About BMSEED
Who We Are
BMSEED is a life-science instrumentation company headquartered in Mesa, Arizona that designs and manufactures advanced research tools for in vitro modeling.
Founded with the vision of bridging the gap between in vitro experiments and in vivo outcomes, we strive to empower researchers with technologies that produce more physiologically-relevant data to accelerate translational discoveries.
Our Mission
At BMSEED, we believe that better pre-clinical tools lead to better clinical results. We are dedicated to:
Bridging the gap between in vitro and in vivo research by developing platforms that improve translational accuracy to identify promising therapies earlier and avoid costly clinical failures.
Integrating biomechanics, electrophysiology, and imaging in one platform to provide multidimensional insight into cellular behavior and treatment responses.
Reducing the reliance on animal models by providing in vitro alternatives that can improve efficiency, reduce cost, and improve ethical outcomes.
Why It Matters
Pre-clinical research often suffers from a mismatch between rigid in vitro models and complex human biology. BMSEED’s platforms help close that gap by:
Simulating the mechanical and electrical environment of living tissues with stretchable multielectrode arrays, thus producing data that better reflects in vivo behavior.
Enabling repeated, non-invasive recordings from the same device (for example, before and after injury) because the electrodes stretch with the tissues, thus enhancing experimental repeatability and reproducibility.
Supporting early elimination of less promising drug candidates by creating a more biomimetic environment, thereby saving time, reducing cost, and lowering risk in clinical trials.
Our Products
Our core capabilities include:
All-in-One Cell Stretching Systems (MEASSuRE): Combine electrophysiology, mechanics, and imaging to save time and resources, or use as stand-alone modules. Apply physiological or pathological mechanical forces up to 50% strain at 50/s strain rate to cells or tissues.
Stretchable MultiElectrode Arrays (sMEAs): Allow simultaneous mechanical loading (stretching), electrical stimulation/recording, and optical imaging in a single platform to mimic dynamic cellular environments. Available in single- or six-well configurations.
Glass MultiElectrode Arrays (gMEAs): Rigid multielectrode arrays designed for electrophysiological recording and imaging. Ideal for long-term experiments or applications that don’t require mechanical stretch.
Microfluidic Chips and Modules: Support 3D co-cultures in physiologically relevant environments where neurons and glia can physically enmesh, interact functionally, and respond to mechanical or biochemical cues from MEASSuRE.
Our Values
Innovation: We push the boundaries of what in vitro platforms can achieve, integrating multiple modalities in one system.
Reliability: We design for repeatability, accuracy, and usability, so researchers can trust their data.
Collaboration: We work closely with academic labs and other research organizations to deliver solutions tailored to their needs.
Ethics & Responsibility: By offering alternatives to animal testing and striving for better translational relevance, we uphold higher standards in research.
Continuous Improvement: Our team keeps up-to-date on publications, patents, and user feedback to improve our platforms.
Looking Ahead
As biomedical research becomes ever more complex, BMSEED remains committed to delivering the tools that will define tomorrow’s breakthroughs. Whether you are investigating cardiac electrophysiology, traumatic brain injury mechanisms, mechanotransduction in tissue engineering, or microfluidic-based cellular assays, our goal is to provide the precision, flexibility, and performance you need to succeed.
Join researchers worldwide who use BMSEED’s products to accelerate their research.
Get in Touch
If you’d like to learn more about our products, collaborate on a project, or explore how BMSEED can accelerate your research, contact us today:
📍 245 W. 2nd St. STE 51, Mesa, AZ 85201
📧 info@bmseed.com
🌐 www.bmseed.com/contact