Honegger Rosmarie
Institute of Plant Biology, University of Zürich, Zollikerstr. 107, CH-8008 Zürich, Switzerland.
New Phytol. 1993 Dec;125(4):659-677. doi: 10.1111/j.1469-8137.1993.tb03916.x.
Lichen-forming fungi are a large, taxonomically diverse group of nutritional specialists which acquire fixed carbon from a population of minute green algal or cyanobacterial cells. Mycobionts of foliose or fruticose lichens differ from the rest of the fungi by expressing morphologically and anatomically complex symbiotic phenotypes. The extracellularly located photobiont cell population of these macrolichens is housed and controlled by the quantitatively predominant fungal partner which competes for space above ground, secures adequate illumination and facilitates gas exchange. This review summarizes data on the ontogeny, functional morphology, growth patterns and internal thalline differentiation of macrolichens. Contents Summary 659 I. Introduction 659 II. Establishment of the lichen symbiosis 662 III. Growth and cell turnover 669 IV. Outlook 674 Acknowledgements 674 References 674.
地衣形成真菌是一大类分类学上多样的营养专性生物,它们从微小的绿藻或蓝细菌细胞群体中获取固定碳。叶状或枝状地衣的菌共生体通过表达形态和解剖学上复杂的共生表型,与其他真菌不同。这些大型地衣细胞外定位的光合生物细胞群体由数量上占优势的真菌伙伴容纳和控制,真菌伙伴争夺地面以上空间、确保充足光照并促进气体交换。本综述总结了关于大型地衣个体发育、功能形态、生长模式和内部叶状体分化的数据。内容摘要659 一、引言659 二、地衣共生的建立662 三、生长和细胞更新669 四、展望674 致谢674 参考文献674 。