FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2131259238> ?p ?o ?g. }

• W2131259238 abstract "Abstract Loss of a sensory input causes the hypersensitivity in other modalities. In addition to cross-modal plasticity, the sensory cortices without receiving inputs undergo the plastic changes. It is not clear how the different types of neurons and synapses in the sensory cortex coordinately change after input deficits in order to prevent loss of their functions and to be used for other modalities. We studied this subject in the barrel cortices from whiskers-trimmed mice vs. controls. After whisker trimming for a week, the intrinsic properties of pyramidal neurons and the transmission of excitatory synapses were upregulated in the barrel cortex, but inhibitory neurons and GABAergic synapses were downregulated. The morphological analyses indicated that the number of processes and spines in pyramidal neurons increased, whereas the processes of GABAergic neurons decreased in the barrel cortex. The upregulation of excitatory neurons and the downregulation of inhibitory neurons boost the activity of network neurons in the barrel cortex to be high levels, which prevent the loss of their functions and enhances their sensitivity to sensory inputs. These changes may prepare for attracting the innervations from sensory cortices and/or peripheral nerves for other modalities during cross-modal plasticity." @default.
• W2131259238 created "2016-06-24" @default.
• W2131259238 creator A5039413746 @default.
• W2131259238 creator A5047899047 @default.
• W2131259238 creator A5048588518 @default.
• W2131259238 creator A5059009818 @default.
• W2131259238 creator A5088543620 @default.
• W2131259238 date "2013-01-03" @default.
• W2131259238 modified "2023-10-16" @default.
• W2131259238 title "Upregulation of excitatory neurons and downregulation of inhibitory neurons in barrel cortex are associated with loss of whisker inputs" @default.
• W2131259238 cites W1482683088 @default.
• W2131259238 cites W1557208597 @default.
• W2131259238 cites W1580480836 @default.
• W2131259238 cites W1594941372 @default.
• W2131259238 cites W1746647265 @default.
• W2131259238 cites W1832049449 @default.
• W2131259238 cites W188937245 @default.
• W2131259238 cites W1963806203 @default.
• W2131259238 cites W1964143171 @default.
• W2131259238 cites W1967271125 @default.
• W2131259238 cites W1969330887 @default.
• W2131259238 cites W1971095698 @default.
• W2131259238 cites W1971341767 @default.
• W2131259238 cites W1972643176 @default.
• W2131259238 cites W1974667969 @default.
• W2131259238 cites W1979250220 @default.
• W2131259238 cites W1979996076 @default.
• W2131259238 cites W1982839366 @default.
• W2131259238 cites W1985722883 @default.
• W2131259238 cites W1986660653 @default.
• W2131259238 cites W1991935813 @default.
• W2131259238 cites W1997989561 @default.
• W2131259238 cites W1998073864 @default.
• W2131259238 cites W1999441691 @default.
• W2131259238 cites W2000822335 @default.
• W2131259238 cites W2000874341 @default.
• W2131259238 cites W2001097170 @default.
• W2131259238 cites W2001528712 @default.
• W2131259238 cites W2004803686 @default.
• W2131259238 cites W2005488274 @default.
• W2131259238 cites W2009049236 @default.
• W2131259238 cites W2010430011 @default.
• W2131259238 cites W2011971123 @default.
• W2131259238 cites W2012298075 @default.
• W2131259238 cites W2013367089 @default.
• W2131259238 cites W2015701831 @default.
• W2131259238 cites W2020939800 @default.
• W2131259238 cites W2022970771 @default.
• W2131259238 cites W2031183937 @default.
• W2131259238 cites W2031496699 @default.
• W2131259238 cites W2035647952 @default.
• W2131259238 cites W2039655932 @default.
• W2131259238 cites W2050007573 @default.
• W2131259238 cites W2051968650 @default.
• W2131259238 cites W2052921419 @default.
• W2131259238 cites W2054959632 @default.
• W2131259238 cites W2060589548 @default.
• W2131259238 cites W2062813684 @default.
• W2131259238 cites W2063357927 @default.
• W2131259238 cites W2065426842 @default.
• W2131259238 cites W2074414687 @default.
• W2131259238 cites W2076837924 @default.
• W2131259238 cites W2080143204 @default.
• W2131259238 cites W2087847776 @default.
• W2131259238 cites W2090319528 @default.
• W2131259238 cites W2099468526 @default.
• W2131259238 cites W2124613752 @default.
• W2131259238 cites W2135162718 @default.
• W2131259238 cites W2135576811 @default.
• W2131259238 cites W2151305781 @default.
• W2131259238 cites W2152220402 @default.
• W2131259238 cites W2152316790 @default.
• W2131259238 cites W2158213549 @default.
• W2131259238 cites W2162390635 @default.
• W2131259238 cites W2163005846 @default.
• W2131259238 cites W2163204327 @default.
• W2131259238 cites W2168068691 @default.
• W2131259238 cites W2171647806 @default.
• W2131259238 cites W2442886095 @default.
• W2131259238 doi "https://doi.org/10.1186/1756-6606-6-2" @default.
• W2131259238 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/3548736" @default.
• W2131259238 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/23286328" @default.
• W2131259238 hasPublicationYear "2013" @default.
• W2131259238 type Work @default.
• W2131259238 sameAs 2131259238 @default.
• W2131259238 citedByCount "38" @default.
• W2131259238 countsByYear W21312592382013 @default.
• W2131259238 countsByYear W21312592382014 @default.
• W2131259238 countsByYear W21312592382015 @default.
• W2131259238 countsByYear W21312592382016 @default.
• W2131259238 countsByYear W21312592382017 @default.
• W2131259238 countsByYear W21312592382018 @default.
• W2131259238 countsByYear W21312592382019 @default.
• W2131259238 countsByYear W21312592382020 @default.
• W2131259238 countsByYear W21312592382021 @default.
• W2131259238 countsByYear W21312592382023 @default.
• W2131259238 crossrefType "journal-article" @default.
• W2131259238 hasAuthorship W2131259238A5039413746 @default.
• W2131259238 hasAuthorship W2131259238A5047899047 @default.
• W2131259238 hasAuthorship W2131259238A5048588518 @default.

• next