Lithium (Li) actively antagonises the inhibiting action of vinca alkaloids on human leukocyte chemotaxis; it proved to be related to the activation of microtubular system, possibly mediated by its inhibiting effect on cyclic AMP. Vinca alkaloids induce peripheral neuropathy and muscle damage. The molecular basis of this neurotoxicity has not been fully explained, but a possible role of neurofibrillary degeneration has been reported. We studied both in animals and in humans, whether Li is able to antagonise vinca alkaloid neurotoxicity.

Is lithium able to reverse neurological damage induced by vinca alkaloids?

PETRINI, MARIO;VAGLINI, FRANCESCA;SARTUCCI, FERDINANDO;MURRI, LUIGI;CORSINI, GIOVANNI UMBERTO
1999-01-01

Abstract

Lithium (Li) actively antagonises the inhibiting action of vinca alkaloids on human leukocyte chemotaxis; it proved to be related to the activation of microtubular system, possibly mediated by its inhibiting effect on cyclic AMP. Vinca alkaloids induce peripheral neuropathy and muscle damage. The molecular basis of this neurotoxicity has not been fully explained, but a possible role of neurofibrillary degeneration has been reported. We studied both in animals and in humans, whether Li is able to antagonise vinca alkaloid neurotoxicity.
1999
Petrini, Mario; Vaglini, Francesca; G., Cerevetti; M., Cavalletti; Sartucci, Ferdinando; Murri, Luigi; Corsini, GIOVANNI UMBERTO
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11568/168241
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