BioMedical Sustainable Elastic Electronic Devices (BMSEED)

BioMedical Sustainable Elastic Electronic Devices (BMSEED)

Biotechnology-Research

Mesa, Arizona
United States
Company Tagline

In Vitro Research Tools to Better Predict In Vivo Behavior

Industry Category
Biotechnology-Research
Company Description

BioMedical Sustainable Elastic Electronic Devices (BMSEED) is revolutionizing pre-clinical research through cutting-edge biotechnology. BMSEED's innovative platform recreates the dynamic cellular environment of the human body in vitro, integrating electrophysiology, electrical & mechanical stimuli, microfluidics, and live cell imaging for advanced 2D/3D cell cultures and organoids. The company's core technology, the proprietary stretchable multielectrode array (sMEA), enables the crucial combination of biomechanics and electrophysiology.

Located at 245 W 2nd Street, Suite 51, Mesa, Arizona 85201, US, BMSEED provides the industry's best value electrophysiology data acquisition system, featuring the widest array of MEAs, including advanced stretchable and microfluidic options. Their precision cell stretchers deliver superior motion control and strain capabilities, ensuring accurate modeling of physiological and pathological conditions. BMSEED empowers researchers to build more relevant pre-clinical models, significantly reducing trial costs and accelerating the path to effective therapies.

BioMedical Sustainable Elastic Electronic Devices is committed to advancing life science research and improving healthcare outcomes. The company's dedication to innovation and quality makes it a trusted partner for researchers worldwide. BioMedical Sustainable Elastic Electronic Devices (BMSEED) is setting new standards in in-vitro research. We invite the manager of BMSEED to create a customized and exclusive company showcase and product listing on our platform to further enhance your company's visibility and commercial opportunities.

BioMedical Sustainable Elastic Electronic Devices (BMSEED) révolutionne la recherche préclinique grâce à une biotechnologie de pointe. La plateforme innovante de BMSEED recrée l'environnement cellulaire dynamique du corps humain in vitro, en intégrant l'électrophysiologie, les stimuli électriques et mécaniques, la microfluidique et l'imagerie cellulaire en direct pour des cultures cellulaires et des organoïdes 2D/3D avancés. La technologie de base de l'entreprise, le réseau multiélectrodes étirable (sMEA) exclusif, permet la combinaison cruciale de la biomécanique et de l'électrophysiologie.

Situé au 245 W 2nd Street, Suite 51, Mesa, Arizona 85201, États-Unis, BMSEED fournit le système d'acquisition de données d'électrophysiologie au meilleur rapport qualité-prix du marché, avec la plus large gamme de MEA, y compris des options étirables et microfluidiques avancées. Leurs extenseurs cellulaires de précision offrent un contrôle de mouvement et des capacités de contrainte supérieurs, garantissant une modélisation précise des conditions physiologiques et pathologiques. BMSEED permet aux chercheurs de créer des modèles précliniques plus pertinents, réduisant considérablement les coûts des essais et accélérant la voie vers des thérapies efficaces.

BioMedical Sustainable Elastic Electronic Devices s'engage à faire progresser la recherche en sciences de la vie et à améliorer les résultats des soins de santé. Le dévouement de l'entreprise à l'innovation et à la qualité en fait un partenaire de confiance pour les chercheurs du monde entier. BioMedical Sustainable Elastic Electronic Devices (BMSEED) établit de nouvelles normes dans la recherche in vitro. Nous invitons le responsable de BMSEED à créer une vitrine d'entreprise et une liste de produits personnalisées et exclusives sur notre plateforme afin d'améliorer davantage la visibilité de votre entreprise et ses opportunités commerciales.

Key Personnel / Employees
MacKenzie "Mac" Bradbeer Ruben Ponce Wong Oliver Graudejus

Compare Companies Side by Side

Compare BioMedical Sustainable Elastic Electronic Devices (BMSEED) with 3 companies in Biotechnology-Research

4 Companies
Comparison Field
BioMedical Sustainable Elastic Electronic Devices (BMSEED)
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Twin Helix
Twin Helix
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Founded Year
1938 1898 2007
Company Size
501-1,000 1,001-5,000 2-10
City
Mesa, Arizona Pomona, CA Butler, PA Rho, Milano
Country
United States United States Italy
Skills & Keywords Comparing with main company
20 Total Skills
Biotechnology Electrophysiology sMEA Cell Culture Microfluidics In Vitro Research Pre-clinical research In-Situ Traumatic Brain Injury Cell Imaging Cardiac Repeated Concussions hiPSC Maturation Spinal Cord Injury Mechanobiology Cell Stretching Life Science Research MicroElectrode Arrays Real-Time Monitoring MultiElectrode Arrays
10 Total 10 Unique
Unique Skills:
Inpatient Services Orthopedics Outpatient Therapy Patient Care Physical Therapy Physician Clinics +4
16 Total 16 Unique
Unique Skills:
Cancer Dermatology Gastroenterology Imaging Lung Center Neurology +10
35 Total 35 Unique
Unique Skills:
2D barcoded tubes 3D Cell culture Antibody Biobanking Bioprinting Bioprocessing +29
4
Total Companies
1898
Oldest Founded
2
Countries
78
Unique Skills

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Alternative Company Names

This company is also known as

BioMedical Sustainable Elastic Electronic Devices 生物医学可持续弹性电子设备 बायोमेडिकल सस्टेनेबल इलास्टिक इलेक्ट्रॉनिक डिवाइस Dispositivos Electrónicos Elásticos Sostenibles Biomédicos الأجهزة الإلكترونية المرنة المستدامة الطبية الحيوية Dispositifs Électroniques Élastiques Durables Biomédicaux Биомедицинские устойчивые эластичные электронные устройства Dispositivos Eletrônicos Elásticos Sustentáveis Biomédicos