Matches in SemOpenAlex for { <https://semopenalex.org/work/W2291845862> ?p ?o ?g. }
- W2291845862 endingPage "492" @default.
- W2291845862 startingPage "481" @default.
- W2291845862 abstract "The cortico‐basal ganglia and corticothalamic projections have been extensively studied in the context of neurological and psychiatric disorders. Deep brain stimulation (DBS) is known to modulate many of these pathways to produce the desired clinical effect. The aim of this work is to describe the anatomy of the main circuits of the basal ganglia using tractography in a surgical planning station. We used imaging studies of 20 patients who underwent DBS for movement and psychiatric disorders. We segmented the putamen, caudate nucleus (CN), thalamus, and subthalamic nucleus (STN), and we also segmented the cortical areas connected with these subcortical areas. We used tractography to define the subdivisions of the basal ganglia and thalamus through the generation of fibers from the cortical areas to the subcortical structures. We were able to generate the corticostriatal and corticothalamic connections involved in the motor, associative and limbic circuits. Furthermore, we were able to reconstruct the hyperdirect pathway through the corticosubthalamic connections and we found subregions in the STN. Finally, we reconstructed the cortico‐subcortical connections of the ventral intermediate nucleus, the nucleus accumbens and the CN. We identified a feasible delineation of the basal ganglia and thalamus connections using tractography. These results could be potentially useful in DBS if the parcellations are used as targets during surgery. Clin. Anat. 29:481–492, 2016. © 2016 Wiley Periodicals, Inc." @default.
- W2291845862 created "2016-06-24" @default.
- W2291845862 creator A5023349517 @default.
- W2291845862 creator A5027457080 @default.
- W2291845862 creator A5031234504 @default.
- W2291845862 date "2016-02-13" @default.
- W2291845862 modified "2023-10-16" @default.
- W2291845862 title "Tractographical model of the cortico‐basal ganglia and corticothalamic connections" @default.
- W2291845862 cites W1233219571 @default.
- W2291845862 cites W1544572259 @default.
- W2291845862 cites W1592587113 @default.
- W2291845862 cites W1964463911 @default.
- W2291845862 cites W1964588076 @default.
- W2291845862 cites W1969182279 @default.
- W2291845862 cites W1971573262 @default.
- W2291845862 cites W1976887000 @default.
- W2291845862 cites W1979906070 @default.
- W2291845862 cites W1983083967 @default.
- W2291845862 cites W1983305096 @default.
- W2291845862 cites W1985006343 @default.
- W2291845862 cites W1985367358 @default.
- W2291845862 cites W1986269945 @default.
- W2291845862 cites W1986285056 @default.
- W2291845862 cites W1989615119 @default.
- W2291845862 cites W1991067124 @default.
- W2291845862 cites W1992693193 @default.
- W2291845862 cites W1999890357 @default.
- W2291845862 cites W2005882024 @default.
- W2291845862 cites W2007581301 @default.
- W2291845862 cites W2013160622 @default.
- W2291845862 cites W2017957531 @default.
- W2291845862 cites W2018456980 @default.
- W2291845862 cites W2020863412 @default.
- W2291845862 cites W2021119852 @default.
- W2291845862 cites W2021214509 @default.
- W2291845862 cites W2025162361 @default.
- W2291845862 cites W2026812901 @default.
- W2291845862 cites W2034914070 @default.
- W2291845862 cites W2035801035 @default.
- W2291845862 cites W2036785860 @default.
- W2291845862 cites W2044008112 @default.
- W2291845862 cites W2044486230 @default.
- W2291845862 cites W2046213396 @default.
- W2291845862 cites W2047471489 @default.
- W2291845862 cites W2050854812 @default.
- W2291845862 cites W2053240530 @default.
- W2291845862 cites W2058927039 @default.
- W2291845862 cites W2061692165 @default.
- W2291845862 cites W2067707978 @default.
- W2291845862 cites W2068949066 @default.
- W2291845862 cites W2084767606 @default.
- W2291845862 cites W2086247534 @default.
- W2291845862 cites W2086631620 @default.
- W2291845862 cites W2086897324 @default.
- W2291845862 cites W2087815206 @default.
- W2291845862 cites W2102550357 @default.
- W2291845862 cites W2116136260 @default.
- W2291845862 cites W2119578333 @default.
- W2291845862 cites W2127610265 @default.
- W2291845862 cites W2128472904 @default.
- W2291845862 cites W2134737825 @default.
- W2291845862 cites W2149942546 @default.
- W2291845862 cites W2150939147 @default.
- W2291845862 cites W2154936861 @default.
- W2291845862 cites W2156969587 @default.
- W2291845862 cites W2158323535 @default.
- W2291845862 cites W2323036440 @default.
- W2291845862 cites W2326410747 @default.
- W2291845862 cites W837240019 @default.
- W2291845862 doi "https://doi.org/10.1002/ca.22689" @default.
- W2291845862 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/26779936" @default.
- W2291845862 hasPublicationYear "2016" @default.
- W2291845862 type Work @default.
- W2291845862 sameAs 2291845862 @default.
- W2291845862 citedByCount "14" @default.
- W2291845862 countsByYear W22918458622016 @default.
- W2291845862 countsByYear W22918458622017 @default.
- W2291845862 countsByYear W22918458622018 @default.
- W2291845862 countsByYear W22918458622019 @default.
- W2291845862 countsByYear W22918458622021 @default.
- W2291845862 countsByYear W22918458622022 @default.
- W2291845862 countsByYear W22918458622023 @default.
- W2291845862 crossrefType "journal-article" @default.
- W2291845862 hasAuthorship W2291845862A5023349517 @default.
- W2291845862 hasAuthorship W2291845862A5027457080 @default.
- W2291845862 hasAuthorship W2291845862A5031234504 @default.
- W2291845862 hasConcept C105702510 @default.
- W2291845862 hasConcept C126838900 @default.
- W2291845862 hasConcept C142724271 @default.
- W2291845862 hasConcept C143409427 @default.
- W2291845862 hasConcept C149550507 @default.
- W2291845862 hasConcept C151730666 @default.
- W2291845862 hasConcept C169760540 @default.
- W2291845862 hasConcept C2776552330 @default.
- W2291845862 hasConcept C2777319143 @default.
- W2291845862 hasConcept C2778187257 @default.
- W2291845862 hasConcept C2778542668 @default.
- W2291845862 hasConcept C2779134260 @default.