nervous system
• 45% of superior cervical ganglion neurons underwent apoptosis compared to about 65% of wildtype by 36 hours of nerve growth factor deprivation
• 10% reduction in the number of hypoglossal nucleus neurons (compared to 50% in wildtype) 35 days after transection of the hypoglossal nerve, indicating protection from cell death
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• delayed neuronal cell death after nerve growth factor withdrawal
• 45% of superior cervical ganglion neurons underwent apoptosis compared to about 65% of wildtype by 36 hours of nerve growth factor deprivation
• increased preservation of mitochondrial membrane potential in superior cervical ganglion neurons after nerve growth factor deprivation compared to wildtype neurons
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• 10% reduction in the number of hypoglossal nucleus neurons (compared to 50% in wildtype) 35 days after transection of the hypoglossal nerve, indicating protection from cell death
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cellular
• 45% of superior cervical ganglion neurons underwent apoptosis compared to about 65% of wildtype by 36 hours of nerve growth factor deprivation
• 10% reduction in the number of hypoglossal nucleus neurons (compared to 50% in wildtype) 35 days after transection of the hypoglossal nerve, indicating protection from cell death
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