FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2154077853> ?p ?o ?g. }

• W2154077853 endingPage "344" @default.
• W2154077853 startingPage "281" @default.
• W2154077853 abstract "Due to their complexity, electrochemically active biofilms must be studied with a multidisciplinary mindset, bringing together ideas and techniques from multiple fields. Mathematical modeling is a powerful tool that can provide a unifying framework for theories and data from the disparate and multidisciplinary fields of biofilm research. In this chapter, our goal was to develop a model capable of simulating two simultaneous electron transfer mechanisms in electrochemically active biofilms and demonstrate the practical implementation of this model using a MATLAB® client connection to run finite element method software Comsol Multiphysics®. Evidence in the literature suggests that some biofilms, particularly Shewanella oneidensis, produce the requisite components for multiple extracellular electron transfer mechanisms. In this study, a generic model is presented that incorporates diffusion- and conduction-based mechanisms and allows electrochemically active biofilms to utilize both mechanisms simultaneously. The model was applied to S. oneidensis and Geobacter sulfurreducens biofilms using experimentally generated data found in the literature. Our simulation results show that (1) biofilms having both mechanisms available, especially if they can interact, may have a metabolic advantage over biofilms that can use only a single mechanism; (2) the thickness of G. sulfurreducens biofilms is likely not limited by conductivity; (3) accurate intrabiofilm diffusion coefficient values are critical for current generation predictions; and (4) the local biofilm potential and redox potential are two distinct parameters and cannot be assumed to have identical values. Finally, we determined that simulated cyclic and squarewave voltammetry based on our model are currently not capable of determining the specific percentages of extracellular electron transfer mechanisms in a biofilm. This chapter shows how mathematical modeling can be used as a unifying tool for investigating electrochemically active biofilms and electron transfer mechanisms." @default.
• W2154077853 created "2016-06-24" @default.
• W2154077853 creator A5000612492 @default.
• W2154077853 creator A5022743648 @default.
• W2154077853 creator A5041488688 @default.
• W2154077853 creator A5047740126 @default.
• W2154077853 creator A5051101756 @default.
• W2154077853 creator A5054071526 @default.
• W2154077853 creator A5071097322 @default.
• W2154077853 date "2015-09-08" @default.
• W2154077853 modified "2023-10-12" @default.
• W2154077853 title "Mathematical Modeling of Extracellular Electron Transfer in Biofilms" @default.
• W2154077853 cites W1497230136 @default.
• W2154077853 cites W1592160264 @default.
• W2154077853 cites W1606869502 @default.
• W2154077853 cites W1965497387 @default.
• W2154077853 cites W1965596097 @default.
• W2154077853 cites W1966935775 @default.
• W2154077853 cites W1967318957 @default.
• W2154077853 cites W1968603655 @default.
• W2154077853 cites W1970377394 @default.
• W2154077853 cites W1970453413 @default.
• W2154077853 cites W1970977789 @default.
• W2154077853 cites W1973376162 @default.
• W2154077853 cites W1980905565 @default.
• W2154077853 cites W1986242087 @default.
• W2154077853 cites W1987299576 @default.
• W2154077853 cites W1988673993 @default.
• W2154077853 cites W1992230032 @default.
• W2154077853 cites W1993130148 @default.
• W2154077853 cites W1993796303 @default.
• W2154077853 cites W1994193521 @default.
• W2154077853 cites W1994855007 @default.
• W2154077853 cites W1997833583 @default.
• W2154077853 cites W2004078473 @default.
• W2154077853 cites W2009222045 @default.
• W2154077853 cites W2011789799 @default.
• W2154077853 cites W2016263651 @default.
• W2154077853 cites W2017786753 @default.
• W2154077853 cites W2022353385 @default.
• W2154077853 cites W2022559827 @default.
• W2154077853 cites W2026820693 @default.
• W2154077853 cites W2028144086 @default.
• W2154077853 cites W2031052907 @default.
• W2154077853 cites W2031117559 @default.
• W2154077853 cites W2031684106 @default.
• W2154077853 cites W2032562562 @default.
• W2154077853 cites W2038197694 @default.
• W2154077853 cites W2038833197 @default.
• W2154077853 cites W2038979205 @default.
• W2154077853 cites W2039241535 @default.
• W2154077853 cites W2042609223 @default.
• W2154077853 cites W2044889705 @default.
• W2154077853 cites W2045469873 @default.
• W2154077853 cites W2046642169 @default.
• W2154077853 cites W2049092556 @default.
• W2154077853 cites W2052747946 @default.
• W2154077853 cites W2055393579 @default.
• W2154077853 cites W2057662687 @default.
• W2154077853 cites W2062112117 @default.
• W2154077853 cites W2063537943 @default.
• W2154077853 cites W2063752800 @default.
• W2154077853 cites W2067074051 @default.
• W2154077853 cites W2067147276 @default.
• W2154077853 cites W2069488459 @default.
• W2154077853 cites W2080244382 @default.
• W2154077853 cites W2080514469 @default.
• W2154077853 cites W2083989428 @default.
• W2154077853 cites W2090242510 @default.
• W2154077853 cites W2093346236 @default.
• W2154077853 cites W2097235836 @default.
• W2154077853 cites W2101821532 @default.
• W2154077853 cites W2104598518 @default.
• W2154077853 cites W2105819438 @default.
• W2154077853 cites W2106332639 @default.
• W2154077853 cites W2107038462 @default.
• W2154077853 cites W2109120698 @default.
• W2154077853 cites W2113216539 @default.
• W2154077853 cites W2117504081 @default.
• W2154077853 cites W2118001436 @default.
• W2154077853 cites W2118239280 @default.
• W2154077853 cites W2121773902 @default.
• W2154077853 cites W2123057945 @default.
• W2154077853 cites W2125917741 @default.
• W2154077853 cites W2126658792 @default.
• W2154077853 cites W2132105976 @default.
• W2154077853 cites W2136065953 @default.
• W2154077853 cites W2136076653 @default.
• W2154077853 cites W2137723230 @default.
• W2154077853 cites W2139816774 @default.
• W2154077853 cites W2142424033 @default.
• W2154077853 cites W2143444054 @default.
• W2154077853 cites W2144465161 @default.
• W2154077853 cites W2144802007 @default.
• W2154077853 cites W2149110469 @default.
• W2154077853 cites W2152052999 @default.
• W2154077853 cites W2152850496 @default.
• W2154077853 cites W2156366019 @default.

• next