Output details

Glutamate receptor-dependent increments in lactate, glucose and oxygen metabolism evoked in rat cerebellum in vivo.

Paper resulted from invitation to join international collaboration between Pannun Institute Copenhagen and a CNRS unit in Paris which required our rapid-sampling microdialysis technology to enable multimodal monitoring research. Hashemi (joint first author) was my PhD student. The paper was said to “open a new perspective on the generation of extracellular lactate” and to suggest “an unexpected pathway” in an editorial Commentary by Karl Kasischke in the same issue (pp 1207-1208). Continued relevance of the work has led to invited talks e.g. at the International Society of Neurochemistry/American Society of Neurochemistry Symposium, Mexico (2013).