Skip to main content
Data collection system for surgical instrument localization

Data collection system for surgical instrument localization

Unmet Need The operating room represents the largest cost and profit center for health systems across the United States. Despite its importance, very little data is gathered describing open surgery. Surgical technique is more of…

Read More

Swipe-to-Locate: Enhancing Real-World Object and Event Localization

Swipe-to-Locate: Enhancing Real-World Object and Event Localization

Unmet need Conventional techniques for mapping the location of real-world objects or events are successful at identifying the location of static objects at a gross level. Mobile devices such as smartphones typically include GPS for…

Read More

Solvent Free Resorbable Resin for 3D Printing

Solvent Free Resorbable Resin for 3D Printing

Unmet Need Biologically resorbable resins have allowed for incredible advances in 3D printed implantable device technology. Bone implants, stents, drug delivery scaffolds, and many other lifesaving devices can be custom printed to meet a patient’s…

Read More

Dark-Blood Delayed-Enhancement MRI: Improved Tissue Contrast and Blood-Pool Signal Suppression

Dark-Blood Delayed-Enhancement MRI: Improved Tissue Contrast and Blood-Pool Signal Suppression

Unmet Need Delayed-enhancement MRI (DE-MRI) is the standard for imaging myocardial infarction (MI), providing high-resolution maps of infarcted and viable myocardium. However, DE-MRI often suffers from poor differentiation between infarcted myocardium and the bright left…

Read More

Method for immune tolerance induction in patients receiving enzyme replacement therapy for a variety of metabolic disorders

Method for immune tolerance induction in patients receiving enzyme replacement therapy for a variety of metabolic disorders

Unmet Need Genetically based metabolic disorders affect 1 in 2500 births globally and many of these disorders result in an enzyme deficiency. In most cases, a single enzyme is not produced by the body at…

Read More

MRI method for detecting partial fatty tissue infiltration within the body

MRI method for detecting partial fatty tissue infiltration within the body

Unmet Need Through magnetic resonance imaging (MRI), it is possible to image and differentiate tissues and biological elements throughout the body. However, due to some tissues of the body having similar chemical compositions and subsequent…

Read More

Novel Method for Treating Steatosis-Associated Diseases

Novel Method for Treating Steatosis-Associated Diseases

Unmet Need Steatosis-associated diseases are marked by the infiltration of the liver with fatty acids. Liver steatosis occurs in nonalcoholic fatty liver disease (NAFLD) and nonalcoholic steatohepatitis (NASH), as well as rare diseases such as…

Read More

Acoustofluidic technologies for precision control in microfluidic systems

Acoustofluidic technologies for precision control in microfluidic systems

Unmet Need Achieving precise manipulation of particles, cells, and droplets in microscale liquid systems is a major challenge in life sciences, material sciences, and chemistry. Traditional microfluidic systems, which use hydrophobic channels and pressure differentials…

Read More

Surface acoustic wave based separation techniques

Surface acoustic wave based separation techniques

Value Proposition Complex biofluids such as blood, urine etc. contain a plethora of particles of interest that are of diagnostic and research interest. Examples of such particles may include exosomes, or Circulating Tumor Cells (CTC).…

Read More

Digital acoustofluidics: contactless liquid handling device via acoustic streaming

Digital acoustofluidics: contactless liquid handling device via acoustic streaming

Value Proposition For decades, scientists have pursued the goal of performing automated reactions in a compact fluid processor with minimal human intervention. Digital microfluidics (DMF) pioneers an appealing solution for economical automation by programmable manipulation…

Read More

Method to trap and transport small particles with acoustic forces

Method to trap and transport small particles with acoustic forces

Value Proposition Acoustic tweezers use ultrasound to create radiation force potential wells that enable precise and contact-free manipulation of physical and biological objects across a broad object size range. It is a fast-developing platform that…

Read More

Acoustofluidic centrifuge for nanoparticle enrichment and separation

Acoustofluidic centrifuge for nanoparticle enrichment and separation

Unmet Need Nanoparticle manipulation is highly relevant to biomedical and biochemical fields, and the ability to perform nanoparticle concentration and separation has emerged as a critical need in various settings such as point-of-care diagnostics, bioassays,…

Read More

Have Questions?

Please contact us or subscribe for more opportunities

Stay in Touch with Us