Bacteria to Control Karenia mikimotoi Toxicity | #infectiousdiseases #bacteria #researchers

In this cutting-edge exploration of marine biotechnology and infectious diseases, we unveil a novel conductometric biosensor that leverages bacteria associated with Karenia mikimotoi to monitor and potentially regulate its ichthyotoxicity. Karenia mikimotoi, a notorious dinoflagellate known for causing harmful algal blooms (HABs), has severe impacts on marine ecosystems and aquaculture industries due to its fish-killing toxicity. Researchers have discovered that specific bacterial strains interact closely with this microorganism, influencing its toxic behavior. This innovative biosensor is designed to detect such interactions in real time by measuring changes in conductivity, offering a promising tool for early warning systems in marine environments.

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#KareniaMikimotoi, #Ichthyotoxicity, #Biosensor, #ConductometricSensor, #InfectiousDiseases, #MarineBiology, #HarmfulAlgalBlooms, #MarineToxins, #MicrobialEcology, #EnvironmentalMonitoring, #AquaticToxicology, #SensorInnovation, #WaterQuality, #MarineBiosensor, #BacterialInteraction, #OceanHealth, #Dinoflagellates, #FishMortality, #ToxicAlgae, #BiosensingTech, #AlgalBloom, #ScienceResearch, #MarineScience, #BiotechResearch, #PublicHealth,

Видео Bacteria to Control Karenia mikimotoi Toxicity | #infectiousdiseases #bacteria #researchers канала Emerging Infectious Diseases TV