Showing 61 - 80 results of 84 for search '"giant salamander"', query time: 0.40s Refine Results
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    An assessment of aquatic amphibian biodiversity on the California Lost Coast by E. McAlpine-Bellis, L. Thayer, M. E. Berberich, M. C. Bouffard, B.R. Hudgens

    Published 2022-12-01
    “…One, the California giant salamander (D. ensata), is known to occur within 100 km. …”
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    Pronounced peramorphosis in lissamphibians--Aviturus exsecratus (Urodela, Cryptobranchidae) from the Paleocene-Eocene Thermal Maximum of Mongolia. by Davit Vasilyan, Madelaine Böhme

    Published 2012-01-01
    “…BACKGROUND: The oldest and largest member of giant salamanders (Cryptobranchidae) Aviturus exsecratus appears in the latest Paleocene (near the Paleocene-Eocene Thermal Maximum) of Mongolia. …”
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  9. 69

    Fish kidney cells show higher tolerance to hyperosmolality than amphibian by Lang Gui, Tao Li, Qiya Zhang

    Published 2018-05-01
    “…To address this, kidney cell line isolated from the freshwater grass carp (CIK) and Chinese giant salamander (GSK) were challenged to different mediums with distinct osmotic pressures (100, 300 and 700 mOsm). …”
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    An aquatic virus exploits the IL6-STAT3-HSP90 signaling axis to promote viral entry. by Guoli Hou, Zhao Lv, Wenzhi Liu, Shuting Xiong, Qiushi Zhang, Chun Li, Xiaodong Wang, Liang Hu, Chunhua Ding, Rui Song, Hongquan Wang, Yong-An Zhang, Tiaoyi Xiao, Junhua Li

    Published 2023-04-01
    “…Interestingly, other viruses (e.g., koi herpesvirus, Rhabdovirus carpio, Chinese giant salamander iridovirus) infecting ectothermic vertebrates have evolved a similar mechanism to promote their infection. …”
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    Article
  11. 71

    <i>Andrias davidianus</i> Ranavirus (ADRV) Genome Replicate Efficiently by Engaging Cellular Mismatch Repair Protein MSH2 by Fei Ke, Renbao Wang, Zihao Wang, Qiya Zhang

    Published 2022-05-01
    “…We have described that the replication and transcription machinery of <i>Andrias davidianus</i> ranavirus (ADRV) which was isolated from the Chinese giant salamander contained host factors. Here, a new host factor, the MutS homolog 2 (MSH2), was proved as an important protein that participated in ADRV infection. …”
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    Interaction between Two Iridovirus Core Proteins and Their Effects on Ranavirus (RGV) Replication in Cells from Different Species by Xiao-Tao Zeng, Qi-Ya Zhang

    Published 2019-05-01
    “…Subsequently, RGV-63R or RGV-91R were expressed alone or co-expressed in two kinds of aquatic animal cells including amphibian Chinese giant salamander thymus cells (GSTCs) and fish <i>Epithelioma papulosum cyprinid</i> cells (EPCs) to investigate their localizations and effects on RGV genome replication. …”
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    Metrics of disturbance in a redwood forest ecosystem: responses of stream amphibians to repeated sediment infusions by Hartwell H. Welsh Jr., Adam K. Cummings, Garth R. Hodgson

    Published 2019-10-01
    “…Larval tailed frogs and torrent salamanders further declined in both sets of streams in 1996 although non‐significantly. In contrast, giant salamander densities increased in both stream sets. …”
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    Temperature and Diet Acclimation Modify the Acute Thermal Performance of the Largest Extant Amphibian by Chun-Lin Zhao, Tian Zhao, Jian-Yi Feng, Li-Ming Chang, Pu-Yang Zheng, Shi-Jian Fu, Xiu-Ming Li, Bi-Song Yue, Jian-Ping Jiang, Wei Zhu

    Published 2022-02-01
    “…The Chinese giant salamander (<i>Andrias davidianus</i>), one of the largest extant amphibian species, has dramatically declined in the wild. …”
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    Distribution and Genetic Diversity of the Amphibian Chytrid in Japan by Koichi Goka, Jun Yokoyama, Atsushi Tominaga

    Published 2021-06-01
    “…No <i>Bd</i> infection was detected in other native amphibians in the areas where giant salamanders, sword tail newts, and bullfrogs were collected, suggesting that many native amphibians are resistant to <i>Bd</i> infection. …”
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    Molecular basis of pathogenesis of emerging viruses infecting aquatic animals by Lang Gui, V. Gregory Chinchar, Qiya Zhang

    Published 2018-01-01
    “…However, emergent and resurgent viruses, such as ranavirus (e.g., Rana grylio virus, RGV and Andriasd avidianus ranavirus, ADRV), herpesvirus (e.g., Carassius carassius herpesvirus, CaHV), reovirus (e.g., grass carp reovirus 109, GCRV-109, Scophthal musmaximus reovirus, SMReV and Micropterus salmoides reovirus, MsReV), and rhabdovirus (e.g., Siniper cachuatsi rhabdovirus, SCRV and Scophthal musmaximus rhabdovirus, SMRV) can cause severe diseases in aquaculture animals and wild lower vertebrates, such as frogs, giant salamanders, fish, and so on. Here, we will briefly describe the symptoms produced by the aforementioned viruses and the molecular basis of the virus–host interactions. …”
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