Exploring the Marvels of Microelectrodes_ Revolutionizing Neuroscience with Spike Neuro's Innovations (1)
                     Exploring the Marvels of 
Microelectrodes: 
Revolutionizing 
Neuroscience with Spike 
Neuro Arrays

Introduction:
In the realm of neuroscience, the quest to unravel the mysteries of the brain continues to drive innovation and 
technological advancement. At the forefront of this pursuit are microelectrodes, tiny devices that hold immense 
potential in understanding the complexities of neural activity. In this blog post, we delve into the world of 
microelectrodes, focusing on the groundbreaking work of Spike Neuro and their Rubide™ probes.
Understanding Microelectrodes:
Microelectrodes, as the name suggests, are miniature devices designed to measure and manipulate neural activity at 
the cellular level. These sophisticated tools enable researchers to record and stimulate individual neurons with 
unprecedented precision, offering invaluable insights into brain function and dysfunction. From studying neural 
circuits to developing neural prosthetics, microelectrodes play a pivotal role in advancing our understanding of the 
brain.
The Evolution of Microelectrodes:
Over the years, microelectrode technology has undergone remarkable evolution, driven by advancements in 
materials science, engineering, and neuroscience research. Early microelectrode were often bulky and limited in 
their capabilities. However, with innovations in silicon-based technology and electrode fabrication techniques, 
modern microelectrodes have become increasingly miniaturized, biocompatible, and versatile.
Spike Neuro's Contribution:
At the forefront of microelectrode innovation stands Spike Neuro, a pioneering company dedicated to advancing 
neuroscience through cutting-edge technology. Central to Spike Neuro  portfolio are their Rubide™ probes, which 
represent the next generation of neural probes. These probes boast superior durability, biocompatibility, and 
performance, thanks to the incorporation of advanced materials and meticulous design.
Rubide™ Acute Probes:
Specially designed for acute experiments, Rubide™ Acute Probes offer researchers the ability to precisely monitor neural activity 
in real-time. Whether investigating neuronal firing patterns or assessing the effects of experimental interventions, these probes 
provide unmatched accuracy and reliability.
Rubide™ Chronic Probes:
In chronic studies that require long-term monitoring of neural activity, Rubide™ Chronic Probes excel. Engineered for durability 
and longevity, these probes ensure stable recordings over extended periods, making them ideal for longitudinal studies and 
chronic disease models.
Rodent EEG/ECoG Arrays:
Beyond single-unit recordings, Spike Neuro also offers Rodent EEG/ECoG Arrays, enabling researchers to explore brain activity at 
the network level. Spike Neuro Arrays provide comprehensive insights into cortical dynamics, facilitating research in areas such 
as sleep disorders, epilepsy, and cognitive neuroscience.
Collaboration and Partnership:
Spike Neuro's commitment to advancing neuroscience extends beyond product development. The company actively 
seeks collaboration and partnership opportunities with researchers, product developers, and distributors. By fostering 
synergistic relationships, Spike Neuro aims to accelerate the translation of innovative neurotechnologies from the lab 
to the clinic.
Conclusion:
In the realm of neuroscience, microelectrodes represent a cornerstone technology that continues to push the 
boundaries of our understanding of the brain. With companies like Spike Neuro leading the charge, the future holds 
immense promise for unraveling the complexities of neural circuits and developing novel interventions for 
neurological disorders. As we journey deeper into the mysteries of the mind, microelectrodes will undoubtedly remain 
indispensable tools in our quest for knowledge and innovation.
Contact Us
Mail 
[email protected] / [email protected]
Phone
(734) 234-3076
Address
330 East Liberty Street
Lower Level
Ann Arbor, MI 48104