basic protein mbp Search Results


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Cusabio mbp expression by elisa
FIGURE 8 | Local elevation of glutamate in WT CNS results in local loss of myelin integrity in the presence of astrocytes. (A–C) Treatment of cerebellar slices with glutamate results in a disruption of myelin organization and a release of <t>MBP</t> (red). Control slices in the absence of glutamate (A) compared to parallel slices (B) treated with 100 µM L-glutamic acid for 24 h. Note the reduction and fragmentation of the MBP processes in CID treated slices compared to controls. Quantitation of MBP by <t>ELISA</t> (C) in the conditioned medium of control and (12 h) glutamate treated slices. MBP levels are significantly increased following glutamate treatment. (D–J) Injection of glutamate into spinal cord white matter results in a loss of myelin integrity (MBP, green) but not astrocytes (GFAP, red). There is a loss of MBP staining in the region of glutamate injection (D) without concomitant loss of astrocytes (D’). (D”) Astrocyte processes are retained in regions of MBP loss. (Continued)
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Boster Bio myelin basic protein mbp
FIGURE 8 | Local elevation of glutamate in WT CNS results in local loss of myelin integrity in the presence of astrocytes. (A–C) Treatment of cerebellar slices with glutamate results in a disruption of myelin organization and a release of <t>MBP</t> (red). Control slices in the absence of glutamate (A) compared to parallel slices (B) treated with 100 µM L-glutamic acid for 24 h. Note the reduction and fragmentation of the MBP processes in CID treated slices compared to controls. Quantitation of MBP by <t>ELISA</t> (C) in the conditioned medium of control and (12 h) glutamate treated slices. MBP levels are significantly increased following glutamate treatment. (D–J) Injection of glutamate into spinal cord white matter results in a loss of myelin integrity (MBP, green) but not astrocytes (GFAP, red). There is a loss of MBP staining in the region of glutamate injection (D) without concomitant loss of astrocytes (D’). (D”) Astrocyte processes are retained in regions of MBP loss. (Continued)
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FIGURE 8 | Local elevation of glutamate in WT CNS results in local loss of myelin integrity in the presence of astrocytes. (A–C) Treatment of cerebellar slices with glutamate results in a disruption of myelin organization and a release of <t>MBP</t> (red). Control slices in the absence of glutamate (A) compared to parallel slices (B) treated with 100 µM L-glutamic acid for 24 h. Note the reduction and fragmentation of the MBP processes in CID treated slices compared to controls. Quantitation of MBP by <t>ELISA</t> (C) in the conditioned medium of control and (12 h) glutamate treated slices. MBP levels are significantly increased following glutamate treatment. (D–J) Injection of glutamate into spinal cord white matter results in a loss of myelin integrity (MBP, green) but not astrocytes (GFAP, red). There is a loss of MBP staining in the region of glutamate injection (D) without concomitant loss of astrocytes (D’). (D”) Astrocyte processes are retained in regions of MBP loss. (Continued)
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Miltenyi Biotec myelin basic protein mbp
FIGURE 8 | Local elevation of glutamate in WT CNS results in local loss of myelin integrity in the presence of astrocytes. (A–C) Treatment of cerebellar slices with glutamate results in a disruption of myelin organization and a release of <t>MBP</t> (red). Control slices in the absence of glutamate (A) compared to parallel slices (B) treated with 100 µM L-glutamic acid for 24 h. Note the reduction and fragmentation of the MBP processes in CID treated slices compared to controls. Quantitation of MBP by <t>ELISA</t> (C) in the conditioned medium of control and (12 h) glutamate treated slices. MBP levels are significantly increased following glutamate treatment. (D–J) Injection of glutamate into spinal cord white matter results in a loss of myelin integrity (MBP, green) but not astrocytes (GFAP, red). There is a loss of MBP staining in the region of glutamate injection (D) without concomitant loss of astrocytes (D’). (D”) Astrocyte processes are retained in regions of MBP loss. (Continued)
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Boster Bio antibody rabbit anti mbp
FIGURE 8 | Local elevation of glutamate in WT CNS results in local loss of myelin integrity in the presence of astrocytes. (A–C) Treatment of cerebellar slices with glutamate results in a disruption of myelin organization and a release of <t>MBP</t> (red). Control slices in the absence of glutamate (A) compared to parallel slices (B) treated with 100 µM L-glutamic acid for 24 h. Note the reduction and fragmentation of the MBP processes in CID treated slices compared to controls. Quantitation of MBP by <t>ELISA</t> (C) in the conditioned medium of control and (12 h) glutamate treated slices. MBP levels are significantly increased following glutamate treatment. (D–J) Injection of glutamate into spinal cord white matter results in a loss of myelin integrity (MBP, green) but not astrocytes (GFAP, red). There is a loss of MBP staining in the region of glutamate injection (D) without concomitant loss of astrocytes (D’). (D”) Astrocyte processes are retained in regions of MBP loss. (Continued)
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FIGURE 8 | Local elevation of glutamate in WT CNS results in local loss of myelin integrity in the presence of astrocytes. (A–C) Treatment of cerebellar slices with glutamate results in a disruption of myelin organization and a release of <t>MBP</t> (red). Control slices in the absence of glutamate (A) compared to parallel slices (B) treated with 100 µM L-glutamic acid for 24 h. Note the reduction and fragmentation of the MBP processes in CID treated slices compared to controls. Quantitation of MBP by <t>ELISA</t> (C) in the conditioned medium of control and (12 h) glutamate treated slices. MBP levels are significantly increased following glutamate treatment. (D–J) Injection of glutamate into spinal cord white matter results in a loss of myelin integrity (MBP, green) but not astrocytes (GFAP, red). There is a loss of MBP staining in the region of glutamate injection (D) without concomitant loss of astrocytes (D’). (D”) Astrocyte processes are retained in regions of MBP loss. (Continued)
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Miltenyi Biotec apc conjugated anti sca1
FIGURE 8 | Local elevation of glutamate in WT CNS results in local loss of myelin integrity in the presence of astrocytes. (A–C) Treatment of cerebellar slices with glutamate results in a disruption of myelin organization and a release of <t>MBP</t> (red). Control slices in the absence of glutamate (A) compared to parallel slices (B) treated with 100 µM L-glutamic acid for 24 h. Note the reduction and fragmentation of the MBP processes in CID treated slices compared to controls. Quantitation of MBP by <t>ELISA</t> (C) in the conditioned medium of control and (12 h) glutamate treated slices. MBP levels are significantly increased following glutamate treatment. (D–J) Injection of glutamate into spinal cord white matter results in a loss of myelin integrity (MBP, green) but not astrocytes (GFAP, red). There is a loss of MBP staining in the region of glutamate injection (D) without concomitant loss of astrocytes (D’). (D”) Astrocyte processes are retained in regions of MBP loss. (Continued)
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FIGURE 8 | Local elevation of glutamate in WT CNS results in local loss of myelin integrity in the presence of astrocytes. (A–C) Treatment of cerebellar slices with glutamate results in a disruption of myelin organization and a release of <t>MBP</t> (red). Control slices in the absence of glutamate (A) compared to parallel slices (B) treated with 100 µM L-glutamic acid for 24 h. Note the reduction and fragmentation of the MBP processes in CID treated slices compared to controls. Quantitation of MBP by <t>ELISA</t> (C) in the conditioned medium of control and (12 h) glutamate treated slices. MBP levels are significantly increased following glutamate treatment. (D–J) Injection of glutamate into spinal cord white matter results in a loss of myelin integrity (MBP, green) but not astrocytes (GFAP, red). There is a loss of MBP staining in the region of glutamate injection (D) without concomitant loss of astrocytes (D’). (D”) Astrocyte processes are retained in regions of MBP loss. (Continued)
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Antibodies Inc rabbit anti myelin basic protein
FIGURE 8 | Local elevation of glutamate in WT CNS results in local loss of myelin integrity in the presence of astrocytes. (A–C) Treatment of cerebellar slices with glutamate results in a disruption of myelin organization and a release of <t>MBP</t> (red). Control slices in the absence of glutamate (A) compared to parallel slices (B) treated with 100 µM L-glutamic acid for 24 h. Note the reduction and fragmentation of the MBP processes in CID treated slices compared to controls. Quantitation of MBP by <t>ELISA</t> (C) in the conditioned medium of control and (12 h) glutamate treated slices. MBP levels are significantly increased following glutamate treatment. (D–J) Injection of glutamate into spinal cord white matter results in a loss of myelin integrity (MBP, green) but not astrocytes (GFAP, red). There is a loss of MBP staining in the region of glutamate injection (D) without concomitant loss of astrocytes (D’). (D”) Astrocyte processes are retained in regions of MBP loss. (Continued)
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Image Search Results


FIGURE 8 | Local elevation of glutamate in WT CNS results in local loss of myelin integrity in the presence of astrocytes. (A–C) Treatment of cerebellar slices with glutamate results in a disruption of myelin organization and a release of MBP (red). Control slices in the absence of glutamate (A) compared to parallel slices (B) treated with 100 µM L-glutamic acid for 24 h. Note the reduction and fragmentation of the MBP processes in CID treated slices compared to controls. Quantitation of MBP by ELISA (C) in the conditioned medium of control and (12 h) glutamate treated slices. MBP levels are significantly increased following glutamate treatment. (D–J) Injection of glutamate into spinal cord white matter results in a loss of myelin integrity (MBP, green) but not astrocytes (GFAP, red). There is a loss of MBP staining in the region of glutamate injection (D) without concomitant loss of astrocytes (D’). (D”) Astrocyte processes are retained in regions of MBP loss. (Continued)

Journal: Frontiers in cellular neuroscience

Article Title: Astrocytes Are Required for Oligodendrocyte Survival and Maintenance of Myelin Compaction and Integrity.

doi: 10.3389/fncel.2020.00074

Figure Lengend Snippet: FIGURE 8 | Local elevation of glutamate in WT CNS results in local loss of myelin integrity in the presence of astrocytes. (A–C) Treatment of cerebellar slices with glutamate results in a disruption of myelin organization and a release of MBP (red). Control slices in the absence of glutamate (A) compared to parallel slices (B) treated with 100 µM L-glutamic acid for 24 h. Note the reduction and fragmentation of the MBP processes in CID treated slices compared to controls. Quantitation of MBP by ELISA (C) in the conditioned medium of control and (12 h) glutamate treated slices. MBP levels are significantly increased following glutamate treatment. (D–J) Injection of glutamate into spinal cord white matter results in a loss of myelin integrity (MBP, green) but not astrocytes (GFAP, red). There is a loss of MBP staining in the region of glutamate injection (D) without concomitant loss of astrocytes (D’). (D”) Astrocyte processes are retained in regions of MBP loss. (Continued)

Article Snippet: To quantify the release of MBP, conditioned media was collected 24 h after glutamate treatment in serum free media and assayed for MBP expression by ELISA (Cusabio Biotech, CSBE08285m).

Techniques: Disruption, Control, Quantitation Assay, Enzyme-linked Immunosorbent Assay, Injection, Staining