Hmn147 Work Access

The full details of this work were published in journals such as Development and PMC in early 2020.

: These dendrites grow through "retrograde extension," where the tip of the dendrite is fixed in place at the nose while the cell body moves away as the embryo elongates. hmn147 work

When scientists analyze the behavioral outcomes of HMN147 work in animal models (primarily rodents), several repeatable effects emerge: The full details of this work were published

The 2020 Development paper by Cebul et al. identifies the hmn147 allele as a mutation in the sax-7 (L1CAM) gene, which disrupts neuronal anchoring to glia in C. elegans . This study demonstrates that SAX-7 and GRDN-1 are critical for retrograde dendrite extension, allowing sensory neurons to maintain glial attachment during body growth. Read the full paper at Development . identifies the hmn147 allele as a mutation in