Showing 461 - 480 results of 5,161 for search '"genome"', query time: 0.07s Refine Results
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    <i>Macrostomum lignano</i> as a model to study the genetics and genomics of parasitic flatworms by K. V. Ustyantsev, V. Yu. Vavilova, A. G. Blinov, E. V. Berezikov

    Published 2021-03-01
    “…All this makes M. lignano amenable to the most modern approaches of forward and reverse genetics, such as transposon insertional mutagenesis and methods of targeted genome editing by the CRISPR/Cas9 system. Due to the availability of an increasing number of genome and transcriptome assemblies of different parasitic flatworm species, new knowledge generated by studying M. lignano can be easily translated to parasitic f latworms with the help of modern bioinformatic methods of comparative genomics and transcriptomics. …”
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  3. 463

    Genomic and virulent characterization of a duck-associated Salmonella serovar Potsdam from China by Hongli An, Xiamei Kang, Chenhu Huang, Chenghao Jia, Jiaqi Chen, Yingying Huang, Qianzhe Cao, Yan Li, Biao Tang, Min Yue

    Published 2025-01-01
    “…Our study aims to fill this gap by providing genomic features of the antimicrobial resistance and virulence potential of Salmonella isolates from dead duck embryos using whole-genome sequencing and in silico toolkits. …”
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  4. 464

    A high-quality chromosome-level genome assembly of the mulberry looper, Phthonandria atrilineata by De-Long Guan, Ying-can Qin, Ya-Zhen Chen, Shi-Hao Zhang, Ji-ping Liu, Hui-Yu Yi, Xiao-Dong Li

    Published 2025-01-01
    “…Despite its ecological and economic importance, knowledge about the genomic background of P. atrilineata remains limited. …”
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  5. 465

    Cultivated genome references for protein database construction and high-resolution taxonomic annotation in metaproteomics by Xiaowei Gao, Hewei Liang, Tongyuan Hu, Yuanqiang Zou, Liang Xiao

    Published 2025-02-01
    “…Here, we constructed a protein database DBCGR2 derived from Cultivated Genome Reference 2 (CGR2) and a complete workflow for data analysis. …”
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    Identification of proteins that can participate in the recruitment of Ttk69 to genomic sites of Drosophila melanogaster by I. S. Osadchiy, T. N. Fedorova, P. G. Georgiev, O. G. Maksimenko

    Published 2019-03-01
    “…We suppose that the CG10321 and CG1792 proteins provide specificity for the recruitment of Ttk and, as a result, of the NuRD-complex to the genome regulatory elements. We found that the Ttk protein is able to interact with the MEP1 and ZnF proteins at once.…”
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  13. 473

    Identification of the gene coding for seed cotyledon albumin SCA in the pea (Pisum L.) genome by A. V. Mglinets, V. S. Bogdanova, O. E. Kosterin

    Published 2022-07-01
    “…Based on the length, the positive charge under acidic conditions and the number of lysine residues of SCA and SAA albumins, estimated earlier electrophoretically, the data available in public databases were searched for candidates for the SCA gene among coding sequences residing in the region of the pea genome which, taking into account the synteny of the pea and Medicago truncatula genomes, corresponds to the map position of SCA. …”
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    Comprehensive genomic and transcriptomic profiling of pulmonary nodules in synchronous multiple primary lung cancer by Xingsheng Liu, Kun Qian, Lei Su, Xiaoru Tian, Xin Zhao, Tengteng Wang, Li Han, Zhenzhen Li, Peilong Zhang, Ruotian Wang, Baodong Liu, Yuanbo Li, Xiaogang Tan, Yi Zhang

    Published 2025-02-01
    “…Therefore, our study aims to meticulously investigate genomic distinctions among multiple pulmonary nodules within individual patients. …”
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    Side-stepping the guardian of the genome: current cancer therapeutics targeting mutant p53 by Iulianna C. Taritsa, Eric T. Fossel

    Published 2025-01-01
    “…Cancer therapies have attempted to target the transcription factor p53, a gene also described as the “guardian of the genome,” for decades. However, the approach has faced numerous barriers to clinical efficacy due to several factors: mutations in p53 occur in almost half of all human cancers, mutations are cancer-specific, and the associated genomic changes grant mutant p53 with oncogenic potential unique from that of wild-type p53. …”
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