Mutations in the C. elegans gene mig-10 cause defects in neuronal migration, axonal growth, and excretory cell growth. The truncated excretory canal phenotype was used as a genetic model for developmental axonal growth. It was used to isolate mutations in other genes in the mig-10 signal transduction pathway. One new mutation was isolated after two rounds of mutagenesis. Complementation tests and mapping assays showed that neither this mutation, nor several previously isolated mutations, were alleles of mig-10. These mutations may be in genes that act in the same pathway as mig-10
The nervous system has an exceptionally complex morphology. Even in C. elegans, a relatively simple...
Signaling between cells is required for the proper specification of cell fate during the development...
C. elegans is a hermaphrodite which uses an Epidermal Growth Factor Receptor (EGFR) IRAS pathway to ...
In C. elegans, the ras genes interact with mig-10 in regulation of neuron migration and excretory ca...
The gene mig-10 in C. elegans affects cell migration, axon guidance, and process outgrowth. mig-10 s...
The gene, mig-10, is necessary for the proper development of the various neurons in Caenorhabditis e...
The nematode, Caenorhabditis elegans, was used to study the function of genes involved in neurologic...
The C. elegans protein MIG-10 is known to facilitate the connections between surface guidance signal...
AbstractThemig-10gene ofCaenorhabditis elegansis required for the long-range anteroposterior migrati...
The dig-l gene is proposed to encode an adhesion molecule that plays an important role in the develo...
The mig-10 gene in C. elegans is required for proper axon guidance and/or cell migration of certain ...
We wish to understand how the trajectories of the twenty pharyngeal neurons of C. elegans are establ...
The nu385 mutation affects nervous system development in Caenorhabditis elegans. The mutant phenoty...
The goal of this project was to determine the genetic location of nu385, a mutation in C. elegans th...
grantor: University of TorontoCells and axons require molecules to guide them along stereo...
The nervous system has an exceptionally complex morphology. Even in C. elegans, a relatively simple...
Signaling between cells is required for the proper specification of cell fate during the development...
C. elegans is a hermaphrodite which uses an Epidermal Growth Factor Receptor (EGFR) IRAS pathway to ...
In C. elegans, the ras genes interact with mig-10 in regulation of neuron migration and excretory ca...
The gene mig-10 in C. elegans affects cell migration, axon guidance, and process outgrowth. mig-10 s...
The gene, mig-10, is necessary for the proper development of the various neurons in Caenorhabditis e...
The nematode, Caenorhabditis elegans, was used to study the function of genes involved in neurologic...
The C. elegans protein MIG-10 is known to facilitate the connections between surface guidance signal...
AbstractThemig-10gene ofCaenorhabditis elegansis required for the long-range anteroposterior migrati...
The dig-l gene is proposed to encode an adhesion molecule that plays an important role in the develo...
The mig-10 gene in C. elegans is required for proper axon guidance and/or cell migration of certain ...
We wish to understand how the trajectories of the twenty pharyngeal neurons of C. elegans are establ...
The nu385 mutation affects nervous system development in Caenorhabditis elegans. The mutant phenoty...
The goal of this project was to determine the genetic location of nu385, a mutation in C. elegans th...
grantor: University of TorontoCells and axons require molecules to guide them along stereo...
The nervous system has an exceptionally complex morphology. Even in C. elegans, a relatively simple...
Signaling between cells is required for the proper specification of cell fate during the development...
C. elegans is a hermaphrodite which uses an Epidermal Growth Factor Receptor (EGFR) IRAS pathway to ...