Sponsor or institution

Clinical trials and research at The Trustees of the Stevens Institute of Technology

• 14NIH research projects

NIH-funded research (14)

Early-stage science funded by the US National Institutes of Health. Most of these projects don't enroll patients, but they show what is being worked on.

• How antibody formulations behave in subcutaneous injections

  A project aims to build computer models that link antibody sequences to how they move and clump in high-concentration solutions used for subcutaneous shots.

  NIH research The Trustees of the Stevens Institute of Technology · Hoboken, United States · NIH-11453934

• Deep learning tool to diagnose retinopathy of prematurity in newborns

  A new AI-based diagnostic tool uses eye images from premature babies to help clinicians identify treatment-needed retinopathy of prematurity.

  NIH research The Trustees of the Stevens Institute of Technology · Hoboken, United States · NIH-11401397

• At-home balance game with musical biofeedback for older adults

  A home-based game uses musical biofeedback to help older adults practice weight-shifting and improve balance to reduce fall risk.

  NIH research The Trustees of the Stevens Institute of Technology · Hoboken, United States · NIH-11373903

• Transitioning Pediatric-to-Adult Care for Children with Medical Complexity

  A project to understand and improve how kids with medical complexity move from pediatric to adult healthcare, helping families and clinicians plan a safer, smoother transition.

  NIH research The Trustees of the Stevens Institute of Technology · Hoboken, United States · NIH-11360865

• Understanding how nanoscale bone composition affects osteoporosis

  This study is looking at how the tiny structure of bone affects its strength in people with osteoporosis, and by providing bone samples, you can help us find better ways to diagnose and treat this condition.

  NIH research The Trustees of the Stevens Institute of Technology · Hoboken, United States · NIH-11212348

• AI tool to detect retinopathy of prematurity in preterm infants

  Using artificial intelligence to help doctors spot sight-threatening retinopathy in premature babies.

  NIH research The Trustees of the Stevens Institute of Technology · Hoboken, United States · NIH-11164687

• Finding Early Signs of Diabetic Eye Damage

  This project is developing a new way to find early signs of eye damage from diabetes, even before vision problems start.

  NIH research The Trustees of the Stevens Institute of Technology · Hoboken, United States · NIH-11091494

• Modeling brain networks in epilepsy to improve surgery outcomes

  This study is looking at how seizures happen in epilepsy by examining how different parts of the brain work together, and it aims to create a new way to pinpoint the exact areas causing the seizures, which could help improve surgery options for people who don’t respond to medication.

  NIH research The Trustees of the Stevens Institute of Technology · Hoboken, United States · NIH-10989176

• Improving imaging techniques to study how organisms develop

  This study is working on improving imaging techniques to help scientists better understand how living things grow and develop, which could lead to new treatments for genetic and developmental disorders that affect people.

  NIH research The Trustees of the Stevens Institute of Technology · Hoboken, United States · NIH-10892873

• Creating new methods to build complex bioactive molecules and protein conjugates

  This study is exploring new ways to create special molecules that could help develop better medicines, which might lead to new treatments for patients.

  NIH research The Trustees of the Stevens Institute of Technology · Hoboken, United States · NIH-10877095

• Using deep learning to diagnose retinopathy of prematurity

  This study is working on a new tool that uses advanced technology to help doctors quickly and accurately diagnose retinopathy of prematurity (ROP), a condition that can cause blindness in babies, making it easier for them to get the care they need.

  NIH research The Trustees of the Stevens Institute of Technology · Hoboken, United States · NIH-10872726

• Measuring how much time children spend on screens using wearable sensors

  This study is looking at how much time kids aged 0-11 spend in front of screens by using special sensors to get accurate measurements, so we can better understand how screen time affects their health.

  NIH research The Trustees of the Stevens Institute of Technology · Hoboken, United States · NIH-10659471

• A new method for delivering eye medication over a longer period

  This study is testing a new way to deliver eye medication for conditions like age-related macular degeneration and diabetic retinopathy, using a special system that slowly releases the medicine over six months to make treatment easier and reduce the need for frequent injections.

  NIH research The Trustees of the Stevens Institute of Technology · Hoboken, United States · NIH-10608062

• Understanding the experiences of children with complex medical needs during the COVID-19 pandemic.

  This study is looking at how the COVID-19 pandemic has changed the way children with complex medical needs receive care, and it wants to hear from families, doctors, and the kids themselves to find ways to make their healthcare better.

  NIH research The Trustees of the Stevens Institute of Technology · Hoboken, United States · NIH-10515047

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