Arium® Lab Water Systems Streamline Neurobiology Research | Article
Authors: Carrie Haslam | Last updated: October 2024
Overview
The Molecular Neurobiology Department of the Max Planck Institute for Multidisciplinary Sciences has integrated a suite of Arium® Lab Water Systems from Sartorius into its laboratories. The new water systems have addressed the lab’s previous cumbersome liquid handling protocols and are helping to streamline research into nerve cell development and neurodegenerative diseases.
Research at the Molecular Neurobiology Department is focused on the molecular mechanisms of nerve cell development and function in vertebrate nervous systems. Using biochemical, morphological, mouse genetic, physiological, and behavioral methods, the team is working to elucidate the molecular basis of nerve cell differentiation, synapse formation, transmitter release, and postsynaptic transmitter detection.
- Page count: 4
- Document type: Article
- Read time: 4 minutes
Key Takeaways
- Learn the significance of high-quality, ultrapure water in molecular biology research, especially in areas such as nerve cell development and neurodegenerative disease research
- Understand how Arium® Lab Water Systems offer a solution to the challenges of obtaining and managing ultrapure water in laboratory settings
- Gain insights into the practical advantages of using Arium® systems, including their user-friendly interfaces, compact sizes suitable for labs where space is limited, and easy maintenance procedures
- Discover Sartorius's commitment to comprehensive service and maintenance support contributes to the long-term reliability and uninterrupted operation of the Arium® systems
This Resource is Designed for:
- Lab Managers
- Lab Researchers
- Scientists
- Lab Technicians
- Molecular Biology Researchers
- Neurobiology Research Labs
Applications Supported:
- Preparation of Cell Culture Buffers
- Ultrapure Water
- Lab Water Systems
- Dilution of Dna/Rna/Mrna Components
- Media Preparation
- ASTM Type 1 Water
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Figure 1. Cover image of article.
