AbstractThe Drosophila latheo (lat) gene was identified in a behavioral screen for olfactory memory mutants. The original hypomorphic latP1 mutant (Boynton and Tully 1992) shows a structural defect in adult brain. Homozygous lethal lat mutants lack imaginal discs, show little cell proliferation in the CNS of third instar larvae, and die as early pupae. latP1 was cloned, and all of the above mentioned defects of hypomorphic or homozygous lethal lat mutants were rescued with a lat+ transgene. lat encodes a novel protein with homology to a subunit of the origin recognition complex (ORC). Human and Drosophila LAT both associate with ORC2 and are related to yeast ORC3, suggesting that LAT functions in DNA replication during cell proliferation
[[abstract]]One of the formidable challenges in modern neuroscience is to identify the physical basi...
AbstractMushroom bodies in the Drosophila brain are centers for olfactory learning and memory. We ha...
AbstractDrosophila fasciclinII (fasII) mutants perform poorly after olfactory conditioning due to a ...
AbstractThe Drosophila latheo (lat) gene was identified in a behavioral screen for olfactory memory ...
The Drosophila latheo (lat) gene was identified in a behavioral screen for olfactory memory mutants....
AbstractMutations in the latheo (lat) gene disrupt associative learning in Drosophila , but a role f...
AbstractThe linotte (lio) gene was identified in a screen for mutations that disrupted 3 hr memory a...
We describe the identification of linotte, a new autosomal gene in Drosophila involved with learning...
The linotte (lio) gene was identified in a screen for mutations that disrupted 3 hr memory after olf...
We describe the identification of linotte, a new autosomal gene in Drosophila involved with learning...
Members of the ubiquitous 14-3-3 family of proteins are abundantly expressed in metazoan neurons. Th...
AbstractStudies of Drosophila and other insects have indicated an essential role for the mushroom bo...
Genetic screens for Drosophila mutants defective in pavlovian olfactory memory have provided unique ...
Extensive neurogenetic analysis has shown that memory formation depends critically on cAMP-protein k...
Members of the ubiquitous 14-3-3 family of proteins are abun-dantly expressed in metazoan neurons. T...
[[abstract]]One of the formidable challenges in modern neuroscience is to identify the physical basi...
AbstractMushroom bodies in the Drosophila brain are centers for olfactory learning and memory. We ha...
AbstractDrosophila fasciclinII (fasII) mutants perform poorly after olfactory conditioning due to a ...
AbstractThe Drosophila latheo (lat) gene was identified in a behavioral screen for olfactory memory ...
The Drosophila latheo (lat) gene was identified in a behavioral screen for olfactory memory mutants....
AbstractMutations in the latheo (lat) gene disrupt associative learning in Drosophila , but a role f...
AbstractThe linotte (lio) gene was identified in a screen for mutations that disrupted 3 hr memory a...
We describe the identification of linotte, a new autosomal gene in Drosophila involved with learning...
The linotte (lio) gene was identified in a screen for mutations that disrupted 3 hr memory after olf...
We describe the identification of linotte, a new autosomal gene in Drosophila involved with learning...
Members of the ubiquitous 14-3-3 family of proteins are abundantly expressed in metazoan neurons. Th...
AbstractStudies of Drosophila and other insects have indicated an essential role for the mushroom bo...
Genetic screens for Drosophila mutants defective in pavlovian olfactory memory have provided unique ...
Extensive neurogenetic analysis has shown that memory formation depends critically on cAMP-protein k...
Members of the ubiquitous 14-3-3 family of proteins are abun-dantly expressed in metazoan neurons. T...
[[abstract]]One of the formidable challenges in modern neuroscience is to identify the physical basi...
AbstractMushroom bodies in the Drosophila brain are centers for olfactory learning and memory. We ha...
AbstractDrosophila fasciclinII (fasII) mutants perform poorly after olfactory conditioning due to a ...