Showing 681 - 700 results of 823 for search 'Transcription (genetics)', query time: 0.10s Refine Results
  1. 681

    Youth Understanding of Healthy Eating and Obesity: A Focus Group Study by Allison C. Sylvetsky, Monique Hennink, Dawn Comeau, Jean A. Welsh, Trisha Hardy, Linda Matzigkeit, Deanne W. Swan, Stephanie M. Walsh, Miriam B. Vos

    Published 2013-01-01
    “…We conducted a secondary analysis of the qualitative FGD transcripts using inductive thematic coding to identify key themes related to youth reports of family eating habits (including food preparation, meal frequency, and eating environment), perceived facilitators and barriers of healthy diet, and knowledge about obesity and its complications. …”
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  2. 682

    S1PR3-driven positive feedback loop sustains STAT3 activation and keratinocyte hyperproliferation in psoriasis by Panpan Lian, Li Li, Renwei Lu, Bin Zhang, Junaid Wazir, Chaode Gu, Bojie Ma, Wenyuan Pu, Wangsen Cao, Zhiqiang Huang, Zhonglan Su, Hongwei Wang

    Published 2025-01-01
    “…Although persistent activation of signal transducer and activator of transcription 3 (STAT3) is implicated in its pathogenesis, the mechanisms underlying the sustained STAT3 activation remain poorly understood. …”
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  6. 686

    Genome-wide association analysis of key genes for feed efficiency in Qingyuan Partridge chickens by Fei Ye, Hongwei Jie, Jiankang Gan, Kunyu Liu, Zhengfen Zhang, Hai Xiang, Wei Liu, Qiong Yin, Siyu Chen, Hui Yu, Hua Li

    Published 2025-02-01
    “…Additionally, the heritability of 12-17 residual feed intake was 0.09, with the highest genetic correlation with 12-14 average daily feed intake (0.93). …”
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  7. 687
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    Diversity in mitotic DNA repair efficiencies between commercial inbred maize lines and native Central American purple landraces by Carlos Víquez-Zamora, Sergio Castro-Pacheco, María Viñas, Pablo Bolaños-Villegas

    Published 2022-10-01
    “…In this project, we determined the relative DNA repair efficiency of the US inbred lines B73 and Mo17 and Central American purple landraces from Guatemala and Costa Rica with the purpose to uncover genetic differences that may allow for the breeding of new lines better adapted to tolerate DNA damage caused by environmental factors. …”
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  9. 689

    Natural variation of CTB5 confers cold adaptation in plateau japonica rice by Haifeng Guo, Shilei Gao, Huahui Li, Jiazhen Yang, Jin Li, Yunsong Gu, Qijin Lou, Runbin Su, Wei Ye, Andong Zou, Yulong Wang, Xingming Sun, Zhanying Zhang, Hongliang Zhang, Yawen Zeng, Pingrong Yuan, Youliang Peng, Zichao Li, Jinjie Li

    Published 2025-01-01
    “…Abstract During cold acclimation in high-latitude and high-altitude regions, japonica rice develops enhanced cold tolerance, but the underlying genetic basis remains unclear. Here, we identify CTB5, a homeodomain-leucine zipper (HD-Zip) transcription factor that confers cold tolerance at the booting stage in japonica rice. …”
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  10. 690
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  12. 692

    An IS element-driven antisense RNA attenuates the expression of serotype 2 fimbriae and the cytotoxicity of Bordetella pertussis by Alexandre D’Halluin, Denisa Petráčková, Ivana Čurnová, Jakub Držmíšek, Jan Čapek, Peggy Bouquet, Loïc Henin, Rudy Antoine, Loïc Coutte, Camille Locht, Branislav Večerek, David Hot

    Published 2025-12-01
    “…Previously, we have shown that the majority of IS-specific endogenous promoters induce the synthesis of alternative transcripts and thereby affect the transcriptional landscape of B. pertussis. …”
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  13. 693

    Peripheral blood miRNAs are associated with airflow below threshold in children with asthma by Anshul Tiwari, Brian D. Hobbs, Rinku Sharma, Jiang Li, Alvin T. Kho, Sami Amr, Juan C. Celedón, Scott T. Weiss, Craig P. Hersh, Kelan G. Tantisira, Michael J. McGeachie

    Published 2025-01-01
    “…Abstract Background MicroRNAs (miRNAs) are crucial post-transcriptional regulators involved in inflammatory diseases, such as asthma. …”
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  14. 694

    Comparative transcriptomic analysis and identification of candidate genes related to Verticillium wilt resistance in Gossypium barbadense and Gossypium hirsutum by Jieyin Zhao, Xingui Hu, Yuxiang Wang, Jiaxin Lu, Wenju Gao, Xuening Su, Quanjia Chen, Yanying Qu

    Published 2025-03-01
    “…In conclusion, our results provide a theoretical basis for an in-depth understanding of the molecular mechanism underlying the difference in Verticillium wilt resistance between G. barbadense and G. hirsutum and provide a new genetic resource for the study of cotton resistance to Verticillium wilt.…”
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  15. 695
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  17. 697

    Dynamic analysis of growth characteristics, secondary metabolites accumulation, and an in-depth understanding of anthraquinones biosynthesis in Rubia cordifolia Linn. by Conglong Lian, Conglong Lian, Conglong Lian, Xiuyu Liu, Xiuyu Liu, Kaihua Guo, Kaihua Guo, Hao Yang, Hao Yang, Jingfan Yang, Jingfan Yang, Jinxu Lan, Jinxu Lan, Suiqing Chen, Suiqing Chen, Suiqing Chen, Suiqing Chen

    Published 2025-01-01
    “…Furthermore, we sequenced R. cordifolia using SMRT technology for the first time and obtained 45,925 full-length transcripts, 564 alternative splicing events, 3182 transcription factors, 6454 SSRs, and 6361 lncRNAs. …”
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  18. 698

    Endothelial cell Piezo1 promotes vascular smooth muscle cell differentiation on large arteries by Javier Abello, Ying Yin, Yonghui Zhao, Josh Maurer, Jihui Lee, Cherokee Bodell, Jahmiera Richee, Abigail J. Clevenger, Zarek Burton, Megan E. Goeckel, Michelle Lin, Stephanie Grainger, Carmen M. Halabi, Shreya A. Raghavan, Rajan Sah, Amber N. Stratman

    Published 2025-03-01
    “…We supported the small molecule findings with in vivo genetic suppression of piezo1 and 2 in zebrafish, resulting in loss of transgelin+ vSMCs on the dorsal aorta. …”
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  19. 699
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    PRMT1 Promotes the Self‐renewal of Leukemia Stem Cells by Regulating Protein Synthesis by Min Zhou, Yi Huang, Ping Xu, Shuyi Li, Chen Duan, Xiaoying Lin, Shilai Bao, Waiyi Zou, Jingxuan Pan, Chang Liu, Yanli Jin

    Published 2025-02-01
    “…Mechanistical studies reveal that PRMT1 promotes transcriptional activation of ribosomal protein L29 (RPL29) via catalyzing asymmetric dimethylation of histone H4R3 (H4R3me2a) at its gene promoter region. …”
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