Paul Ayayee
- Assistant Professor
- Biology
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office:
109B AH
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Additional Information
Research Interests
My research interests encompass the fields of Entomology, Ecology, Environmental Microbiology, and Evolution. Areas of special interest to me at the moment include, insect-microbe symbioses, plant-insect-microbe interactions, the origins, nature and functions of these interactions. I am interested in demonstrating function and showing biological relevance of symbiotic associations in insect-microbial symbioses within an insect-diet-microbe framework. I use classic molecular and biochemical approaches to investigate in vitro, speculated/proposed microbial functions of relevance to an insect host. I subsequently investigate/confirm this function in situ within the insect host, using functional assays and stable isotope approaches to demonstrate the link between microbial processes and insect physiology/biochemistry/metabolism.I am also interested in investigating the structure and functions of free-living microbial assemblages ( bacteria, fungi, and phages) in a variety of ecosystems (pristine, degraded, and restored), with regards to nutrient-cycling, biogeochemical processes with the aim of generating quantifiable ecosystem functions.
Teaching
Introductions to Biology, Entomology, Microbial Ecology
Courses taught: BIOL 1450, BIOL 1750
Additional Information
Research Interests
My research interests encompass the fields of Entomology, Ecology, Environmental Microbiology, and Evolution. Areas of special interest to me at the moment include, insect-microbe symbioses, plant-insect-microbe interactions, the origins, nature and functions of these interactions. I am interested in demonstrating function and showing biological relevance of symbiotic associations in insect-microbial symbioses within an insect-diet-microbe framework. I use classic molecular and biochemical approaches to investigate in vitro, speculated/proposed microbial functions of relevance to an insect host. I subsequently investigate/confirm this function in situ within the insect host, using functional assays and stable isotope approaches to demonstrate the link between microbial processes and insect physiology/biochemistry/metabolism.I am also interested in investigating the structure and functions of free-living microbial assemblages ( bacteria, fungi, and phages) in a variety of ecosystems (pristine, degraded, and restored), with regards to nutrient-cycling, biogeochemical processes with the aim of generating quantifiable ecosystem functions.
Teaching
Introductions to Biology, Entomology, Microbial Ecology
Courses taught: BIOL 1450, BIOL 1750