Todd Testerman

The paper characterizes temporal changes in biofilm communities on aquaculture surfaces over 80 days, identifying distinct microbial succession patterns and key taxa associated with different stages.

This paper identifies Pseudomonas isolates from trout aquaculture biofilms that inhibit fish and human pathogens and disrupt biofilms, suggesting potential for probiotic or antimicrobial applications.

The paper evaluates two methods for detecting Flavobacterium pathogens in aquaculture environments, showing both accurately identify pathogens and provide complementary advantages for surveillance and microbial profiling.