Showing 161 - 180 results of 3,893 for search '((((notifications OR notifications) OR modification) OR modifications) OR codification)', 查询时间: 0.15s Refine Results
  1. 161

    Active Polymer-Templated Porous Metal Oxide Nanospheres with Tailored Single-Atom Modification for Olfactory Intelligence Keyu Chen (6905702)

    出版 2025
    “...These as-fabricated SA/mSnO<sub>2</sub> sensors exhibit tailored selectivity due to different single-atom modifications, high sensitivity (5.6 times higher than that of commercial sensors), and excellent device-to-device consistency. ...”
  2. 162

    Active Polymer-Templated Porous Metal Oxide Nanospheres with Tailored Single-Atom Modification for Olfactory Intelligence Keyu Chen (6905702)

    出版 2025
    “...These as-fabricated SA/mSnO<sub>2</sub> sensors exhibit tailored selectivity due to different single-atom modifications, high sensitivity (5.6 times higher than that of commercial sensors), and excellent device-to-device consistency. ...”
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    Surface-Engineered Filtration Device with Silver Nanoparticle–Silane Modifications for Enhanced Intracellular Delivery and Cell Transfection Chuan-Hao Kuo (22058472)

    出版 2025
    “...Our approach employs sequential surface modifications of filter paper with silver nanoparticles and silane coating to create controlled cell–material interactions. ...”
  9. 169

    Surface-Engineered Filtration Device with Silver Nanoparticle–Silane Modifications for Enhanced Intracellular Delivery and Cell Transfection Chuan-Hao Kuo (22058472)

    出版 2025
    “...Our approach employs sequential surface modifications of filter paper with silver nanoparticles and silane coating to create controlled cell–material interactions. ...”
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    Active Polymer-Templated Porous Metal Oxide Nanospheres with Tailored Single-Atom Modification for Olfactory Intelligence Keyu Chen (6905702)

    出版 2025
    “...These as-fabricated SA/mSnO<sub>2</sub> sensors exhibit tailored selectivity due to different single-atom modifications, high sensitivity (5.6 times higher than that of commercial sensors), and excellent device-to-device consistency. ...”
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    Data Sheet 1_Epigenetic modification of hypothalamic neuropeptides and metabolic hormone receptors in metabolic health.pdf Busayo Oladun (22261423)

    出版 2025
    “...Adverse environmental factors, such as obesogenic diet, undernutrition, stress, and sedentary lifestyles, can disrupt the normal regulation of key hypothalamic neuropeptides and metabolic hormone receptors through epigenetic mechanisms, including DNA methylation, histone modifications, and microRNA regulation. These epigenetic alterations are not merely transient; they can be heritable and may influence metabolic health across generations, highlighting the critical need to understand the underlying epigenetic mechanisms. ...”
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