人类口腔生物学和生物技术的进展

Q4 Biochemistry, Genetics and Molecular Biology
B. Borowiec, Greg Hutchings, Rut Bryl, M. A. Melo, J. Shibli, M. Dyszkiewicz-Konwińska
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引用次数: 0

摘要

口腔是一个非常特殊和复杂的结构。它扮演着语言器官的角色,但也是一个门和一个初级加工工厂,为身体提供燃料。通过对口腔胚胎发育的分析,我们可以区分出生长、迁移和融合三个阶段。这一过程主要涉及在胎儿发育的第4和第5周之间出现的分支弓的形成。近年来,人们对其各种特征的研究兴趣仍在增长。经过详尽的描述和解剖检查,研究人员开始思考它的其他可能性,而不仅仅是碾压、投掷、吞咽、发出声音和发音。事实证明,它的全部潜力并不局限于上面提到的几个功能。下面的评论文章涵盖了过去一年中最频繁出现的具体研究。您将在这里找到有关口腔微生物组的信息,这些信息在维持口腔适当的生理环境、口腔肿瘤、SCC或鳞状细胞癌在组织学上如何最常见及其治疗方面发挥着重要作用,即使在Covid-19大流行的背景下,以及对科学家来说发现最少但仍然令人着迷的伤口愈合过程和未知的外泌体,它们可以以原始方式运输生物分子。完整而活跃的形态,包括核酸和蛋白质及其信号通路。正文标题:人类口腔生物学和生物技术的进展
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The advances in human oral biology and biotechnology
Abstract The oral cavity is a very specific and complicated structure. It plays the role of a speech apparatus but is also a gate and a preliminary processing plant for fuel nourishing the body. Analyzing the embryological development of the oral cavity, we can distinguish here the stages of growth, migration and fusion. This processes mainly involves the formation of branched arches that appear between the fourth and fifth weeks of fetal development. In recent years, interest in researching its various features has been still growing. After a thorough description and anatomical examination, researchers began to think about its other possibilities than just crushing, throwing, swallowing, bringing out the sounds and articulating words. It turns out that the whole range of its potential is not limited to just a few functions mentioned above. The following review article covers specific studies that have emerged most frequently over the past year. You will find here information about the microbiome of the oral cavity which plays an significant role in maintaining a proper physiological environment of the oral cavity, oral tumors and how the SCC or squamous cell carcinoma is histologically the most common and its treatment, even in the context of the Covid-19 pandemic, as well as the least discovered and still fascinating for scientists wound healing processes and unknown exosomes that can transport biological molecules in their original, intact and active form, including nucleic acids and proteins with their signaling pathways. Running title: The advances in human oral biology and biotechnology
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来源期刊
Medical Journal of Cell Biology
Medical Journal of Cell Biology Biochemistry, Genetics and Molecular Biology-Cell Biology
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