Microbial electrochemical technologies <P><STRONG>FUNDAMENTALS OF MICROBIAL ELECTROCHEMISTRY: NOVEL MICROBIAL PATHWAYS AND ELECTRON TRANSFER MECHANISMS< STRONG>< P><P><STRONG>Extracellular Electron Transport in Geobacter and Shewanella: A Comparative Description<BR>< STRONG><EM>Fernanda Jiménez Otero Matthew D. Yates and Leonard M. Tender< EM>< P><P><STRONG>Electrochemical Impedance Spectroscopy: A Noninvasive Tool for Performance Assessment of Bioelectrochemical Systems <BR>< STRONG><EM>Namita Shrestha Govind Chilkoor Bhuvan Vemuri and Venkataramana Gadhamshetty< EM> < P><P><STRONG>Understanding Bioelectrochemical Limitations via Impedance Spectroscopy< STRONG><BR><EM>Abhijeet P. Borole< EM>< P><P><BR><STRONG>OPTIMIZING MICROBIAL ELECTROCHEMICAL SYSTEMS: MICROBIAL ECOLOGY OF BIOFILMS AND ELECTROACTIVE MICROORGANISMS STRAIN IMPROVEMENT< STRONG>< P><P><STRONG>Steering Redox Metabolism in Pseudomonas putida with Microbial Electrochemical Technologies< STRONG><BR><EM>Bin Lai and Jens O. Krömer< EM> < P><P><STRONG>Monitoring Metabolic Rates of Individual Electrode Respiring Cells< STRONG> <BR><EM>Ozlem Istanbullu Jerome Babauta Ryan Renslow and Haluk Beyenal< EM>< P><P><STRONG>Electrode Assisted Fermentations: Their Limitations and Future Research Directions< STRONG><BR><STRONG>Veronica Palma Delgado Johannes Gescher and Gunnar Sturm<BR>Challenges and Opportunities of Microbial Symbiosis for Electrosynthesis Applications< STRONG><BR><EM>Oskar Modin and Nikolaos Xafenias< EM><BR>&nbsp;< P><P><STRONG>APPLICATIONS OF MICROBIAL ELECTROCHEMICAL SYSTEMS IN WASTEWATER TREATMENT BIOENERGY BIOSENSORS AND ELECTROSYNTHESIS< STRONG>< P><P><STRONG>Microbial Electrolysis Cell (MEC): A Versatile Technology for Hydrogen Value added Chemicals Production and Wastewater Treatment< STRONG><BR><EM>Abudukeremu Kadier Piyush Parkhey Ademola Adekunle Pankaj Kumar Rai Mohd Sahaid Kalil S. Venkata Mohan and Azah Mohamed< EM>< P><P><STRONG>Mechanisms of Heavy Metal Separation in Bioelectrochemical Systems and Relative Significance of Precipitation<BR>< STRONG><EM>Hui Guo and Younggy Kim< EM>< P><P><STRONG>Photosynthetic Algal Microbial Fuel Cell for Simultaneous NH3 N Removal and Bioelectricity Generation< STRONG><BR><EM>Chaolin Tan Ming Li Minghua Zhou Xiaoyu Tian Huanhuan He and Tingye Gu< EM><BR>&nbsp;<BR><STRONG>Nutrient Removal and Recovery in Bioelectrochemical Systems< STRONG><BR><EM>Nan Zhao Qun Yan and Zhen He< EM>< P><P><STRONG>Microbial Fuel Cells: Treatment Efficiency and Comparative Bioelectricity Production from Various Wastewaters<BR>< STRONG><EM>Andrea G. Capodaglio and Silvia Bolognesi< EM>< P><P><STRONG>Bioelectrochemical Systems (BESs) for Sustainable Groundwater Denitrification and Removal of Arsenic and Chromium< STRONG><BR><EM>Andrea G. Capodaglio and Daniele Cecconet< EM>< P><P><STRONG>An Overview of Carbon and Nanoparticles Application in Bioelectrochemical System for Energy Production and Resource Recovery< STRONG><BR><EM>Shiv Singh Kshitij Tewari and Deepak Pant< EM>< P><P><STRONG>Opportunities for Hydrogen Production from Urban Industrial Wastewater in Bioelectrochemical Systems<BR>< STRONG><EM>Albert Guisasola Juan Antonio Baeza Antonella Marone Éric Trably and Nicolas Bernet< EM>< P><P><STRONG>Microbial Fuel Cell Sensors for Water and Wastewater Monitoring<BR>< STRONG><EM>Sharon Velasquez Orta Ekaete Utuka and Martin Spurr< EM>< P><P><STRONG>Bioelectrochemical Enhancement and Intensification of Methane Production from Anaerobic Digestion< STRONG><BR><EM>Christy M. Dykstra and Spyros G. Pavlostathis< EM>< P><P><STRONG>Fluidized Bed Electrodes in Microbial Electrochemistry< STRONG><BR><EM>Sara Tejedor Sanz and Abraham Esteve Nuñez< EM>< P><P><STRONG>Electricity Production from Carbon Monoxide and Syngas in a Thermophilic Microbial Fuel Cell< STRONG><BR><EM>Sonia Tiquia Arashiro< EM>< P><P><STRONG>Microbial Electrochemical Technology Drives Metal Recovery and Synthesis of Functional Products< STRONG> <BR><EM>Xochitl Dominguez Benetton Jeet Chandrakant Variab and Guillermo Pozo< EM>< P><P><STRONG>Plant Microbial Fuel Cells Serve the Environment and People: Breakthroughs Leading to Emerging Applications<BR>< STRONG><EM>Lucia Zwart and David Strik< EM>< P><P><STRONG>APPLICATIONS OF MICROBIAL ELECTROCHEMICAL SYSTEMS IN BIOREMEDIATION< STRONG>< P><P><STRONG>Degradation and Mineralization of Recalcitrant Compounds in Bioelectrochemical Systems< STRONG><BR><EM>Yixuan Wang Xinbai Jiang Houyun Yang Weihua Li Yang Mu and Jinyou Shen< EM>< P><P><STRONG>Enhanced Bioremediation of Petroleum Hydrocarbons Using Microbial Electrochemical Technology< STRONG><BR><EM>Huan Wang Lu Lu and Zhiyong Jason Ren< EM>< P><P><STRONG>Electroactive Biochar: Sustainable and Scalable Environmental Applications of Microbial Electrochemical Technologies< STRONG><BR><EM>Raul Berenguer Stefania Marzorati Laura Rago Pierangela Cristiani Alberto Pivato Abraham Esteve Nuñez and Andrea Schievano< EM>< P><P><BR><STRONG>MATERIALS FOR MICROBIAL ELECTROCHEMICAL TECHNOLOGIES< STRONG>< P><P><STRONG>Toward a Sustainable Biocatalyst for the Oxygen Reduction Reaction in Microbial Fuel Cells<BR>< STRONG><EM>Jean Marie Fontmorin Edward M. Milner and Eileen H. Yu< EM>< P><P><STRONG>Bioelectrochemical Treatment: Present Trends and Prospective< STRONG><BR><EM>Gokuladoss Velvizhi J. Annie Modestra Dileep Reddy Yeruva J. Shanthi Sravan<BR>and&nbsp; S. Venkata Mohan< EM>< P><P><STRONG>Graphene Electrodes in Bioelectrochemical Systems< STRONG><BR><EM>Pier Luc Tremblay Yuan Li Mengying Xu Xidong Yang and Tian Zhang< EM>< P><P><BR><STRONG>DESIGN OF MICROBIAL ELECTROCHEMICAL SYSTEMS: TOWARD SCALE UP MODELING AND OPTIMIZATION< STRONG>< P><P><STRONG>Scaling Up Bioelectrochemical Systems for Energy and Resources Recovery from Waste Streams< STRONG><BR><EM>Raúl M Alonso M Isabel San Martín Raúl Mateos Antonio Morán and Adrián Escapa< EM>< P><P><STRONG>Innovative Bioelectrochemical Anaerobic Digestion Coupled System for Process Monitoring Optimization and Product Purification of Wastewater< STRONG><BR><EM>Yifeng Zhang Xiangdan Jin Mingyi Xu and Rusen Zou< EM>< P><P><STRONG>Modeling of Wastewater Treatment and Methane Production in a Flow Through Microbial Electrolysis Cell< STRONG><BR><EM>Javier Dario Coronado Michael Perriera Bala Srinivasan and Boris Tartakovsky< EM>< P><P><STRONG>Understanding the Significance of Current Density in Microbial Electrochemical Cells< STRONG><BR><EM>Hyung Sool Lee and Abid Hussain< EM>< P><P>&nbsp;< P>