Fröhlich J, Dietzmann K, Aurin H
Acta Histochem. 1978;61(1):155-61.
Presented investigations of chemical composition and metabolism of ball cell in larval epidermis of Xenopus point to a regressive shape of cell corresponding to former light and electron microscopical findings. The lower requirements of energy of this cell are covered by glycolysis and possibly by pentose phosphate cycle. Our hypothesis of pressure-elastic ball of cell as structural element of larval epidermis could been further supported.
对非洲爪蟾幼体表皮中球状细胞的化学成分和代谢进行的研究表明，该细胞呈现出一种退化形态，这与之前光学显微镜和电子显微镜的观察结果相符。该细胞较低的能量需求由糖酵解以及可能的磷酸戊糖途径来满足。我们提出的将细胞压力弹性球作为幼体表皮结构元件的假说能够得到进一步支持。
