FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3047679981> ?p ?o ?g. }

• W3047679981 endingPage "041002" @default.
• W3047679981 startingPage "041002" @default.
• W3047679981 abstract "Implantable neuroelectronic interfaces have enabled breakthrough advances in the clinical diagnosis and treatment of neurological disorders, as well as in fundamental studies of brain function, behavior, and disease. Intracranial electroencephalography (EEG) mapping with stereo-EEG (sEEG) depth electrodes is routinely adopted for precise epilepsy diagnostics and surgical treatment, while deep brain stimulation has become the standard of care for managing movement disorders. Intracortical microelectrode arrays for high-fidelity recordings of neural spiking activity have led to impressive demonstrations of the power of brain-machine interfaces for motor and sensory functional recovery. Yet, despite the rapid pace of technology development, the issue of establishing a safe, long-term, stable, and functional interface between neuroelectronic devices and the host brain tissue still remains largely unresolved. A body of work spanning at least the last 15 years suggests that safe, chronic integration between invasive electrodes and the brain requires a close match between the mechanical properties of man-made components and the neural tissue. In other words, the next generation of invasive electrodes should be soft and compliant, without sacrificing biological and chemical stability. Soft neuroelectronic interfaces, however, pose a new and significant surgical challenge: bending and buckling during implantation that can preclude accurate and safe device placement. In this topical review, we describe the next generation of soft electrodes and the surgical implantation methods for safe and precise insertion into brain structures. We provide an overview of the most recent innovations in the field of insertion strategies for flexible neural electrodes such as dissolvable or biodegradable carriers, microactuators, biologically-inspired support structures, and electromagnetic drives. In our analysis, we also highlight approaches developed in different fields, such as robotic surgery, which could be potentially adapted and translated to the insertion of flexible neural probes." @default.
• W3047679981 created "2020-08-13" @default.
• W3047679981 creator A5007586199 @default.
• W3047679981 creator A5014872897 @default.
• W3047679981 creator A5023166942 @default.
• W3047679981 creator A5030705558 @default.
• W3047679981 creator A5033370284 @default.
• W3047679981 creator A5036680368 @default.
• W3047679981 creator A5037987411 @default.
• W3047679981 date "2020-08-01" @default.
• W3047679981 modified "2023-10-18" @default.
• W3047679981 title "Gels, jets, mosquitoes, and magnets: a review of implantation strategies for soft neural probes" @default.
• W3047679981 cites W124715329 @default.
• W3047679981 cites W1481096887 @default.
• W3047679981 cites W1527745297 @default.
• W3047679981 cites W1552923836 @default.
• W3047679981 cites W1564900557 @default.
• W3047679981 cites W1575419655 @default.
• W3047679981 cites W1789824814 @default.
• W3047679981 cites W1963842798 @default.
• W3047679981 cites W1964380577 @default.
• W3047679981 cites W1966365325 @default.
• W3047679981 cites W1967356008 @default.
• W3047679981 cites W1967936088 @default.
• W3047679981 cites W1968247669 @default.
• W3047679981 cites W1969870305 @default.
• W3047679981 cites W1969917400 @default.
• W3047679981 cites W1973275441 @default.
• W3047679981 cites W1975624851 @default.
• W3047679981 cites W1978902739 @default.
• W3047679981 cites W1978941715 @default.
• W3047679981 cites W1979107365 @default.
• W3047679981 cites W1979165828 @default.
• W3047679981 cites W1980151067 @default.
• W3047679981 cites W1980264251 @default.
• W3047679981 cites W1986132969 @default.
• W3047679981 cites W1987753882 @default.
• W3047679981 cites W1989394823 @default.
• W3047679981 cites W1994422013 @default.
• W3047679981 cites W1996051288 @default.
• W3047679981 cites W1999169980 @default.
• W3047679981 cites W2001477745 @default.
• W3047679981 cites W2002343340 @default.
• W3047679981 cites W2005416260 @default.
• W3047679981 cites W2006089413 @default.
• W3047679981 cites W2008686569 @default.
• W3047679981 cites W2010033549 @default.
• W3047679981 cites W2012174917 @default.
• W3047679981 cites W2020181250 @default.
• W3047679981 cites W2021310862 @default.
• W3047679981 cites W2026630139 @default.
• W3047679981 cites W2029665044 @default.
• W3047679981 cites W2030009788 @default.
• W3047679981 cites W2030275688 @default.
• W3047679981 cites W2031942331 @default.
• W3047679981 cites W2033792664 @default.
• W3047679981 cites W2035727196 @default.
• W3047679981 cites W2036241879 @default.
• W3047679981 cites W2036955760 @default.
• W3047679981 cites W2042950092 @default.
• W3047679981 cites W2043404570 @default.
• W3047679981 cites W2043435803 @default.
• W3047679981 cites W2046465854 @default.
• W3047679981 cites W2047269087 @default.
• W3047679981 cites W2048767020 @default.
• W3047679981 cites W2049072600 @default.
• W3047679981 cites W2049559794 @default.
• W3047679981 cites W2050681642 @default.
• W3047679981 cites W2053122268 @default.
• W3047679981 cites W2054829220 @default.
• W3047679981 cites W2055253787 @default.
• W3047679981 cites W2055432244 @default.
• W3047679981 cites W2056929785 @default.
• W3047679981 cites W2057482833 @default.
• W3047679981 cites W2060037692 @default.
• W3047679981 cites W2061037723 @default.
• W3047679981 cites W2062333922 @default.
• W3047679981 cites W2063310888 @default.
• W3047679981 cites W2063684643 @default.
• W3047679981 cites W2064869483 @default.
• W3047679981 cites W2067406855 @default.
• W3047679981 cites W2068147451 @default.
• W3047679981 cites W2068616432 @default.
• W3047679981 cites W2069938205 @default.
• W3047679981 cites W2071748149 @default.
• W3047679981 cites W2075480286 @default.
• W3047679981 cites W2075973007 @default.
• W3047679981 cites W2078231187 @default.
• W3047679981 cites W2078817939 @default.
• W3047679981 cites W2083592839 @default.
• W3047679981 cites W2083817323 @default.
• W3047679981 cites W2084224221 @default.
• W3047679981 cites W2084506653 @default.
• W3047679981 cites W2085364034 @default.
• W3047679981 cites W2087196160 @default.
• W3047679981 cites W2087704839 @default.
• W3047679981 cites W2088925033 @default.
• W3047679981 cites W2090157379 @default.

• next