Fernández-Pastor J M, Morata P, Escobar M C, Fernández-Pastor V J, Morell M
Rev Esp Fisiol. 1986 Jun;42(2):251-6.
The dependent GDH-NADPH activity in adenohypophysis and other cerebral areas, has been studied in hypothyroid rats, in which hypothyroidism has been induced surgically. After thyroidectomy a decrease of GDH activity in limbic system (amygdala, septum and hippocampus), and an increase of this enzyme in cortex and hypothalamus have been found, with no changes in adenohypophysis. The alterations of GDH activity, induced by thyroidectomy, have been corrected, although not uniformly in the different brain areas after L-T3 treatment.
在通过手术诱发甲状腺功能减退的大鼠中,对腺垂体和其他脑区中依赖GDH-NADPH的活性进行了研究。甲状腺切除术后,发现边缘系统(杏仁核、隔区和海马体)中的GDH活性降低,而皮质和下丘脑的这种酶活性增加,腺垂体则无变化。甲状腺切除术后诱导的GDH活性改变,在L-T3治疗后虽未在不同脑区均匀得到纠正,但已有所改善。