ArcturusXT™ 活细胞生长舱室,无菌
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Applied Biosystems™

ArcturusXT™ 活细胞生长舱室,无菌

设计了一套配件,旨在帮助您使用 ARCTURUSXT™ LCM 仪器对活细胞进行研究。研究者可使用载玻片或培养皿进行成像与显微切割实验。按照 Applied Biosystems™(基于组织的显微切割领域的领导者)的了解更多信息
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货号数量
5000300各 6 个
货号 5000300
价格(CNY)
-
数量:
各 6 个
设计了一套配件,旨在帮助您使用 ARCTURUSXT™ LCM 仪器对活细胞进行研究。研究者可使用载玻片或培养皿进行成像与显微切割实验。按照 Applied Biosystems™(基于组织的显微切割领域的领导者)的 ARCTURUS™ LCM 系统中已经过验证的方案,研究人员可以分离活细胞,这些细胞可保持活性,用于后续再培养或直接处理以用于下游应用。

培养皿中的活细胞显微切割
• 从培养皿中分离活细胞,用于后续的再培养
• 处理收集的细胞以进行下游分子分析

仅供研究使用。不适用于诊断用途。
仅供科研使用。不可用于诊断程序。
规格
设备容纳1 至 2 mL 培养基
适用于(设备)ArcturusXT™ LCM 仪器
包括生长舱室
数量各 6 个
运输条件室温
产品线Arcturus™
类型活细胞生长舱室
Unit SizeEach
内容与储存
生长舱室,无菌。在室温下储存。

常见问题解答 (FAQ)

How do I locate the overview image on the Arcturus XT LCM Instrument?

First, optimize the visualization of the image in the live video at 2X by increasing or decreasing the brightness setting, then right-click on the overview image and select "remember settings". This resets your optimized image settings, and when you select "re-acquire overview image" you will now generate a perfectly exposed overview image.

With the ArcturusXT LCM Instrument, which laser should I use to isolate my region of interest? UV cutting laser or IR capture laser?

For a few cells: The gentle IR-only approach is the best recommendation for preserving nucleic acids and verifying that the desired material is collected on the cap. For groups of cells or large tumor regions: Mount your tissue on a membrane slide and take advantage of the power of the IR, or IR + UV cutting laser to cut around your region of interest quickly and cleanly.

What is Arcturus Laser Capture Microdissection (LCM)?

The ArcturusXT LCM Instrument has a proprietary combination of a gentle IR laser and a powerful UV laser that work in conjunction to efficiently isolate cells from frozen sections or paraffin embedded sections without changing morphology or integrity of the biological content. The IR laser helps to capture the cells of interest, and the UV laser microdissects the captured cells. This is done without affecting the morphology of the cells, and allows for visual inspection of the remaining specimen to help ensure the quality of the sample collected. In addition to the flexibility that the dual laser system provides, there is the flexibility of multiple stage inserts for various sample types. A wide-slide stage format is available for neurobiology researchers working with very large sections of brain tissue. The petri dish stage insert enables live-cell microdissection applications such as stem cell research and other rare-cell isolations.