Drosophila larvae can be trained to avoid odours associated with electric shock. We describe here, an improved method of aversive conditioning and a procedure for decomposing learning retention curve that enables us to do a quantitative analysis of memory phases, short term (STM), middle term (MTM) and long term (LTM) as a function of training cycles. The same method of analysis when applied to learning mutants dunce, amnesiac, rutabaga and radish reveals memory deficits characteristic of the mutant strains
Olfactory memory paradigms have been extensively used to study memory in Drosophila since the late 1...
Normal Drosophila learn to avoid an odorant associated with electric shock. An X-linked mutant, dunc...
Animals need to evaluate their experiences in order to cope with new situations they encounter. This...
Associative plasticity is a basic essential attribute of nervous systems. As shown by numerous repor...
Associative strength between conditioned stimulus (CS) and unconditioned stimulus (US) is thought to...
Drosophila have been used in classical conditioning experiments for over 40 years, thus greatly faci...
Memory formation is a highly complex and dynamic process. It consists of different phases, which dep...
*These authors contributed equally to this work. Associative plasticity is a basic essential attribu...
Associative plasticity is a basic essential attribute of nervous systems. As shown by numerous repor...
Learning can rely on stimulus quality, stimulus intensity, or a combination of these. Regarding olfa...
Memory of Drosophila olfactory conditioning has been dissected into several functional components in...
It is now almost forty years since the first description of learning in the fruit fly Drosophila mel...
Various learning tasks have been described in Drosophila melanogaster, flies being either tested in ...
A biological understanding of memory remains one of the great quests of neuroscience. For over 30 ye...
Abstract only availableFaculty Mentor: Dr. Troy Zars, Biological SciencesLearning describes the abil...
Olfactory memory paradigms have been extensively used to study memory in Drosophila since the late 1...
Normal Drosophila learn to avoid an odorant associated with electric shock. An X-linked mutant, dunc...
Animals need to evaluate their experiences in order to cope with new situations they encounter. This...
Associative plasticity is a basic essential attribute of nervous systems. As shown by numerous repor...
Associative strength between conditioned stimulus (CS) and unconditioned stimulus (US) is thought to...
Drosophila have been used in classical conditioning experiments for over 40 years, thus greatly faci...
Memory formation is a highly complex and dynamic process. It consists of different phases, which dep...
*These authors contributed equally to this work. Associative plasticity is a basic essential attribu...
Associative plasticity is a basic essential attribute of nervous systems. As shown by numerous repor...
Learning can rely on stimulus quality, stimulus intensity, or a combination of these. Regarding olfa...
Memory of Drosophila olfactory conditioning has been dissected into several functional components in...
It is now almost forty years since the first description of learning in the fruit fly Drosophila mel...
Various learning tasks have been described in Drosophila melanogaster, flies being either tested in ...
A biological understanding of memory remains one of the great quests of neuroscience. For over 30 ye...
Abstract only availableFaculty Mentor: Dr. Troy Zars, Biological SciencesLearning describes the abil...
Olfactory memory paradigms have been extensively used to study memory in Drosophila since the late 1...
Normal Drosophila learn to avoid an odorant associated with electric shock. An X-linked mutant, dunc...
Animals need to evaluate their experiences in order to cope with new situations they encounter. This...