Nakamura T, Kuroda T, Noguchi K
Bull Tokyo Med Dent Univ. 1979 Jun;26(2):57-61.
In order to compare histological differences between the condylar and epiphyseal cartilages, an organ culture system was employed. Materials from 36 neonatal rabbits were cultured for 7 days on three different, chemically defined media (Ham F12, Medium 199, and Eagle's minimum essential medium) with the addition of various concentrations of ascorbic acid, fetal calf serum and NaHCO3. The epiphyseal cartilage was maintained in situ histological and biochemical features better than the condylar cartilage on any of the medium used. The maximum sensitivity to Toluidine Blue staining of the cultured condylar cartilage was observed on Ham F12. For both the condylar and epiphyseal cartilages, Ham F12 with the addition of 50 microgram/ml ascorbic acid and higher concentration of NaHCO3 was more effective on the maintenance of cell organization. However, effect of the addition of fetal calf serum to the medium was quite different between the condylar and epiphyseal cartilages, that is, the former showed better histological features without the addition, but the latter showed features similar to that in situ with 20% addition of fetal calf serum.
为了比较髁突软骨和骨骺软骨之间的组织学差异,采用了器官培养系统。取自36只新生兔的材料在三种不同的化学成分明确的培养基(Ham F12、199培养基和伊格尔最低限度基本培养基)上培养7天,并添加了不同浓度的抗坏血酸、胎牛血清和碳酸氢钠。在使用的任何一种培养基上,骨骺软骨比髁突软骨能更好地维持原位组织学和生化特征。在Ham F12培养基上观察到培养的髁突软骨对甲苯胺蓝染色的最大敏感性。对于髁突软骨和骨骺软骨,添加50微克/毫升抗坏血酸和更高浓度碳酸氢钠的Ham F12培养基在维持细胞组织方面更有效。然而,向培养基中添加胎牛血清对髁突软骨和骨骺软骨的影响差异很大,也就是说,前者在不添加时显示出更好的组织学特征,但后者在添加20%胎牛血清时显示出与原位相似的特征。