Showing 101 - 120 results of 218 for search 'Regulation of genetic engineering', query time: 0.05s Refine Results
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    Long-Term Salinity-Responsive Transcriptome in Advanced Breeding Lines of Tomato by Monther T. Sadder, Ahmad Abdelrahim Mohamed Ali, Abdullah A. Alsadon, Mahmoud A. Wahb-Allah

    Published 2025-01-01
    “…The identification of salinity-responsive genes in tomato that control long-term salt tolerance could provide important guidelines for its breeding programs and genetic engineering. In this study, a holistic approach of RNA sequencing combined with measurements of physiological and agronomic traits were applied in two advanced tomato breeding lines (susceptible L46 and tolerant L56) under long-term salinity stress (9.6 dS m<sup>−1</sup>). …”
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    The Bone Marrow Microenvironment as Niche Retreats for Hematopoietic and Leukemic Stem Cells by Felix Nwajei, Marina Konopleva

    Published 2013-01-01
    “…The signals from these niches provide a viable setting for the maintenance, survival, and fate specifications of these stem cells. Advancements in genetic engineering and microscopy have enabled us to critically deconstruct and analyze the anatomic and functional characteristics of these niches to reveal a wealth of new knowledge in HSC biology, which is quite ahead of LSC biology. …”
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    Modification of Gene Expression Involved in Alkaloid Production in Opium Poppy by VIGS Combined With Pretreatment of Macerozyme Enzyme by Deniz Ece Özcan, Deniz Köm, Ozan Doğan, Semiha Erişen, Selma Onarici

    Published 2025-01-01
    “…The combination of VIGS and enzymatic pretreatment provides a robust platform for targeted metabolic engineering, offering insights into the regulation of morphine biosynthesis and paving the way for advancements in pharmaceutical alkaloid production and functional genomics in medicinal plants.…”
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    From heparan glycobiology to stem cell therapy: a historical perspective by Victor Nurcombe

    Published 2024-04-01
    “…Furthermore, structure-function relationships are presented, which resulted in the recognition that specific sugar-moieties and sulfation states provide a “glycocode” that is analogous to the “genetic code” and the epigenetic “histone code”. Translational avenues include the selection and biochemical tuning of heparan sugars as nanoscale scaffolds that support cell signaling for specific applications in tissue engineering and regenerative medicine. …”
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