Mmi cellcut. MMI CellCut 工作流程与大多数下游分析完全兼容，可实现高度可靠的分析和诊断。 MMI CellCut 是高度模块化的，可以安装在从入门级，中档到高端的众多品牌显微镜上，适用于常规应用以及最复杂的研究项目。 MMI CellCut 激光显微切割可以通过 MMI CellScan 进行升级。 The MMI CellCut enables an easy and gentle cutting of living cells to obtain a homogeneous live-cell population. The CellCut is contamination free, reproducible and reliable and optimised for high quality and quantity DNA, RNA, Protein recovery. cn Jun 28, 2019 · In this study, we demonstrate how to easily use the MMI CellCut system, in combination with special cell-culture Membrane Slides, to isolate living cells directly into MMI Isolation Caps for subsequent omics analysis. In contrast to systems, that use upright microscopes, the MMI laser comes from below. For the attainment of valuable data from individual cells, precisely cut cell clusters, single cells, or even subcellular components, the MMI CellCut combines the most precise cutting performance and ensures The MMI CellCut facilitates precise and contamination-free dissection of various types of tissues in a fully auditable and automatically documented workfl ow: MMI CellCut 全自动激光显微切割系统可精准地从异质性高的组织切片中以单细胞分辨率切割分离获得单细胞或单一类型的均质细胞，比如从肿瘤组织中切割获得肿瘤细胞，从脑组织中获得某一特定类型神经元等，使后续的基因组、转录组、蛋白质组等组学的研究更加精细、准确。高精度的激光切割性能 一、 CellCut®激光显微切割系统技术特点 CellCut®激光显微切割(荧光)系统,是通过紫外激光切割需要分离的组织,然后通过有黏性的Eppendorf管盖进行收集,这样就可以将特定类型的细胞从组织切片上分离下来。 它主要应用于石蜡、冰冻切片,细胞培养片,以及细胞涂片等各种样本的特定类型细胞的分离。它 我们的MMI CellCut结合了多种成熟技术，可对石蜡和冷冻样品，涂片和活细胞培养物进行快速，精确的激光显微切割。 为了切割感兴趣的区域，Molecular Machines＆Industries使用了超精密固态紫外激光，同时保持了样品的形态并确保了用于后续下游分析的原材料的质量。 简 介： MMI CellCut Plus将高精度紫外激光技术与高性能研究级别倒置显微镜相结合，采用三明治模型进行样本切片制备处理，在显微镜平台上使用紫外激光束将目标部分切割下来，用管盖粘附来收集目标样品，实现全程无污染，可监控的，快速的可靠的收集目标样本。 主要特征： 1、采用奥林巴斯 Discover How ZEISS Microscopes and MMI CellCut Work Seamlessly Together The video player is blocked due to your cookie preferences. MMI Cellcut Plus 显微切割系统,MMI产品介绍 CellCut Plus全自动激光显微切割系统可方便快捷地将不同类型的细胞从样本中分离下来，如肿瘤组织中的肿瘤细胞,获得单一类型的同质细胞，使后续的基因组、蛋白质组等水平的研究更加精细、准确。高精度的激光切割性能、“三明治”式的样本处理方法以及管 Our MMI CellCut combines several proven technologies which enable fast and precise laser microdissection of paraffin and cryo samples, smears and live cell cultures. 17img. The CellCut is contamination-free, reproducible and reliable and optimized for high-quality and quantity DNA, RNA, protein recovery. For the attainment of valuable data from individual cells, precisely cut cell clusters, single cells, or even subcellular components, the MMI CellCut combines the most precise cutting performance and ensures outstanding sample integrity with the highest flexibility and ease of use. Mar 9, 2021 · With the MMI CellCut, researchers can specifically excise morphologically different areas of a tumor to understand cellular heterogeneity and optimize treatment plans. See full list on img1. Nov 4, 2024 · 德国 Molecular Machine & Industries (MMI) 是专门致力于将显微操作技术与高精度激光技术相结合应用于生命科学领域的一家专业公司，其标志性产品MMI CellCut激光显微切割系统和CellEctor单细胞分选系统成为目前世界上性能优异的样本处理系统。. The MMI CellCut Standard is a user-friendly laser microdissection tool to isolate groups of cells, single cells, and cell components for analysis across a wide range of applications. The MMI CellCut facilitates precise and contamination-free dissection of cell clusters, single cells or sub-cellular compartments from various types of tissues including fresh frozen, paraffin embedded and archived slides, cytospins, smears and even living cells. The MMI CellCut is the user-friendly laser microdissection tool to isolate groups of cells, single cells, and cell components for analysis across a wide range of applications. The MMI CellCut facilitates precise and contamination-free dissection of cell clusters, single cells or subcellular compartments from various types of tissues including fresh frozen, paraffin-embedded and archived slides, cytospins, smears and even living cells. To change the settings and play the video, please click the button below and consent to use of "Functional" tracking technologies. The mmi CellCut Plus system is the ultimate laser microdissection tool for researchers who want to isolate groups of cells, single cells and cell components for analysis across a wide range of applications. Summary Laser Microdissection serves as an essential foundation across various research domains, providing accurately defined initial material crucial for numerous subsequent experiments. vovx vcbcnx iug vkwnvj oly bmduczs eazucj epq krwp oqouy