The rapid pace of discovery in the molecular biology of glutamate receptors includes advances concerning the N-methyl-D-aspartate receptor. New information emerging in this area is already affecting the study of epilepsy in animal models and provides novel opportunities to extrapolate directly to human disease through isolation and chromosomal localization of human glutamate receptor genes. These discoveries are being exploited for improved understanding and treatment of human epilepsy.
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KAROLINSKA INST, NOBEL INST NEUROPHYSIOL, BOX 60400, S-10401 STOCKHOLM 60, SWEDENKAROLINSKA INST, NOBEL INST NEUROPHYSIOL, BOX 60400, S-10401 STOCKHOLM 60, SWEDEN
BUCHANAN, JT
BRODIN, L
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KAROLINSKA INST, NOBEL INST NEUROPHYSIOL, BOX 60400, S-10401 STOCKHOLM 60, SWEDENKAROLINSKA INST, NOBEL INST NEUROPHYSIOL, BOX 60400, S-10401 STOCKHOLM 60, SWEDEN
BRODIN, L
DALE, N
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KAROLINSKA INST, NOBEL INST NEUROPHYSIOL, BOX 60400, S-10401 STOCKHOLM 60, SWEDENKAROLINSKA INST, NOBEL INST NEUROPHYSIOL, BOX 60400, S-10401 STOCKHOLM 60, SWEDEN
DALE, N
GRILLNER, S
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KAROLINSKA INST, NOBEL INST NEUROPHYSIOL, BOX 60400, S-10401 STOCKHOLM 60, SWEDENKAROLINSKA INST, NOBEL INST NEUROPHYSIOL, BOX 60400, S-10401 STOCKHOLM 60, SWEDEN