Davis M J, Myers R, Switkes M D
ASDC J Dent Child. 1982 May-Jun;49(3):176-80.
Based on the limited results of this eight-week comparison of formocresol and glutaraldehyde, it would appear that glutaraldehyde may offer distinct advantages over formocresol, in the treatment of cariously exposed primary and young permanent teeth. In particular, due to its chemical structure, it is more active in fixing the surface tissues and is more rapidly limited in its depth of penetration through these tissues. Glutaraldehyde does not exhibit as significant an ability to induce the total loss of vitality, in the radicular pulp tissues. The progression of formocresol treated pulps to apparent fibrotic replacement via granulation-tissue ingrowth, through the apex, does not occur with the glutaraldehyde-treated pulp tissues. There may, however, be a slow progression of fibrotic replacement of the glutaraldehyde fixed tissue, in the coronal portion of the radicular pulp. Perhaps most importantly it would seem that since the glutaraldehyde does not perfuse the tissues to the apex, it will not demonstrate systemic distribution and other extradental phenomena, as have been identified with the use of formocresol
基于此次对甲醛甲酚和戊二醛进行的为期八周比较的有限结果,在治疗龋源性暴露的乳牙和年轻恒牙方面,戊二醛似乎可能比甲醛甲酚具有明显优势。特别是,由于其化学结构,它在固定表面组织方面更具活性,并且在通过这些组织的渗透深度方面受到更快的限制。戊二醛在诱导根髓组织完全丧失活力方面的能力并不显著。甲醛甲酚处理的牙髓通过肉芽组织向内生长、经根尖进展为明显的纤维化替代,而戊二醛处理的牙髓组织不会出现这种情况。然而,在根髓的冠部,戊二醛固定组织的纤维化替代可能会缓慢进展。也许最重要的是,似乎由于戊二醛不会灌注到根尖组织,它不会像使用甲醛甲酚时那样表现出全身分布和其他牙外现象。