123489 🌟

: 123,489 is not a prime number; it is divisible by 3 (

: This level of granularity allowed for the discovery that certain proteins (like ApoE) can drive selective neurodegeneration, providing a potential roadmap for future Alzheimer's treatments. Numerical & Fun Facts 123489

In advanced neurological studies, 123,489 often refers to the specific number of (cells) analyzed in large-scale single-nucleus RNA sequencing (snRNA-seq) . : 123,489 is not a prime number; it

While the number appears to be a simple sequential sequence of digits, it holds significant technical value in the field of neuroscience and genomic research. Specifically, it represents the scale of data used in groundbreaking studies mapping the human brain at a cellular level. High-Resolution Brain Mapping Specifically, it represents the scale of data used

Beyond high-level science, the number has a few interesting properties:

: It is nearly a full sequence of consecutive digits (1-2-3-4...8-9), missing only 5, 6, and 7.

: By sequencing exactly 123,489 nuclei, scientists were able to identify 27 distinct cell-type clusters , including 16 neuronal and 11 non-neuronal clusters.