solariX
Routine IFS
for unambiguous results
命运
常规IFS取得明确的结果
características
通过尖端技术实现常规IF
Compared to other FTMS techniques, the solariX and solariX 2xR feature a combination of latest MRMS, ParaCell and Magnetron control technology. This is prerequisite for the highest possible mass spec resolving power available and results in routine access to Isotopic Fine Structure (IFS) information for a broad mass range.
Patented ParaCell detector
Paracell是Solarix XR和2XR的支持技术。该探测器概念与传统的MRMS策略背道而驰，并提供了罕见的宽带离子稳定性，从而使分辨率比其他检测方案高出了数量级。与吸收模式处理算法结合使用的Paracell是常规访问IFS信息的先决条件。
2xR technology realizes scientific visions and increased productivity
Bruker的2XR Solarix Instruments使用Magnetron Control技术和新开发的高灵敏度，低噪声前置放大器，实现了科学家的长期视觉，以利用谐波检测方案，从而提高了实验速度和仪器生产率。
Optional ESI/MALDI dual source
Solarix系列仪器允许运行独特的ESI/MALDI双源。该可选源可以运行通过电喷雾电离（ESI）源引入的液体样品，也可以从MALDI样品中运行。这个高度敏感的MALDI来源使用Bruker的SmartBeam-II激光技术，并为各种应用程序提供了几个小型焦点直径，并具有不同的样品准备技术。MALDI和ESI操作之间的快速切换由软件按钮控制，因此即使是同时进行ESI/MALDI操作。
受益
The power to see the unseen
Read the elemental composition for confident results
IFS delivers an additional dimension of information missing in data from other types of mass spectrometers. Exploiting solariX XR and solariX 2xR IFS capability, not only is the mass of the analyte measured but also its elemental constituents pinpointed. Combined with Brukers SmartFormula algorithms, assignment of sum formulas can be done with utmost confidence.
利用MRMS技术领导才能为您的应用
- 7tsolariX XR MALDI instruments with its unique ESI/MALDI dual source are the definitive standard for label-free small molecule MALDI imaging studies. This allows for mapping of the localization of drugs and metabolites and providing spatial correlation with omics studies.
- Flow Injection Analysis (FIA) MRMS workflows with 7T solariX 2xR simplifies and accelerates sample throughput in phenomics and discovery metabolomics by omitting time consuming chromatography.
- 了解石油的分子组成可以预测其行为和特性以及环境指纹。使用高端15T MRMS系统的分子分类解决了石油加工的问题。
Aplicações
Discover previously hidden information to proof your results
布鲁克的极端分辨率磁共振质谱（MRMS）技术使科学家能够看到来自其他类型的质谱仪数据中缺少的重要“隐藏”信息。这项先进的技术解决了各种焦点领域的专家需求，这些领域都希望为他们的分析问题有效，精确的解决方案。该技术的独特价值是同位素精细的结构，从而对以前需要猜测的复合识别产生了无与伦比的信心。
Especificacoes
solariX Specifications
| 7tsolariX | 12T solariX | 15T Solarix | |
| 最大分辨力 | >10M | >10M | >10M |
| Mass accuracy (internal) | 600 ppb | 300 ppb | 250 ppb |
| ESI | 是的 | 是的 | 是的 |
| 马尔代 | optional | optional | optional |
| ETD | optional | optional | optional |
| 探测器 | ParaCell XR or 2xR | ParaCell XR | ParaCell XR |
| 磁场 | 7t | 12T | 15t |
| 一年一度的低温填充 | 是的 | 是的 | 是的 |
| Quench Line Required | 是的 | 是的 | 是的 |
网络研讨会
相关网络研讨会
Testemunhos
„Coming from a background in MALDI Imaging with Bruker systems, there was only one instrument I wanted – the solariX MRMS. It gave me the opportunity to develop new methods and has been a very flexible workhorse instrument. We have been able to look at almost any biomolecule of interest, and it was key to developing the N-linked glycan workflows. We continue to use it in novel ways.”
“With our Bruker MRMS in Rouen the analysis of highly complex mixtures has been pushed further than ever and could also be made on a routine basis in the framework of the C2MC joint lab.”
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For Research Use Only. Not for use in clinical diagnostic procedures.