FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3149506373> ?p ?o ?g. }

• W3149506373 endingPage "107428" @default.
• W3149506373 startingPage "107428" @default.
• W3149506373 abstract "Typical amnestic treatments are ineffective when administered to subjects trained in aversively-motivated tasks using relatively high foot-shock intensities. This effect has been found when treatments that disrupt neuronal activity are administered to different regions of the brain, including the amygdala. However, the molecular mechanisms induced by this intense training are unknown. We made a detailed mapping of c-Fos-expressing neurons in four regions of the amygdala after moderate and intense one-trial inhibitory avoidance training. Rats were sacrificed 90 min after training or after appropriate control procedures, and their brains were prepared for immunohistochemical c-Fos protein detection in the central, lateral, and in the anterior and posterior parts of the basolateral amygdaloid nucleus. We found a high percentage of neurons expressing c-Fos in the anterior part of the basolateral nucleus after moderate training, and this percentage increased further after intense training. Moderate and intense training did not induce changes in c-Fos expression in the other explored amygdaloid regions. These results show that inhibitory avoidance training produces a localized expression of c-Fos in the basolateral anterior nucleus of the amygdala, which is dependent upon the intensity of training, and indicate that synaptic plastic changes in this region may be required for the formation of memory of moderate and intense aversive learning." @default.
• W3149506373 created "2021-04-13" @default.
• W3149506373 creator A5031181353 @default.
• W3149506373 creator A5035480695 @default.
• W3149506373 creator A5037477106 @default.
• W3149506373 creator A5052264584 @default.
• W3149506373 creator A5057322299 @default.
• W3149506373 date "2021-05-01" @default.
• W3149506373 modified "2023-10-03" @default.
• W3149506373 title "Recruitment of neurons in basolateral amygdala after intense training produces a stronger memory trace" @default.
• W3149506373 cites W1532805410 @default.
• W3149506373 cites W1556394473 @default.
• W3149506373 cites W1562926869 @default.
• W3149506373 cites W1580925897 @default.
• W3149506373 cites W1608785330 @default.
• W3149506373 cites W1675950512 @default.
• W3149506373 cites W1846766371 @default.
• W3149506373 cites W1897360186 @default.
• W3149506373 cites W1966399026 @default.
• W3149506373 cites W1968534535 @default.
• W3149506373 cites W1975146102 @default.
• W3149506373 cites W1984620843 @default.
• W3149506373 cites W1987540037 @default.
• W3149506373 cites W1989757714 @default.
• W3149506373 cites W1990950867 @default.
• W3149506373 cites W1993630149 @default.
• W3149506373 cites W1995811027 @default.
• W3149506373 cites W1996642120 @default.
• W3149506373 cites W2000288312 @default.
• W3149506373 cites W2000822335 @default.
• W3149506373 cites W2001026574 @default.
• W3149506373 cites W2003185538 @default.
• W3149506373 cites W2004159545 @default.
• W3149506373 cites W2006287021 @default.
• W3149506373 cites W2014381082 @default.
• W3149506373 cites W2014519963 @default.
• W3149506373 cites W2017813563 @default.
• W3149506373 cites W2018114747 @default.
• W3149506373 cites W2019138417 @default.
• W3149506373 cites W2023648659 @default.
• W3149506373 cites W2027881468 @default.
• W3149506373 cites W2029687467 @default.
• W3149506373 cites W2031559897 @default.
• W3149506373 cites W2032471499 @default.
• W3149506373 cites W2047045590 @default.
• W3149506373 cites W2050552159 @default.
• W3149506373 cites W2051867124 @default.
• W3149506373 cites W2051959345 @default.
• W3149506373 cites W2053205229 @default.
• W3149506373 cites W2054759905 @default.
• W3149506373 cites W2055770580 @default.
• W3149506373 cites W2060424941 @default.
• W3149506373 cites W2061690520 @default.
• W3149506373 cites W2072322503 @default.
• W3149506373 cites W2077904862 @default.
• W3149506373 cites W2082483340 @default.
• W3149506373 cites W2091345176 @default.
• W3149506373 cites W2098430757 @default.
• W3149506373 cites W2104643304 @default.
• W3149506373 cites W2107069925 @default.
• W3149506373 cites W2107392725 @default.
• W3149506373 cites W2129868828 @default.
• W3149506373 cites W2155176657 @default.
• W3149506373 cites W2158553737 @default.
• W3149506373 cites W2168136532 @default.
• W3149506373 cites W2169371126 @default.
• W3149506373 cites W2169990926 @default.
• W3149506373 cites W2534475745 @default.
• W3149506373 cites W2560906129 @default.
• W3149506373 cites W2586635386 @default.
• W3149506373 cites W2768072486 @default.
• W3149506373 cites W2891463010 @default.
• W3149506373 cites W2951247132 @default.
• W3149506373 cites W2955504961 @default.
• W3149506373 cites W2973323838 @default.
• W3149506373 cites W2990100387 @default.
• W3149506373 cites W3008203237 @default.
• W3149506373 cites W3034305871 @default.
• W3149506373 cites W4210955994 @default.
• W3149506373 cites W4231312070 @default.
• W3149506373 cites W4240741293 @default.
• W3149506373 cites W4243415631 @default.
• W3149506373 cites W4245500012 @default.
• W3149506373 cites W4253179493 @default.
• W3149506373 cites W4297597252 @default.
• W3149506373 doi "https://doi.org/10.1016/j.nlm.2021.107428" @default.
• W3149506373 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/33798697" @default.
• W3149506373 hasPublicationYear "2021" @default.
• W3149506373 type Work @default.
• W3149506373 sameAs 3149506373 @default.
• W3149506373 citedByCount "2" @default.
• W3149506373 countsByYear W31495063732023 @default.
• W3149506373 crossrefType "journal-article" @default.
• W3149506373 hasAuthorship W3149506373A5031181353 @default.
• W3149506373 hasAuthorship W3149506373A5035480695 @default.
• W3149506373 hasAuthorship W3149506373A5037477106 @default.
• W3149506373 hasAuthorship W3149506373A5052264584 @default.
• W3149506373 hasAuthorship W3149506373A5057322299 @default.

• next