AbstractIn Caenorhabditis elegans three pairs of neurons, AFD, AIY, and AIZ, play a key role in thermosensation. The LIM homeobox gene ceh-14 is expressed in the AFD thermosensory neurons. ceh-14 mutant animals display athermotactic behaviors, although the neurons are still present and differentiated. Two other LIM homeobox genes, ttx-3 and lin-11, function in the two interneurons AIY and AIZ, respectively. Thus, the three key thermosensory neurons are specified by three different LIM homeobox genes. ceh-14 ttx-3 lin-11 triple mutant animals have a basic cryophilic thermotaxis behavior indicative of a second thermotaxis pathway. Misexpression of ceh-14 in chemosensory neurons can restore thermotactic behavior without impairing the chemosens...
AbstractTemperature is a critical modulator of animal metabolism and behavior, yet the mechanisms un...
Homeobox proteins are critical regulators of developmental gene transcription and cell specification...
As the environmental temperature prominently influences diverse biological aspects of the animals, t...
AbstractIn Caenorhabditis elegans three pairs of neurons, AFD, AIY, and AIZ, play a key role in ther...
AbstractTranscription factors play key roles in cell fate specification and cell differentiation. Pr...
International audienceTranscription factors play key roles in cell fate specification and cell diffe...
International audienceTranscription factors play key roles in cell fate specification and cell diffe...
AbstractA wide variety of cells are generated by the expression of characteristic sets of genes, pri...
AbstractNeural pathways, which couple temperature-sensing neurons to motor and autonomic outputs, al...
AbstractThe mechanisms by which the diverse functional identities of neurons are generated are poorl...
AbstractTemperature is a critical modulator of animal metabolism and behavior, yet the mechanisms un...
AbstractA wide variety of cells are generated by the expression of characteristic sets of genes, pri...
AbstractTranscription factors play key roles in cell fate specification and cell differentiation. Pr...
AbstractNeural pathways, which couple temperature-sensing neurons to motor and autonomic outputs, al...
AbstractThe cultivation temperature (Tc) modulates the thermosensory responses exhibited by C. elega...
AbstractTemperature is a critical modulator of animal metabolism and behavior, yet the mechanisms un...
Homeobox proteins are critical regulators of developmental gene transcription and cell specification...
As the environmental temperature prominently influences diverse biological aspects of the animals, t...
AbstractIn Caenorhabditis elegans three pairs of neurons, AFD, AIY, and AIZ, play a key role in ther...
AbstractTranscription factors play key roles in cell fate specification and cell differentiation. Pr...
International audienceTranscription factors play key roles in cell fate specification and cell diffe...
International audienceTranscription factors play key roles in cell fate specification and cell diffe...
AbstractA wide variety of cells are generated by the expression of characteristic sets of genes, pri...
AbstractNeural pathways, which couple temperature-sensing neurons to motor and autonomic outputs, al...
AbstractThe mechanisms by which the diverse functional identities of neurons are generated are poorl...
AbstractTemperature is a critical modulator of animal metabolism and behavior, yet the mechanisms un...
AbstractA wide variety of cells are generated by the expression of characteristic sets of genes, pri...
AbstractTranscription factors play key roles in cell fate specification and cell differentiation. Pr...
AbstractNeural pathways, which couple temperature-sensing neurons to motor and autonomic outputs, al...
AbstractThe cultivation temperature (Tc) modulates the thermosensory responses exhibited by C. elega...
AbstractTemperature is a critical modulator of animal metabolism and behavior, yet the mechanisms un...
Homeobox proteins are critical regulators of developmental gene transcription and cell specification...
As the environmental temperature prominently influences diverse biological aspects of the animals, t...