicator – QSonica Q125
Scales –
Sartorius Quintix65-1S
Scientech ZSM 50
Spectrophotometer – Shimadzu UV-1900i
Centrifuges –
Eppendorf 5910 Ri
Eppendorf 5430 R
Gel Imaging – Bio-Rad ChemiDoc MP
Microscopes –
Zeiss Primovert inverted phase contrast microscope
Zeiss Primo Star optical microscope
Leica Zoom 2000 dissecting scope
Biosafety Cabinet – Labconco Logic+A2
Cell Culture Incubators –
Panasonic MCO-19M Trigas incubator w/ UV/H2O2
Panasonic MCO-19AIC CO2 incubator w/ UV/H2O2
Tissue Respirometry – Oroboros Next Generation O2k (x2)
3D Printers
Resin – Elegoo Saturn 4 Ultra 16K
- Filament – Ender-3 S1
CAMP Lab Affiliations
Ohio Musculoskeletal &
Neurological Institute
Ohio Musculoskeletal & Neurological Institute
The mission of OMNI is “to advance the diagnosis, treatment, and prevention of musculoskeletal and neurological disorders.” OMNI is based at Ohio University with member labs in departments across the university and other collaborating institutions.
Oroboros Network Lab
The CAMP Lab serves as an Oroboros Network Lab with two fully equipped Oroboros NextGen Power O2k devices for high-resolution tissue respirometry.
