子囊孢子

Archesporium The single cell or group of plant cells in the sporophyte from which spore mother cells may eventually develop in a sporangium.

archesporium 孢原细胞：植物孢子体中的单个细胞或单组细胞。在那里孢子母细胞最终发育为孢子囊。

Ascomycete: any of various members of a large group of fungi characterized by the presence of sexually produced spores formed within an ascus.

子囊菌：一大组真菌的一种，其特点是在子囊里有雌雄结合而产生的孢子。

Ascomycete: any of various members of a large group of fungi characterized by the presence of sexually produced spore s formed within an ascus.

子囊菌：一大组真菌的一种，其特点是在子囊里有雌雄结合而产生的孢子。

Any of various members of a large group of fungi characterized by the presence of sexually produced spores formed within an ascus.

子囊菌一大组真菌的一种，其特点是在子囊里有雌雄结合而产生的孢子

The head of the child seat in fungi contain ascus, ascus containing a spore.

在真菌子座的头部含有子囊，子囊内藏有孢子。

The pathogen causing lily blights was isolated from diseased lily with typical symptoms on basal stem. The pathogen was identified as Phytophthora nicotianae van Brede de Haan according to the characteristics of mycelium, chlamydospore, zoosporangium, oospore and the test of pathogenicity of the pathogen.

从具典型症状的新鲜百合疫病植株茎基部病组织中分离到百合疫霉菌，根据其病原菌菌丝的形态、菌落特征，厚垣孢子、游动孢子囊和卵孢子的形态和大小，以及病原菌致病性测定，该病原菌鉴定为烟草疫霉 Phytophthora nicotianae van Brede de Haan。

As shown under TEM, young cleistothecia interwoven by vegetative hypha are composed a mass of ascogenous hypha which presented binuclei and, most of all, a plenty of organelles, cspecially β-glycogen, polyribosome, lomasomes,...

它们与细胞分化、胞壁形成、质膜和核膜的构建密切相关。在子囊形成时，这种特殊结构逐渐减少和消失，并见大量球形颗粒和空泡，后者可能与子囊胞质胞裂、孢子形成有关。

Results From the phylogenetic tree of acitns in fungi Pneumocystis carinii and Schizosac-charomyces pombe are in an early branch of Ascomycota.

结果 三种蛋白的分子系统树都支持了将卡氏肺孢子虫作为子囊菌的早期分支古子囊菌的分类观点。

It is a saclike structure that is formed either singly or in large numbers in ascomata.

子囊：在子囊菌中产生孢子的器官，它是一种囊状结构。

Apothecia placed in a spore clock apparatus with different lighting regimes at 15 xC released ascospores continuously with an increasing rate for the duration of experiments (72–84 h).

子囊盘放置在一个以15 XC为间隔的不同光照的子囊时钟仪器中，经过72-84的试验阶段就会以增长的速率持续释放孢子。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。