1. Development and Characterization of Flexible Electrochemical Biosensors using Printable 2-D and 3-D Graphene Structures Open Access Author: Muralidharan, Ritvik Title: Development and Characterization of Flexible Electrochemical Biosensors using Printable 2-D and 3-D Graphene Structures Graduate Program: Electrical Engineering Keywords: flexible biosensorelectrochemical biosensorsprintable biosensorsgrapheneantibiotic susceptibility testinglaser induced graphenegraphene-inkdopaminepoint-of-care diagnosticslab-on-chip sensorscyclic voltammetry File: Download MS_Thesis_Ritvik-Muralidharan_2020.pdf Committee Members: Seyedehaida Ebrahimi, Thesis Advisor/Co-AdvisorMorteza Kayyalha, Committee MemberKultegin Aydin, Program Head/Chair
2. machine learning-enhanced dynamic laser speckle imaging for rapid antimicrobial susceptibility testing Open Access Author: Zhou, Keren Title: machine learning-enhanced dynamic laser speckle imaging for rapid antimicrobial susceptibility testing Graduate Program: Electrical Engineering Keywords: Antibacterial susceptibility testingphenotypebacterialaser speckle imagingmachine learning File: Download Ms_kz_v3.pdf Committee Members: Seyedehaida Ebrahimi, Thesis Advisor/Co-AdvisorZhiwen Liu, Committee MemberKultegin Aydin, Program Head/Chair
3. Development and Characterization of Electrochemical Biosensors using Cu-Ni and Laser Written Platinum Open Access Author: Goodnight, Lindsey Title: Development and Characterization of Electrochemical Biosensors using Cu-Ni and Laser Written Platinum Graduate Program: Electrical Engineering Keywords: electrochemical biosensorsnon-enzymaticglucose sensinghydrogen peroxide sensing File: Download Development_and_Characterization_of_Electrochemical_Biosensors_Based_On_Electrodeposited_Copper_Nickel_and_Laser_Written_Platinum_Electrodes.pdf Committee Members: Seyedehaida Ebrahimi, Thesis Advisor/Co-AdvisorTimothy Joseph Kane, Committee MemberKultegin Aydin, Program Head/Chair
4. Development and Application of a Novel Organic Crystal for Reagent-Free, In-Situ Electrochemical Sensing of Bacterial Viability Open Access Author: Bolotsky, Adam Title: Development and Application of a Novel Organic Crystal for Reagent-Free, In-Situ Electrochemical Sensing of Bacterial Viability Graduate Program: Materials Science and Engineering Keywords: BiosensorBacterial viabilityElectrochemical sensorRedox-activeOrganic crystalRapid antibiotic susceptibility testingReagent-freeMetabolic activity File: Download Adam_Bolotsky_s_MS_Thesis_Final.pdf Committee Members: Seyedehaida Ebrahimi, Thesis Advisor/Co-AdvisorMorteza Kayyalha, Committee MemberLarry Cheng, Committee MemberJohn C Mauro, Program Head/Chair
