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September 10, 20250 citations

Carver et al.,Aged Brain Spatial Profiling - GeoMx v1

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CCChase Carver

Key Points

  • Maximal signal is achieved through a quenching step that reduces autofluorescence caused by lipofuscin granules.
  • The protocol includes staining with primary antibodies and imaging on the GeoMx platform for accurate spatial profiling.
  • Immunostaining involves unconjugated and conjugated antibodies to highlight structural features in mouse brain tissue.
  • This method enables detailed examination of senescent and disease-associated microglia in aged brain regions.

Abstract

This protocol provides the staining process for GeoMx digital spatial profiling of mouse brain used in in Carver et al., "Senescent- and disease-associated microglia are modifiable features of aged brain white matter". T Sections were cut at 5 μm from FFPE blocks. Brain slices were adhered to glass slides and stained directly on the surface The immunostaining process involves unconjugated- or fluorophore-conjugated- primary antibodies and secondary antibodies conjugated to fluorophores. Due to old brain accumulation of lipofuscin granules that autofluoresce, we note that in order to achieve maximal signal, a quenching step is performed to extinguish the autofluorescent noise. Transcriptome in situ hybridiazation was performed with the GeoMx Whole Transcriptome Atlas for mouse. Sections were imaged and processed on the GeoMx digital spatial profiling machine platform.

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Cite This Study

Chase Carver (2023) studied this question.

synapsesocial.com/papers/68c1e25454b1d3bfb60ffc1fhttps://doi.org/10.17504/protocols.io.261gedwndv47/v2
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