Axonal voltage-gated ion channels as pharmacological targets for pain von Moldovan, Mihai, Alvarez, Susana, Romer Rosberg, Mette, Krarup, Christian

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Functional Recovery of Regenerating Motor Axons is Delayed in Mice Heterozygously Deficient for the Myelin Protein P0 Gene von Rosberg, Mette Romer, Alvarez, Susana, Krarup, Christian, Moldovan, Mihai

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Aging-associated changes in motor axon voltage-gated Na+ channel function in mice von Moldovan, Mihai, Rosberg, Mette Romer, Alvarez, Susana, Klein, Dennis, Martini, Rudolf, Krarup, Christian

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Nerve excitability in the rat forelimb: a technique to improve translational utility von Arnold, Ria, Moldovan, Mihai, Rosberg, Mette Romer, Krishnan, Arun V., Morris, Renee, Krarup, Christian

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Erratum to ‘‘Axonal voltage-gated ion channels as pharmacological targets for pain’’ [Eur. J. Pharmacol. 708 (1–3) 105–112] von Moldovan, Mihai, Alvarez, Susana, Romer Rosberg, Mette, Krarup, Christian

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Functional Recovery of Regenerating Motor Axons is Delayed in Mice Heterozygously Deficient for the Myelin Protein P sub(0) Gene von Rosberg, Mette Romer, Alvarez, Susana, Krarup, Christian, Moldovan, Mihai

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Functional Recovery of Regenerating Motor Axons is Delayed in Mice Heterozygously Deficient for the Myelin Protein P^sub 0^ Gene von Rosberg, Mette Romer, Alvarez, Susana, Krarup, Christian, Moldovan, Mihai

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Functional recovery of regenerating motor axons is delayed in mice heterozygously deficient for the myelin protein P(0) gene von Rosberg, Mette Romer, Alvarez, Susana, Krarup, Christian, Moldovan, Mihai

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