Free-living amoeba diversity in river waters of western Brazil and their in vitro and in vivo pathogenic potential [0.03%]
Amanda Cardoso Fonseca Lemos,Ivan Luiz Santos da Cruz,Ivani Souza Mello et al.
Amanda Cardoso Fonseca Lemos et al.
Free-living amoebae (FLA) are key components of aquatic and terrestrial ecosystems, but their diversity and distribution in central-western Brazil remain poorly characterized. Some FLA are pathogenic and may harbor bacteria of public health...
Impact of environmental factors on the distribution characteristics of phytoplankton functional groups in Beijing [0.03%]
Linlin Qin,Xu Han,Ting Zhu et al.
Linlin Qin et al.
Rapid urbanization has significantly influenced urban aquatic ecosystems, with impacts manifested primarily in phytoplankton communities. However, the mechanisms driving the spatiotemporal dynamics of phytoplankton functional group (FGs) dy...
Conserved immunophilins: A unifying link across three phytomyxid pathogens [0.03%]
保守的免疫素：三种植物菌客病原体之间的统一联系
Anagha Santhosh,Andrea Garvetto,Sigrid Neuhauser
Anagha Santhosh
Immunophilins are a conserved family of proteins present in all organisms, including bacteria, fungi, plants, and animals. Immunophilins are sub-classified into three subfamilies: cyclophilins, FK-506 binding proteins, and parvulins, and ar...
Genetic engineering of dinoflagellate algae and the lethality of an introduced plastid terminal oxidase [0.03%]
转基因黏藻细胞工程及引入叶绿体终端氧化酶后的细胞死亡现象研究
I C Nimmo,C E Evans,L M Li et al.
I C Nimmo et al.
Dinoflagellate algae are a diverse group of single-celled eukaryotes, often living in marine environments. The majority of species are entirely free-living, but many can become symbionts with corals, jellyfish and other marine organisms. Wi...
Diversity and evolution of DNA polymerase θ in eukaryotes and the origin of mitochondrion-localized DNA polymerase PolIA in euglenozoa [0.03%]
真核生物DNA聚合酶θ的多样性和进化及吴氏虫纲线粒体定位DNA聚合酶PolIA的起源
Ryu Isogai,Mingzhe Wei,Ryo Harada et al.
Ryu Isogai et al.
Pioneering phylogenetic studies recovered the sister relationship between two distinct types of DNA polymerase (DNAP)-one is nucleus-localized Polθ with a pan-eukaryotic distribution, and the other is mitochondrion-localized PolIA found ex...
Integrative taxonomic description of Stylocephalus epistupaformis n. sp. (Apicomplexa: Eugregarinorida) parasitising the darkling beetle Gonocephalum depressum Fabricius, 1801, in West Bengal, India [0.03%]
Susobhan Mondal,Biplob Kr Modak
Susobhan Mondal
The genus Stylocephalus Ellis, 1912 (Apicomplexa: Eugregarinorida) exhibits wide distribution and morphological diversity; however, species delimitation has traditionally relied on light microscopy. In the present study, a septate gregarine...
New draft genomes assemblies of Blastocystis isolates from subtypes 1 and 8 confirm conserved synteny, transposable element diversity, and provide insights into pathogenic potential [0.03%]
新型Blastocystis分离株（1型和8型）基因组草图的发布确认了染色体保守共线性，可移动遗传元件多样性，并为致病潜力提供了见解
Ivan Wawrzyniak,Constance Denoyelle,Emmanuelle Lerat et al.
Ivan Wawrzyniak et al.
Blastocystis is a highly prevalent protist infecting both humans and a wide range of animal hosts. Despite its global distribution and frequent association with gastrointestinal symptoms infections, its pathogenicity remains controversial. ...
Inducing chirality in slime mold - spontaneous alternation behavior may reveal spatial memory in Physarum polycephalum [0.03%]
诱导黏菌旋光异构性-多头绒泡菌的自发交替行为可能揭示其空间记忆能力
Lotta Kuttner,Jannes Freiberg
Lotta Kuttner
Spontaneous alternation behavior (SAB) is a robust paradigm to investigate short-term spatial memory across diverse taxa. While extensively studied in animals, its presence in unicellular aneural organisms remains poorly understood. Here, w...
Genetic modification in dinoflagellate algae: Some successes, many failures [0.03%]
遗传修饰在甲藻中的应用：一些成功与许多失败
Lucy Gavin,Catherine E Evans,R Ellen R Nisbet
Lucy Gavin
Dinoflagellate algae are an extremely important group of eukaryotic algae, found primarily in marine environments. They are responsible for a significant proportion of global primary productivity. Whilst some species are essential symbionts...
Tracing the Glow: Rethinking Luciferin Biosynthesis in Dinoflagellates [0.03%]
幽光溯源：重新思考甲藻虫发光素生物合成路径
James F E Vanstone,Jan Janouškovec
James F E Vanstone
Bioluminescence is a striking feature of many dinoflagellates, yet the origin of the luciferin substrate that underlies light emission remains unresolved. Previous studies have noted that luciferin is structurally similar to chlorophyll and...