Section Gene Symbol Age Orientation Objective Veracity Veracity Support
10 aldolase C, fructose-bisphosphate Aldoc E15.5 Sagittal 10X Confirmed
  • Multiple Lines Match
  • Matches In Situ Data
  • BX BAC Address marker
    BX1126 RP24-353H15 EGFP

    Other cross-sections of this brain:GENSAT Brain Atlas, expression of gene Aldoc in mouse age E15.5, brightfield image
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    GENSAT Brain Atlas, expression of gene Aldoc in mouse age E15.5, brightfield image
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    GENSAT Brain Atlas, expression of gene Aldoc in mouse age E15.5, brightfield image
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    GENSAT Brain Atlas, expression of gene Aldoc in mouse age E15.5, brightfield image
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    GENSAT Brain Atlas, expression of gene Aldoc in mouse age E15.5, brightfield image
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    GENSAT Brain Atlas, expression of gene Aldoc in mouse age E15.5, brightfield image
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    GENSAT Brain Atlas, expression of gene Aldoc in mouse age E15.5, brightfield image
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    GENSAT Brain Atlas, expression of gene Aldoc in mouse age E15.5, brightfield image
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    GENSAT Brain Atlas, expression of gene Aldoc in mouse age E15.5, brightfield image
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    GENSAT Brain Atlas, expression of gene Aldoc in mouse age E15.5, brightfield image
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  • Founder Line: FX220
  • Get this BAC Clone from CHORI: BX1126
  • UCSC Genome Browser for this BAC Address: RP24-353H15
  • Read gene expression annotations for this image
  • View other image sets for Aldoc
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    Comment on this Gene:
    According to the literature, Aldoc is a stripe marker for Purkinje cell compartmental organization inside cerebellum. However, neither the BAC data nor the BGEM data and Allen data detect the stripe pattern of expression within Purkinje cell layer. Multiple BAC lines have identical expression pattern at P7. In BAC mice, the EGFP expression is not restricted to the Purkinje cells in cerebellum. The Bergmann glial cells are also labeled, which is reproducible in multiple BAC lines and confirmed by the in situ data from Allen database. Besides cerebellum, the EGFP transgene is expressed in other brain areas.

    Gene Expression Annotations for this image
    structureExpression LevelExpression PatternCell typesSubtypes
    Olfactory epitheliummoderate to strong signalregion-specific
    Olfactory Bulbmoderate to strong signalregion-specific
    Cerebral cortexmoderate to strong signalregion-specific
    Septumweak signalregion-specific
    Thalamusweak signalregion-specific
    Hypothalamusweak signalregion-specific
    Midbrainmoderate to strong signalregion-specific
    Pons+Medullamoderate to strong signalregion-specific
    Cerebellummoderate to strong signalregion-specific


    Other image sets for Aldoc
    age orientation Acquisition technique Founder Line Batch
    adult Horizontal brightfield FX220 3 images
    adult Sagittal brightfield FX220 10 images
    adult Sagittal confocal FX220 3 images
    P7 Horizontal brightfield FX220 3 images
    P7 Horizontal confocal FX220 1 images
    P7 Sagittal brightfield FX220 11 images
    P7 Sagittal confocal FX220 4 images
    P7 Sagittal confocal FX220 2 images
    P7 Sagittal confocal FX220 1 images
    E15.5 Horizontal brightfield FX220 3 images
    E15.5 Horizontal confocal FX220 2 images
    E15.5 Sagittal brightfield FX220 10 images
    E15.5 Sagittal confocal FX220 3 images

    BGEM Probe Related ISH images
    Aldoc 159

    Supporting literature:
    PubMed ID
    1430312
    10440712
    15686102



    Veracity definition
    Confirmed Confirmed refers to genes in which multiple lines yield matching datasets that agree with the available literature, or in which a single line has been produced that matches the available literature. In those cases where there a discrepancy between the literature and the reporter gene data (missing or additional sites of expression), this is noted in the database.
    To Be Confirmed To be confirmed refers to genes in which multiple lines produce matching datasets, but for which no independent expression data is available.
    Anomalous Anomalous refers to data collected from BAC reporter constructs producing different expression patterns in different lines (i.e. position effects).

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