Sponsor or institution
Clinical trials and research at Epicypher, INC.
As of November 12, 2026, Find a Trial lists 18 NIH-funded research projects at this institution, with $19.0 million in listed awards. Every study is explained in plain English. Data from ClinicalTrials.gov and NIH RePORTER, updated November 12, 2026.
- 18NIH research projects
NIH-funded research (18)
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.
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New tools to map and measure epigenetic changes in aging and Alzheimer's disease
A small grant is funding new methods to find and measure combinations of chemical tags on histones that change with aging and Alzheimer’s disease, helping identify targets and biomarkers.
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Mapping how drugs bind to chromatin to speed new therapies
A new test will map where small drug molecules touch chromatin in human cells to help design better, safer epigenetic drugs.
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New tools to study how asymmetric histone tweaks control gene activity
A new NIH grant aims to create designer nucleosomes with asymmetric modifications to better understand how gene regulation is influenced by the histone code, which could lead to better biomarkers and therapies for cancer.
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Epigenomic profiling of cell-free nucleosomes in plasma cancer research
A new test platform analyzes the tiny pieces of DNA wrapped around proteins in blood to help identify cancer signals.
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Scalable single-molecule chromatin accessibility profiling in immune cells
A new approach aims to map which parts of the genome are accessible and which proteins bind them in immune cells, using advanced sequencing on a scale that could reveal detailed cell-by-cell information.
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A New Way to Map DNA Structures Linked to Alzheimer's and Aging
This project is creating a new and more accurate way to map special DNA structures called R-loops, which are connected to aging and brain diseases like Alzheimer's.
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A new blood test for cancer detection
This project is developing a new type of blood test to find cancer more accurately by looking at specific markers in your blood.
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A new way to measure how proteins affect genes in autoimmune diseases
This project is creating a new, easy-to-use test to help scientists better understand how certain proteins control genes, especially in conditions like autoimmune diseases.
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Creating highly effective antibodies for studying individual cells
This study is working on creating special antibodies that help scientists better understand how tiny changes in proteins called histones affect diseases, especially in rare cells, which could lead to new treatments.
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Investigating how histone modifications affect cellular functions
This study is exploring a special chemical change in our cells that affects how they work and is connected to diseases like cancer, and it's creating new tools to help scientists learn more about this change so they can find better treatments for these conditions.
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Mapping DNA methylation and chromatin features for better understanding of gene expression
This study is testing a new technology that helps scientists understand how changes in DNA can affect gene activity, which could lead to better ways to diagnose and treat diseases like cancer and neurological disorders, ultimately helping patients get more personalized care.
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New methods to analyze preserved tissue samples for disease insights
This study is working on new ways to look at DNA features in preserved tissue samples to help find important clues for better understanding diseases and discovering new treatments, making it easier for doctors to help patients like you.
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Mapping genetic modifications and proteins in DNA using advanced sequencing techniques
This study is looking at how changes in DNA and proteins affect how our genes work, using a special technology that can read longer pieces of DNA, which could help doctors find better ways to diagnose and treat health conditions.
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Mapping changes in immune cell gene regulation
This study is looking at how changes to certain proteins that help organize our DNA can influence how immune cells work, especially in rare types of these cells, to find new ways to understand and treat immune and inflammatory diseases.
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Measuring how proteins interact with DNA in living cells
This study is working on a new, easy way for scientists to measure important proteins that help control how our genes work in living cells, which could lead to better treatments for various health conditions.
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New sensors to study how histones are modified by ubiquitin
This study is working on new tools called UbSensors™ that can help scientists see how a special process involving proteins called histones affects DNA, which is important for keeping our cells healthy and fixing damage; this could lead to better ways to understand and treat diseases like cancer and age-related conditio
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A new method for mapping DNA methylation in cells
This study is exploring a new technology to create detailed maps of how DNA changes in cells, which could help us understand diseases like cancer and brain disorders better, ultimately leading to better tests and treatments for patients.
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Creating a new method to analyze genetic changes in Crohn's disease
This study is looking at how changes in genes affect people with Crohn's disease, so we can find better ways to predict how the disease will progress and how well different treatments might work for each person, ultimately helping to create more personalized care for patients.
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