FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4310273637> ?p ?o ?g. }

• W4310273637 endingPage "392" @default.
• W4310273637 startingPage "384" @default.
• W4310273637 abstract "A dynamic field of study has emerged involving long-range electron transport by extracellular filaments in anaerobic bacteria, with Geobacter sulfurreducens being used as a model system. The interest in this topic stems from the potential uses of such systems in bioremediation, energy generation, and new bio-based nanotechnology for electronic devices. These conductive extracellular filaments were originally thought, based upon low-resolution observations of dried samples, to be type IV pili (T4P). However, the recently published atomic structure for the T4P from G. sulfurreducens, obtained by cryo-electron microscopy (cryo-EM), is incompatible with the numerous models that have been put forward for electron conduction. As with all high-resolution structures of T4P, the G. sulfurreducens T4P structure shows a partial melting of the α-helix that substantially impacts the aromatic residue positions such that they are incompatible with conductivity. Furthermore, new work using high-resolution cryo-EM shows that conductive filaments thought to be T4P are actually polymerized cytochromes, with stacked heme groups forming a continuous conductive wire, or extracellular DNA. Recent atomic structures of three different cytochrome filaments from G. sulfurreducens suggest that such polymers evolved independently on multiple occasions. The expectation is that such polymerized cytochromes may be found emanating from other anaerobic organisms." @default.
• W4310273637 created "2022-11-30" @default.
• W4310273637 creator A5014879094 @default.
• W4310273637 creator A5039412958 @default.
• W4310273637 creator A5062823811 @default.
• W4310273637 creator A5068113418 @default.
• W4310273637 creator A5078954670 @default.
• W4310273637 date "2023-04-01" @default.
• W4310273637 modified "2023-10-15" @default.
• W4310273637 title "Microbial nanowires: type IV pili or cytochrome filaments?" @default.
• W4310273637 cites W1688275020 @default.
• W4310273637 cites W1969869893 @default.
• W4310273637 cites W2004745913 @default.
• W4310273637 cites W2015333147 @default.
• W4310273637 cites W2019500447 @default.
• W4310273637 cites W2033130475 @default.
• W4310273637 cites W2037244868 @default.
• W4310273637 cites W2040325568 @default.
• W4310273637 cites W2051925784 @default.
• W4310273637 cites W2069804676 @default.
• W4310273637 cites W2070982098 @default.
• W4310273637 cites W2072404529 @default.
• W4310273637 cites W2072489788 @default.
• W4310273637 cites W2078403254 @default.
• W4310273637 cites W2105021118 @default.
• W4310273637 cites W2108797154 @default.
• W4310273637 cites W2111569769 @default.
• W4310273637 cites W2114465729 @default.
• W4310273637 cites W2124704072 @default.
• W4310273637 cites W2127477894 @default.
• W4310273637 cites W2127697948 @default.
• W4310273637 cites W2132047274 @default.
• W4310273637 cites W2133535156 @default.
• W4310273637 cites W2135435872 @default.
• W4310273637 cites W2141967652 @default.
• W4310273637 cites W2238071216 @default.
• W4310273637 cites W2294095426 @default.
• W4310273637 cites W2317381892 @default.
• W4310273637 cites W2416530081 @default.
• W4310273637 cites W2528706897 @default.
• W4310273637 cites W2622374810 @default.
• W4310273637 cites W2750500959 @default.
• W4310273637 cites W2753328444 @default.
• W4310273637 cites W2761286567 @default.
• W4310273637 cites W2796341122 @default.
• W4310273637 cites W2806380570 @default.
• W4310273637 cites W2929827553 @default.
• W4310273637 cites W2937378039 @default.
• W4310273637 cites W2942826440 @default.
• W4310273637 cites W2950336117 @default.
• W4310273637 cites W2983511684 @default.
• W4310273637 cites W2989700493 @default.
• W4310273637 cites W3014307924 @default.
• W4310273637 cites W3015474971 @default.
• W4310273637 cites W3015560610 @default.
• W4310273637 cites W3020897288 @default.
• W4310273637 cites W3049305262 @default.
• W4310273637 cites W3193310201 @default.
• W4310273637 cites W3197904168 @default.
• W4310273637 cites W3198788043 @default.
• W4310273637 cites W4206955070 @default.
• W4310273637 cites W4212865576 @default.
• W4310273637 cites W4214529801 @default.
• W4310273637 cites W4237213021 @default.
• W4310273637 cites W4240669697 @default.
• W4310273637 cites W4281979937 @default.
• W4310273637 cites W4284713443 @default.
• W4310273637 cites W4294666866 @default.
• W4310273637 cites W4306150024 @default.
• W4310273637 doi "https://doi.org/10.1016/j.tim.2022.11.004" @default.
• W4310273637 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/36446702" @default.
• W4310273637 hasPublicationYear "2023" @default.
• W4310273637 type Work @default.
• W4310273637 citedByCount "12" @default.
• W4310273637 countsByYear W43102736372023 @default.
• W4310273637 crossrefType "journal-article" @default.
• W4310273637 hasAuthorship W4310273637A5014879094 @default.
• W4310273637 hasAuthorship W4310273637A5039412958 @default.
• W4310273637 hasAuthorship W4310273637A5062823811 @default.
• W4310273637 hasAuthorship W4310273637A5068113418 @default.
• W4310273637 hasAuthorship W4310273637A5078954670 @default.
• W4310273637 hasConcept C104317684 @default.
• W4310273637 hasConcept C12554922 @default.
• W4310273637 hasConcept C155672457 @default.
• W4310273637 hasConcept C160756335 @default.
• W4310273637 hasConcept C171250308 @default.
• W4310273637 hasConcept C174832134 @default.
• W4310273637 hasConcept C190818770 @default.
• W4310273637 hasConcept C192562407 @default.
• W4310273637 hasConcept C24840226 @default.
• W4310273637 hasConcept C2776062086 @default.
• W4310273637 hasConcept C2779812452 @default.
• W4310273637 hasConcept C28406088 @default.
• W4310273637 hasConcept C523546767 @default.
• W4310273637 hasConcept C54355233 @default.
• W4310273637 hasConcept C547475151 @default.
• W4310273637 hasConcept C55493867 @default.
• W4310273637 hasConcept C58123911 @default.

• next