We are analyzing https://link.springer.com/article/10.1007/bf01206894.

Title:
Morphology of astroglia in colony cultures following transient exposure to potassium ion, hypoösmolarity and vasopressin | Brain Cell Biology
Description:
Brain swelling is the major cause of delayed neuronal damage following injury to the central nervous system. Swelling of mouse astroglial cells was studied in colony cultures by light and electron microscopy. Swelling of suspended astroglial cells was studied by flow cytometry. Swelling caused by hypoösmolar solution was more pronounced than that caused by 15 or 60mm K+. Under both conditions swelling in both immature and mature astroglia was followed by a regulatory volume decrease. Arginine vasopressin caused mild astroglial swelling and atrial natriuretic peptide did not significantly affect cell volume. All changes in extracellular environment were associated with changes in the morphology of microvilli and varying amounts of membrane ruffling. Immature cells exhibited a delayed response to the application of atrial natriuretic peptide and less membrane ruffling following exposure to 60mm K+ than mature astroglia. These nonspecific morphological changes are likely associated with changes in membrane ion pump activity.
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Keywords {🔍}

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Topics {✒️}

month download article/chapter bumetanide-sensitive ion transport delayed neuronal damage regulatory volume decrease atrial natriuretic peptide central nervous system arginine vasopressin neuronal damage privacy choices/manage cookies atrial natriuretic factor atrial natriuretic factors mouse astroglial cells january 1992 volume 21 chloride ion mechanisms full article pdf astrocyte cell lineage suspended astroglial cells van der woude astrocyte primary cultures primary astrocyte cultures [3h] diazepam binding anin vitro model differentiating mouse astrocytes frozen-thawed cells cyclic gmp levels cyclic gmp analog dibutyryl cyclic amp brain natriuretic peptides european economic area related subjects alkanoic acid derivative excitatory neurotransmitter glutamate john wright psg spontaneously hypertensive rats central vasopressin realistic cell model membrane potential depolarization cell volume regulation cultures andin situ v1 receptor antagonist peptide receptors trauma-induced swelling glutamate-induced swelling immature cells exhibited edited bycervos-navarro conditions privacy policy accepting optional cookies �nonmolecular’ cell biology cultured hippocampal astrocytes disentangling astroglial physiology

Schema {🗺️}

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         description:Brain swelling is the major cause of delayed neuronal damage following injury to the central nervous system. Swelling of mouse astroglial cells was studied in colony cultures by light and electron microscopy. Swelling of suspended astroglial cells was studied by flow cytometry. Swelling caused by hypoösmolar solution was more pronounced than that caused by 15 or 60mm K+. Under both conditions swelling in both immature and mature astroglia was followed by a regulatory volume decrease. Arginine vasopressin caused mild astroglial swelling and atrial natriuretic peptide did not significantly affect cell volume. All changes in extracellular environment were associated with changes in the morphology of microvilli and varying amounts of membrane ruffling. Immature cells exhibited a delayed response to the application of atrial natriuretic peptide and less membrane ruffling following exposure to 60mm K+ than mature astroglia. These nonspecific morphological changes are likely associated with changes in membrane ion pump activity.
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      headline:Morphology of astroglia in colony cultures following transient exposure to potassium ion, hypoösmolarity and vasopressin
      description:Brain swelling is the major cause of delayed neuronal damage following injury to the central nervous system. Swelling of mouse astroglial cells was studied in colony cultures by light and electron microscopy. Swelling of suspended astroglial cells was studied by flow cytometry. Swelling caused by hypoösmolar solution was more pronounced than that caused by 15 or 60mm K+. Under both conditions swelling in both immature and mature astroglia was followed by a regulatory volume decrease. Arginine vasopressin caused mild astroglial swelling and atrial natriuretic peptide did not significantly affect cell volume. All changes in extracellular environment were associated with changes in the morphology of microvilli and varying amounts of membrane ruffling. Immature cells exhibited a delayed response to the application of atrial natriuretic peptide and less membrane ruffling following exposure to 60mm K+ than mature astroglia. These nonspecific morphological changes are likely associated with changes in membrane ion pump activity.
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      dateModified:
      pageStart:7
      pageEnd:18
      sameAs:https://doi.org/10.1007/BF01206894
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         Arginine
         Vasopressin
         Atrial Natriuretic Peptide
         Neuronal Damage
         Regulatory Volume
         Neurosciences
         Neurobiology
         Cell Biology
         Life Sciences
         general
         Biological Microscopy
         Developmental Biology
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