Aufderheide K J
a Department of Biology , Texas A&M University , College Station , Texas.
Biotech Histochem. 2016 Jul;91(5):352-6. doi: 10.1080/10520295.2016.1175665. Epub 2016 Apr 28.
The original ammoniacal silver carbonate staining technique and subsequent modification developed by Fernández-Galiano are useful for investigating ciliate protozoan systematics and/or ciliate cortical structure and morphogenesis. The technique is complicated, however, by both uncertainties arising from the need to count drops of reagents and subjective control of the staining intensity. I have resolved these complications by defining volumes of reagents rather than using drops and by defining a range of staining times. I also comment on various steps of the techniques. My techniques are simplified and refined to produce consistent, high quality staining results.
最初的氨性碳酸银染色技术以及费尔南德斯 - 加利亚诺后来开发的改进方法,对于研究纤毛原生动物的系统分类以及 / 或纤毛皮层结构和形态发生很有用。然而,该技术因需要计数试剂滴数而产生的不确定性以及染色强度的主观控制而变得复杂。我通过定义试剂的体积而非使用滴数以及定义一系列染色时间解决了这些复杂问题。我还对该技术的各个步骤进行了评论。我的技术经过简化和完善,以产生一致、高质量的染色结果。