We isolated astrocytes from S89G-DMP1 adult mouse cortex and generated primary astrocyte cultures (Figs. 3A and S2).
m6A sequencing of embryonic mouse cortex reveals enrichment of mRNAs related to transcription factors, neurogenesis, the cell cycle, and neuronal differentiation, and m6A tagging promotes their decay.
We also used epigenomic analysis of human and mouse cortex tissue to directly compare the genome-wide enhancer architecture in these species.
Cerebral expression of miR-130a then decreases during the postnatal period throughout the rest of development and is detected only at a low level in the adult mouse cortex (Eda et al., 2011; Søe et al., 2011).
Fig. 10 Reconstructions of a mouse cortex, using: a the proposed SIRT-FBP method with 100 approximated iterations, b standard gridrec with the Shepp Logan filter, and c standard gridrec with the Parzen filter.
Primary mouse astrocytes were isolated and cultured as described: mouse cortex from 3-month-old WT and S89G-DMP1 mice (both genders) were collected under aseptic conditions, followed by digestion with 2% papain in HBSS.
Now, a new video showing the nanoscale connections within a tiny chunk of mouse cortex shows what neuroscientists are up against.
Primary neuronal cultures (11 DIV) from embryonic mouse cortex were analyzed by confocal microscopy.
The results are illustrated in Figure 5, which displays micrographs of typical binding in mouse cortex for each peptide.
As shown in the figure, in this analysis the different parts of the mouse cortex are divided over different components.
The SVZ from YFP mice was co-cultivated in contact with wild type mouse cortex (see organotypic preparation above).
