Harpur E S, D'Arcy P F
Experientia. 1975 Nov 15;31(11):1323-5. doi: 10.1007/BF01945807.
Following the finding that melanin pigment played a role in the accumulation of ototoxic drugs in the inner ear, an investigation was made of the possible influence of the pigmentation of animals on their susceptibility to the ototoxic effects of drugs. Hearing acuity was assessed by measurement of acoustic startle reaction. Preliminary experiments suggested that pigmented animals might be more likely to suffer hearing impairment following ototoxic drug administration. However, in a controlled study using rats treated with kanamycin, it was not possible to confirm this and albino animals appeared no less vulnerable than pigmented animals to kanamycin-induced deafness.
在发现黑色素在耳毒性药物在内耳的蓄积中起作用之后,人们对动物的色素沉着对其对药物耳毒性作用的易感性可能产生的影响进行了研究。通过测量听觉惊吓反应来评估听力敏锐度。初步实验表明,色素沉着的动物在给予耳毒性药物后可能更易出现听力损害。然而,在一项使用卡那霉素治疗大鼠的对照研究中,无法证实这一点,白化动物在卡那霉素诱发的耳聋方面似乎并不比有色动物更脆弱。