Biomechanics Research Studies and Biomaterials Testing

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We feature biomechanics research studies and application-driven investigations that use mechanical testing to understand the behaviour of soft tissues, cells, and engineered biomaterials. These articles summarize peer-reviewed publications and experimental workflows from academic and industrial laboratories around the world.
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Research Highlight Articles

Below are recent Research Highlights featuring CellScale systems. Each article summarizes the research context, testing approach, and key findings from published studies.

Bioprinted neural tissue models showing soft and stiff GelMA hydrogel stiffness conditions of approximately 2 kPa and 4 kPa.

October 21, 2026

How GelMA Hydrogel Stiffness Affects Bioprinted Neural Tissue Models

Researchers at UC San Diego used 3D bioprinting to create human neural progenitor cell models with different GelMA hydrogel stiffnesses....
Devil ray swimming at depth with an inset showing spherical micro-indentation of tessellated cartilage using a MicroTester-style tungsten microbeam.

October 7, 2026

Cartilage Mechanical Testing Reveals Differences Across Deep-Diving Devil Ray Species

Researchers compared neurocranial cartilage from four devil ray species spanning shallow waters to depths approaching 2,000 metres. Using bulk compression,...
Aortic tissue sample undergoing biaxial testing with four BioRakes, showing circumferential and longitudinal loading and a DIC strain map.

October 1, 2026

Aortic Biaxial Testing Reveals Subtle Changes After Intermittent Hypobaric Hypoxia

Researchers used a BioTester 5000 to examine the biaxial mechanics and stress relaxation of thoracic aorta tissue following intermittent hypobaric...
Ultrasound probe measuring tumor stiffness in a laboratory mouse, with a color-coded elastography map showing stiffness variation within the tumor.

September 25, 2026

Tumor Stiffness Measurement: Validating In Vivo Poroelastography with Mechanical Testing

Researchers estimated the Young’s modulus of breast cancer tumors in vivo using ultrasound poroelastography, then compared the results with direct...
Conductive bioadhesive for wearable bioelectronics conforming to the skin on a human wrist in a laboratory setting.

September 10, 2026

Conductive Bioadhesive for Wearable Bioelectronics: Balancing Skin Adhesion, Stretchability and Conductivity

Researchers developed a printable conductive bioadhesive that can be stored as a dry film and reactivated to conform closely to...
3D-printed piezoelectric hydrogel for skeletal muscle tissue engineering with microchannels, ultrasound activation, and aligned myotubes.

September 3, 2026

A 3D-Printed Piezoelectric Hydrogel for Skeletal Muscle Tissue Engineering

Researchers developed a 3D-printed piezoelectric hydrogel for skeletal muscle tissue engineering, combining muscle-relevant stiffness, microchannels, and ultrasound-responsive electroactivity. UniVert compression...

What You’ll Find in Research Highlights

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This page focuses on real-world studies where mechanical testing plays a central role in answering biological and engineering questions.

Articles include:

Rather than presenting theoretical concepts, these articles emphasize how mechanical testing is applied in practice in research labs across the world.

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Related Research Areas and Testing Methods

Mechanical testing research spans a wide range of biological systems and material platforms. Many of the studies featured above connect directly to the following research areas and testing methods.

Relevant Research Applications

Learn More About Mechanical Testing with CellScale

CellScale instruments are used by research teams worldwide to perform precise, reproducible mechanical testing of soft tissues, cells, and biomaterials.

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