FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W1762386626> ?p ?o ?g. }

• W1762386626 endingPage "e0140752" @default.
• W1762386626 startingPage "e0140752" @default.
• W1762386626 abstract "Dendritic spines undergo continuous remodeling during development of the nervous system. Their stability is essential for maintaining a functional neuronal circuit. Spine dynamics and stability of cortical excitatory pyramidal neurons have been explored extensively in mammalian animal models. However, little is known about spiny interneurons in non-mammalian vertebrate models. In the present study, neuronal morphology was visualized by single-cell electroporation. Spiny neurons were surveyed in the Xenopus tadpole brain and observed to be widely distributed in the olfactory bulb and telencephalon. DsRed- or PSD95-GFP-expressing spiny interneurons in the olfactory bulb were selected for in vivo time-lapse imaging. Dendritic protrusions were classified as filopodia, thin, stubby, or mushroom spines based on morphology. Dendritic spines on the interneurons were highly dynamic, especially the filopodia and thin spines. The stubby and mushroom spines were relatively more stable, although their stability significantly decreased with longer observation intervals. The 4 spine types exhibited diverse preferences during morphological transitions from one spine type to others. Sensory deprivation induced by severing the olfactory nerve to block the input of mitral/tufted cells had no significant effects on interneuron spine stability. Hence, a new model was established in Xenopus laevis tadpoles to explore dendritic spine dynamics in vivo." @default.
• W1762386626 created "2016-06-24" @default.
• W1762386626 creator A5019246084 @default.
• W1762386626 creator A5026759256 @default.
• W1762386626 creator A5060836220 @default.
• W1762386626 creator A5066716873 @default.
• W1762386626 creator A5072707530 @default.
• W1762386626 date "2015-10-20" @default.
• W1762386626 modified "2023-09-24" @default.
• W1762386626 title "In Vivo Study of Dynamics and Stability of Dendritic Spines on Olfactory Bulb Interneurons in Xenopus laevis Tadpoles" @default.
• W1762386626 cites W1487695731 @default.
• W1762386626 cites W1500274950 @default.
• W1762386626 cites W1513934328 @default.
• W1762386626 cites W1573414031 @default.
• W1762386626 cites W1653383134 @default.
• W1762386626 cites W1775494655 @default.
• W1762386626 cites W1855713874 @default.
• W1762386626 cites W1871421938 @default.
• W1762386626 cites W1964553777 @default.
• W1762386626 cites W1965265090 @default.
• W1762386626 cites W1979897011 @default.
• W1762386626 cites W1980574091 @default.
• W1762386626 cites W1983199685 @default.
• W1762386626 cites W1983688272 @default.
• W1762386626 cites W1988298888 @default.
• W1762386626 cites W1988458670 @default.
• W1762386626 cites W1995374378 @default.
• W1762386626 cites W2001528712 @default.
• W1762386626 cites W2001826441 @default.
• W1762386626 cites W2003896813 @default.
• W1762386626 cites W2006969689 @default.
• W1762386626 cites W2011209444 @default.
• W1762386626 cites W2016682408 @default.
• W1762386626 cites W2018672150 @default.
• W1762386626 cites W2019543624 @default.
• W1762386626 cites W2025551890 @default.
• W1762386626 cites W2031516445 @default.
• W1762386626 cites W2033062514 @default.
• W1762386626 cites W2033606638 @default.
• W1762386626 cites W2034124800 @default.
• W1762386626 cites W2039508969 @default.
• W1762386626 cites W2042522249 @default.
• W1762386626 cites W2044632227 @default.
• W1762386626 cites W2053741581 @default.
• W1762386626 cites W2061278626 @default.
• W1762386626 cites W2065756481 @default.
• W1762386626 cites W2065958702 @default.
• W1762386626 cites W2067829194 @default.
• W1762386626 cites W2073000872 @default.
• W1762386626 cites W2074623278 @default.
• W1762386626 cites W2086536594 @default.
• W1762386626 cites W2090319528 @default.
• W1762386626 cites W2093573816 @default.
• W1762386626 cites W2099347739 @default.
• W1762386626 cites W2103762808 @default.
• W1762386626 cites W2105232223 @default.
• W1762386626 cites W2110164713 @default.
• W1762386626 cites W2110498601 @default.
• W1762386626 cites W2110900924 @default.
• W1762386626 cites W2114129553 @default.
• W1762386626 cites W2117664079 @default.
• W1762386626 cites W2124683806 @default.
• W1762386626 cites W2133093591 @default.
• W1762386626 cites W2145050815 @default.
• W1762386626 cites W2145255740 @default.
• W1762386626 cites W2148714108 @default.
• W1762386626 cites W2149257146 @default.
• W1762386626 cites W2156678388 @default.
• W1762386626 cites W2158657757 @default.
• W1762386626 cites W2162407586 @default.
• W1762386626 cites W2168714798 @default.
• W1762386626 cites W2170159961 @default.
• W1762386626 cites W2171612971 @default.
• W1762386626 cites W4237295187 @default.
• W1762386626 doi "https://doi.org/10.1371/journal.pone.0140752" @default.
• W1762386626 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/4617280" @default.
• W1762386626 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/26485435" @default.
• W1762386626 hasPublicationYear "2015" @default.
• W1762386626 type Work @default.
• W1762386626 sameAs 1762386626 @default.
• W1762386626 citedByCount "9" @default.
• W1762386626 countsByYear W17623866262016 @default.
• W1762386626 countsByYear W17623866262017 @default.
• W1762386626 countsByYear W17623866262019 @default.
• W1762386626 countsByYear W17623866262020 @default.
• W1762386626 countsByYear W17623866262022 @default.
• W1762386626 crossrefType "journal-article" @default.
• W1762386626 hasAuthorship W1762386626A5019246084 @default.
• W1762386626 hasAuthorship W1762386626A5026759256 @default.
• W1762386626 hasAuthorship W1762386626A5060836220 @default.
• W1762386626 hasAuthorship W1762386626A5066716873 @default.
• W1762386626 hasAuthorship W1762386626A5072707530 @default.
• W1762386626 hasBestOaLocation W17623866261 @default.
• W1762386626 hasConcept C104317684 @default.
• W1762386626 hasConcept C105702510 @default.
• W1762386626 hasConcept C125705527 @default.
• W1762386626 hasConcept C148762608 @default.
• W1762386626 hasConcept C169760540 @default.

• next