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New wireless biosensor technology could revolutionize healthcare

A wireless biosensor, developed by a Malmö University researcher, enables a more patient-controlled system whereby infections can be detected much earlier through smart catheters, smart diapers or wound dressings. ....

Atefeh Shafaat ,

Enhanced Monitoring of Toxic Algae with Biosensors

Considering the harmful effects of toxic algae, all coastal European countries conduct regular monitoring programs for toxic marine algae. Learn about how biosensors can help. ....

University Of Central Florida , United States , Ciguatoxins Ctxs , Palytoxins Ptxs , Research Square , Medicine In Novel Technology , Detect Toxic , Sistema De Vigilancia Epidemiol , Industry Focus , Central Florida , Develop Toxin Biosensor , Harmful Microalgae Detection , Some Conventional , Novel Technology , Toxic Algae Using Electrochemical , Rapid Detection , Freshwater Cyanobacterial Algal Bloom , Environmental Science , Toxic Algae ,

Biosensor-Based Detection of THC

Tetrahydrocannabinol (THC) is one of the therapeutic compounds in the cannabis plant. This article focuses on the biosensor technologies that are used to detect THC. ....

Africa Shutterstock , Affinity Biosensor Technology , Journal Of Cannabis Research , Traditional Detection , Industry Focus , Affinity Biosensor , Rapid Response Electrochemical Biosensor , Scientific Reports , Wearable Electrochemical Ring , Cannabis Research , Nanomaterials Based Electrochemical ,

"Dysregulated NAD(H) homeostasis associated with ciprofloxacin toleranc" by Joanna Urbaniec, Martina Sanderson-Smith et al.

Introduction: Antibiotic persistence (subpopulation tolerance) occurs when a subpopulation of antibiotic sensitive cells survives prolonged exposure to a bactericidal concentration of an antibiotic, and is capable of regrowth once the antibiotic is removed. This phenomenon has been shown to contribute to prolonged treatment duration, infection recurrence, and accelerated development of genetic resistance. Currently, there are no biomarkers which would allow for segregation of these antibiotic-tolerant cells from the bulk population prior to antibiotic exposure, limiting research on this phenomenon to retrograde analyses. However, it has been previously shown that persisters often have a dysregulated intracellular redox homeostasis, warranting its investigation as a potential marker for antibiotic tolerance. Furthermore, it is currently unknown whether another antibiotic tolerant subpopulation - viable but non-culturable cells (VBNCs), are simply persisters with extreme lag phase, or ar ....

Escherichia Coli , Single Cell ,