Byline: Win Reynolds
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CRISPR and HIV: New Technique in Human Blood Unveils Potential Paths Toward Cure
New advances in CRISPR gene-editing technology may lead to longer-lasting treatments and new therapeutic strategies for HIV/AIDS.
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Nanoparticle-Based COVID-19 Vaccine Could Target Future Infectious Diseases
A new publication outlines the structure-function relationships between the first spherical nucleic acid vaccine developed to protect against viral infections, including COVID-19.
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Possible Third Cure To HIV: Progress in a Time of Regression
Associate vice president of research Richard D’Aquila, MD, shares his perspective on the news of a possible third person cured of HIV, and the progress of HIV research in the future.
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Tumors Dramatically Shrink With New Approach to Cell Therapy
Northwestern scientists have developed a new tool to harness immune cells from tumors to fight cancer rapidly and effectively.
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Scientists Identify Proteins That Could Predict Liver Transplant Rejection
Northwestern University scientists have discovered families of proteins in the body that could potentially predict which patients may reject a new organ transplant, helping inform decisions about care.
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Gender Disparities in Publishing May be Widening for Physicians Due to COVID-19
A new Northwestern Medicine study has found men’s scholarly productivity increased, but women physicians were submitting less during the increase in work-from-home during the pandemic.
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Nanotherapy Offers New Hope for the Treatment of Type 1 Diabetes
A new Northwestern study has discovered a technique to help make immunomodulation more effective, potentially improving treatment for type 1 diabetes.
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Secondary Structures in DNA are Associated With Cancer
A new Northwestern Medicine study reports that DNA manifested as knot-like folds and third rungs between DNA’s two strands may drive cancer development and an important regulatory enzyme could be associated with the formation of these unusual structures.
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Molecular Research Builds New Understanding of Skin Regeneration
A new study published in Nature Communications has found evidence deep within the skin about the mechanisms controlling skin repair and renewal.
