NMT联盟专栏区

介绍了NMT：非损伤微测技术及其在肿瘤研究、个体化用药和仿制药研发中的应用。

2015年年底，浙江理工大学熊杰副研究院与中国水稻所陶龙兴研究院合作，在 Environmental and Experimental Botany （2016, 122: 141-149）上发文阐述了高NO 3 - 环境导致水稻植株Cd积累上升的机理。研究使用旭月非损伤微测技术（ Non-invasive Micro-test Technology，NMT ），检测了水稻根部Cd 2+ 吸收量的动态变化。 农业生产中，常使用高浓度硝态氮提升水稻产量，但高浓度硝态氮对水稻Cd富集的影响知之甚少。研究观察了水稻在0、1倍浓度、2倍浓度NO 3 - 溶液中，水稻植株内NO 3 - 、Cd、Fe的含量变化，Cd 2+ 吸收量的动态变化以及Fe/Cd转运体的相对表达量。 30 μM Cd 2+ 环境...

《自然》：人 类皮肤可以拒绝肿瘤并自 愈 Nature: Our skin's ability to reject tumors and heal itself One in every 3 cancers diagnosed worldwide is a skin cancer. Yale researchers revealed in Nature this week their new discoveries about how our skin naturally resists tumor formation. But how will this lead to a treatment? Perhaps the calcium flux of skin cells is the n...

《科学》：不能搔的痒 Science: The itch that can not be scratched Feeling an itch on your skin is usually nothing to worry about, but some conditions like shingles/chicken pox cause constant itching that cannot be satisfied, causing people to scratch themselves to a point of injury. This week, scientists explored the neural pathways that cause this chronic it...