Category: Scientific Advances
-
Fathers’ Presence During Childhood Predicts Adult Testosterone Levels
The presence and involvement of fathers with their sons during childhood predicted the profile of adult testosterone levels, according to a recent study.
-
Identifying Protein Interactions that Promote Cancer Growth
Proteins gain new interactions that are potentially oncogenic and could drive cancer development and growth, according to a recent study.
-
Expanded Role for Calcium Channels in T-Cells
A subunit of voltage-gated calcium channels was found to have a functional role in T-cells, according to a study published in Nature Communications.
-
Exploring Ketamine’s Antidepressant Mechanisms
A new Northwestern Medicine study has identified how ketamine works so quickly, and how it might be adapted without side effects.
-
Exploring New Roles for Non-coding RNA
Recent studies have pointed to an expanded role for non-coding RNA, according to a Northwestern Medicine review.
-
Study Reveals Genetic Differences Among Fetal Monocytes
Investigators have discovered striking genetic differences in subsets of fetal immune cells, providing insight into morbidity related to premature birth.
-
Study Identifies Distinct Roles for Nuclear Lamin Isoforms
A Northwestern Medicine study has uncovered distinct roles of major nuclear lamin isoforms in maintaining intracellular interactions and cellular mechanics.
-
Understanding Immunosuppressive Mechanisms of T-Cell Receptors
Investigators have discovered the mechanisms underlying a T-cell receptor’s immunosuppressive function, findings that may improve the development of precision therapeutics for chronic disease, including cancer.
-
Mitochondrial Respiratory Chain Sustains Inflammation
A Northwestern Medicine study published in Nature Immunology has discovered that mitochondria control the activation of a specific protein complex linked to inflammation and the progression of chronic diseases.
-
Identifying Mechanisms of Methylation in Stem Cells
Northwestern Medicine scientists identified critical regulatory processes that govern differentiation in embryonic stem cells.
