Sponsor or institution

Clinical trials and research at University of the Pacific-Stockton

• 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.

• Predicting Children's Facial Growth: Building a Landmark Database and Individualized Models

  Aimed at predicting how a person’s face grows over time using a big landmark database and smart computer models to guide orthodontic care.

  NIH research University of the Pacific-Stockton · Stockton, United States · NIH-11424818

• Effects of different exercise intensities on blood vessels and metabolism in prediabetes and diabetes

  This project tests how moderate and high-intensity interval exercise affects blood vessel and fat tissue function in male and female rats with prediabetes or diabetes.

  NIH research University of the Pacific-Stockton · Stockton, United States · NIH-11420736

• Colonization and protein delivery by yeast in the gut of mice

  A study exploring a yeast-based system that makes and delivers therapeutic proteins directly in the gut of mice to simplify therapy and reduce storage problems.

  NIH research University of the Pacific-Stockton · Stockton, United States · NIH-11393133

• PRIMED: Training the next generation of clinical oral health researchers

  A program to train clinicians and researchers so they can turn dental research into real improvements in oral health.

  NIH research University of the Pacific-Stockton · Stockton, United States · NIH-11374523

• Single-cell map of immune cells in oral dysplasia turning into cancer

  Researchers will create a high-resolution map of immune cells in premalignant oral tissue to help predict which lesions may become cancerous.

  NIH research University of the Pacific-Stockton · Stockton, United States · NIH-11337556

• Fast-acting delivery to prevent and reverse fentanyl and other opioid overdoses

  A new way to deliver medicine quickly that could stop and reverse fentanyl and other opioid overdoses for people at risk or experiencing an overdose.

  NIH research University of the Pacific-Stockton · Stockton, United States · NIH-11292418

• Understanding immune cells in oral lesions to predict cancer risk

  This work looks closely at immune cells in oral lesions to find early signs that might tell us which ones are more likely to turn into oral cancer.

  NIH research University of the Pacific-Stockton · Stockton, United States · NIH-11128775

• A new method to deliver drugs that can prevent and treat opioid overdoses

  This study is working on a new way to deliver a life-saving medication that can help people who have overdosed on strong opioids like fentanyl, making it quicker and easier to use in emergencies.

  NIH research University of the Pacific-Stockton · Stockton, United States · NIH-11043311

• Investigating how a yeast can deliver therapeutic proteins in the gut of mice

  This study is looking at how a special yeast can safely deliver helpful proteins directly in the stomachs of mice, which could lead to new ways to treat certain health conditions in the future.

  NIH research University of the Pacific-Stockton · Stockton, United States · NIH-10937834

• Training future clinical oral health researchers

  The Pacific-Stanford PRIMED Program is all about helping dental students and professionals learn how to turn research into better dental care, so they can work together to improve oral health for everyone.

  NIH research University of the Pacific-Stockton · Stockton, United States · NIH-10931703

• Mapping immune cells in precancerous oral lesions

  This study is looking at the immune system in patients with oral dysplasia, a condition that can lead to cancer, to find out which immune features might show if the condition is getting worse, with the hope of helping doctors create better treatments for those at risk.

  NIH research University of the Pacific-Stockton · Stockton, United States · NIH-10896274

• Investigating how certain proteins interact to regulate heart and nerve cell activity

  This study is looking at how certain proteins in your heart and nerves work together, especially focusing on how one protein helps control electrical signals that can affect your heart rhythm and hearing, with the hope of finding new treatments for heart arrhythmias and hearing issues.

  NIH research University of the Pacific-Stockton · Stockton, United States · NIH-10818590

• Creating new compounds to enhance DNA interactions for disease treatment

  This study is exploring new ways to create special molecules that can help target a unique form of DNA called triplex DNA, which could lead to better treatments for certain diseases.

  NIH research University of the Pacific-Stockton · Stockton, United States · NIH-10799314

• Creating new compounds to enhance DNA binding for disease treatment

  This study is exploring new compounds that can attach to a special form of DNA to help improve how genes work, with the hope of finding better treatments for diseases.

  NIH research University of the Pacific-Stockton · Stockton, United States · NIH-10579779

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