Introduction
The coexistence of diabetes mellitus (DM) and tuberculosis (TB) resembles a “syndemic” as the two conditions intensify each other’s effects through a synergistic interaction. Individuals with T2DM have a two-to-four fold…
Category: 6. Health
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Text messages could be key to helping TB patients quit smoking
Posted on 22 December 2025
Image: Simon Reza, Unsplash.com.
As part of the…
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12-month dengue virus disease case notification rate per 100 000 population, December 2024-November 2025
Since the beginning of 2025, and as of early December 2025, over 5 million dengue…
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Frailty Plus Depression Equal Greater Dementia Risk – Medscape
- Frailty Plus Depression Equal Greater Dementia Risk Medscape
- Which depression symptoms may predict dementia? Medical News Today
- Losing confidence in yourself could be a sign of Britain’s most feared disease tyla.com
- Specific depressive symptoms…
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BRCA Carriers: Hormone Therapy May Not Up Breast Cancer Risk – Medscape
- BRCA Carriers: Hormone Therapy May Not Up Breast Cancer Risk Medscape
- Is Menopausal Hormone Therapy Associated With Increased Breast Cancer Risk? The ASCO Post
- Women with BRCA mutations may be suffering unnecessarily due to ‘misinformation’ about…
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Uptick in HPAI cases in Kansas City, Missouri area – Missourinet
- Uptick in HPAI cases in Kansas City, Missouri area Missourinet
- Colorado winter bird migration carries increased risk of avian flu exposure to wildlife, domestic animals SkyHiNews.com
- What Delaware hunters need to know about avian influenza in the…
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Parkinson’s breakthrough changes what we know about dopamine
A new study led by researchers at McGill University is calling into question a long-standing idea about how dopamine influences movement. The findings suggest a shift in how scientists understand Parkinson’s disease and how its treatments work.
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Parkinson’s breakthrough changes what we know about dopamine
A new study led by researchers at McGill University is calling into question a long-standing idea about how dopamine influences movement. The findings suggest a shift in how scientists understand Parkinson’s disease and how its treatments work.
