Matches in SemOpenAlex for { <https://semopenalex.org/work/W2896551738> ?p ?o ?g. }
- W2896551738 abstract "Humans differ in their individual navigational performance, in part because successful navigation relies on several diverse abilities. One such navigational capability is path integration, the updating of position and orientation during movement, typically in a sparse, landmark-free environment. This study examined the relationship between path integration abilities and functional connectivity to several canonical intrinsic brain networks. Intrinsic networks within the brain reflect past inputs and communication as well as structural architecture. Individual differences in intrinsic connectivity have been observed for common networks, suggesting that these networks can inform our understanding of individual spatial abilities. Here, we examined individual differences in intrinsic connectivity using resting state magnetic resonance imaging (rsMRI). We tested path integration ability using a loop closure task, in which participants viewed a single video of movement in a circle trajectory in a sparse environment, and then indicated whether the video ended in the same location in which it started. To examine intrinsic brain networks, participants underwent a resting state scan. We found that better performance in the loop task was associated with increased connectivity during rest between the Central Executive Network and posterior hippocampus, parahippocampal cortex, and entorhinal cortex. We also found that connectivity between parahippocampal cortex and the Default Mode Network during rest was associated with better loop closure performance. The results indicate that interactions between medial temporal lobe regions and intrinsic networks that involve prefrontal cortex are important for path integration and navigation." @default.
- W2896551738 created "2018-10-26" @default.
- W2896551738 creator A5007773752 @default.
- W2896551738 creator A5088708682 @default.
- W2896551738 creator A5090312031 @default.
- W2896551738 date "2018-10-16" @default.
- W2896551738 modified "2023-09-26" @default.
- W2896551738 title "Resting State Connectivity Between Medial Temporal Lobe Regions and Intrinsic Cortical Networks Predicts Performance in a Path Integration Task" @default.
- W2896551738 cites W129946528 @default.
- W2896551738 cites W1965412400 @default.
- W2896551738 cites W1968906215 @default.
- W2896551738 cites W1970695058 @default.
- W2896551738 cites W1970792572 @default.
- W2896551738 cites W1970995434 @default.
- W2896551738 cites W1979533714 @default.
- W2896551738 cites W1988274602 @default.
- W2896551738 cites W1990421122 @default.
- W2896551738 cites W1991771535 @default.
- W2896551738 cites W1994490999 @default.
- W2896551738 cites W1998390889 @default.
- W2896551738 cites W2002627566 @default.
- W2896551738 cites W2002923643 @default.
- W2896551738 cites W2004005178 @default.
- W2896551738 cites W2007318901 @default.
- W2896551738 cites W2007442485 @default.
- W2896551738 cites W2008936540 @default.
- W2896551738 cites W2010033828 @default.
- W2896551738 cites W2016954751 @default.
- W2896551738 cites W2019336071 @default.
- W2896551738 cites W2022671987 @default.
- W2896551738 cites W2024707130 @default.
- W2896551738 cites W2029650596 @default.
- W2896551738 cites W2030396712 @default.
- W2896551738 cites W2041325253 @default.
- W2896551738 cites W2046415503 @default.
- W2896551738 cites W2046557060 @default.
- W2896551738 cites W2048087371 @default.
- W2896551738 cites W2052644075 @default.
- W2896551738 cites W2070865438 @default.
- W2896551738 cites W2071881327 @default.
- W2896551738 cites W2076574320 @default.
- W2896551738 cites W2077241140 @default.
- W2896551738 cites W2078219183 @default.
- W2896551738 cites W2079390801 @default.
- W2896551738 cites W2081197259 @default.
- W2896551738 cites W2082940604 @default.
- W2896551738 cites W2088847426 @default.
- W2896551738 cites W2090813996 @default.
- W2896551738 cites W2090838597 @default.
- W2896551738 cites W2094842904 @default.
- W2896551738 cites W2098497273 @default.
- W2896551738 cites W2099866819 @default.
- W2896551738 cites W2106514696 @default.
- W2896551738 cites W2107818193 @default.
- W2896551738 cites W2109217740 @default.
- W2896551738 cites W2109417956 @default.
- W2896551738 cites W2111480039 @default.
- W2896551738 cites W2116658855 @default.
- W2896551738 cites W2117443520 @default.
- W2896551738 cites W2120127728 @default.
- W2896551738 cites W2120546516 @default.
- W2896551738 cites W2121375993 @default.
- W2896551738 cites W2127329335 @default.
- W2896551738 cites W2129391256 @default.
- W2896551738 cites W2132175842 @default.
- W2896551738 cites W2134170969 @default.
- W2896551738 cites W2134312825 @default.
- W2896551738 cites W2136435696 @default.
- W2896551738 cites W2137687353 @default.
- W2896551738 cites W2140203142 @default.
- W2896551738 cites W2141273272 @default.
- W2896551738 cites W2143909130 @default.
- W2896551738 cites W2144232743 @default.
- W2896551738 cites W2146083743 @default.
- W2896551738 cites W2147027939 @default.
- W2896551738 cites W2148247762 @default.
- W2896551738 cites W2148726987 @default.
- W2896551738 cites W2150104440 @default.
- W2896551738 cites W2151428784 @default.
- W2896551738 cites W2152255989 @default.
- W2896551738 cites W2153591523 @default.
- W2896551738 cites W2155492919 @default.
- W2896551738 cites W2156473011 @default.
- W2896551738 cites W2158203474 @default.
- W2896551738 cites W2165159030 @default.
- W2896551738 cites W2167403166 @default.
- W2896551738 cites W2171137378 @default.
- W2896551738 cites W2171140194 @default.
- W2896551738 cites W2296573431 @default.
- W2896551738 cites W2312623844 @default.
- W2896551738 cites W2408924337 @default.
- W2896551738 cites W2411454842 @default.
- W2896551738 cites W2441423324 @default.
- W2896551738 cites W2441659230 @default.
- W2896551738 cites W2593796352 @default.
- W2896551738 cites W2603127499 @default.
- W2896551738 cites W2604624415 @default.
- W2896551738 cites W2800992768 @default.
- W2896551738 cites W2977883299 @default.
- W2896551738 cites W3122325350 @default.