News and Articles
Tethered vs wireless EEG in rodents: telemetry vs onboard recording explained
Choosing between tethered, wireless telemetry, and onboard EEG systems can impact data quality and experimental design. Here’s how to decide.
Designing Effective Operant Conditioning Tasks for Rodent Studies
Designing rodent operant conditioning tasks requires careful planning, precise control of experimental variables, and a clear understanding of how task structure influences behavioral outcomes. Even small design choices can substantially affect learning rates,...
Combining Wireless Optogenetics and Fiber Photometry for Closed-Loop Experiments
Optogenetic stimulation and fiber photometric recording have played crucial, yet distinct, roles in in vivo behavioral neuroscience. These tools allow researchers to directly link the activity of specific cell types and brain regions to observable behaviors, helping...
Understanding and Preventing Baseline Drift in HPLC-ECD
Insights and Troubleshooting Tips from 30 Years of Experience High-performance liquid chromatography with electrochemical detection (HPLC-ECD) generally has one or two of the following detector modes: Amperometric DC, Coulometric DC, and Pulsed Amperometric Detection...
HPLC-ECD vs. LC-MS/MS: Which Is Best for Neurotransmitter Analysis?
Analyzing neurotransmitters in microdialysis or brain tissue samples often comes down to choosing the right analytical technique. Two popular options are HPLC-ECD and LC-MS/MS. Each offers clear advantages depending on your lab’s goals, budget, and detection needs....
New Insights in Neuroscience: The Benefits of Wireless EEG Recording in Rodents
Discover how wireless EEG recording reduces stress, improves data quality, and supports ethical research in rodent models for neurological and sleep studies.
Understanding the Revolutionary Impact of Tissue Clearing for 3D Imaging-Based Research
Tissue clearing is essential for 3D imaging in biological research, offering insights into complex tissue structures. Learn how Binaree® Tissue Clearing Rapid™ provides a faster, safer method without compromising tissue integrity or fluorescence quality.
Optimizing behavioral experiments: Key factors affecting reliable results
Learn how environmental conditions, handling, habituation, and timing affect reproducibility in rodent behavioral experiments.
How to set up an open field test for animal behavior research
Learn best practices for designing an open field test, including arena dimensions, lighting, environmental control, and behavioral measurements.
Fiber Photometry: An Introductory Guide to This Revolutionary Technique, Part 3
Discover the TeleFipho Wireless Fiber Photometry System, liberating research animals for unrestricted movement. Amuza Inc’s comprehensive eBook delves into this revolutionary tool, paving the way for breakthroughs in neuroscience research methodologies.
Fiber Photometry: An Introductory Guide to This Revolutionary Technique, Part 2
Explore the intricate components of Fiber Photometry, from light sources to genetic indicators. Discover how Amuza Inc’s innovations revolutionize this neuroscience technique for groundbreaking research advancements.
Fiber Photometry: A Complete Guide for Neuroscience Research
Fiber photometry has become a powerful tool for measuring neural activity in real time during behavioral experiments. This guide explains how fiber photometry works, the key components involved, challenges with traditional tethered systems, and how wireless technologies like TeleFipho are expanding possibilities for behavioral neuroscience research.