Evolutionary relationships among protozoa.
Evolutionary relationships among protozoa.
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发表时间：
1998
期刊：
影响因子：
2
通讯作者：
G. H. Coombs;K. Vickerman;M. Sleigh;A. Warren
中科院分区：
文献类型：
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作者：
G. H. Coombs;K. Vickerman;M. Sleigh;A. Warren
原生动物之间的进化关系：简介。原生动物的分子系统发育：确凿的事实和不确定性。由大亚基核糖体 RNA 构建的原生生物门之间的进化关系解释了位点之间不同的替代率。微孢子虫的进化关系。原生动物微管蛋白的系统发育。厌氧原生生物核心能量代谢的酶和区室：真核进化的特例？毛滴虫和耐格里虫的分子系统发育：对线粒体共生相对时间的影响。变形鞭毛虫、壶菌和顶端寄生虫中的氢核体和质体样细胞器。肠道阿米巴原虫的分子系统学。阿米巴鞭毛虫之间的关系。动质体的分子系统发育。非洲锥虫之间的进化关系：对人类昏睡病流行病流行病学和产生的影响。锥虫的细胞器和酶进化。 Apicomplexa 门：分子系统发育的更新。质体的起源。顶端复合体中的质体样 DNA。核核纤毛虫，海洋间质纤毛虫的独特而神秘的组合：强调纤毛模式和进化的综述。纤毛虫的分子和细胞进化：系统发育的角度。粘虫动物的系统发育关系。低等真菌和原生动物之间的关系。新单胞菌与动物和真菌的起源。原生动物和原生生物的分类：现状。
Evolutionary relationships among protozoa: an introduction. The molecular phylogeny of protozoa: solid facts and uncertainties. Evolutionary relationships between protist phyla constructed from large subunit ribosomal RNAs accounting for unequal rates of substitution among sites. Evolutionary relationships in microsporidia. Phylogenetics of protozoan tubulin. Enzymes and compartmentation of core energy metabolism of anaerobic protists: a special case in eukaryotic evolution? Molecular phylogeny of Trichomonas and Naegleria: implications for the relative timing of the mitochondrion emdosymbiosis. Hydrogenosomes and plastid-like organelles in amoeboflagellates, chytrids, and apicoplexan parasites. Molecular systematics of the intestinal amoebae. Relationships between amoeboflagellates. Molecular phylogeny of kinetoplastids. Evolutionary relationships among the African trypanosomes: implications for the epidemiology and generation of human sleeping sickness epidemics. Organelle and enzyme evolution in trypanosomatids. The phylum Apicomplexa: an update on the molecular phylogeny. Origin of plastids. Plastid-like DNA in apicomplexans. The karyorelictids, a unique and enigmatic assemblage of marine, interstitial ciliates: a review emphasizing ciliary patterns and evolution. Molecular and cellular evolution of ciliates: a phylogenetic perspective. Phylogenetic relationships of myxozoans. Relationships between lower fungi and protozoa. Neomonada and the origin of animals and fungi. Classification of protozoa and protists: the current status.