Hypertrophic Cardiomyopathy
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- News
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Blood Test May Help Identify High-Risk Patients With Inherited Heart Disease
- Saturday December 27, 2025
- Science |
A new blood test measuring NT-pro-BNP may help doctors identify HCM patients at highest risk of serious heart complications, improving monitoring and treatment decisions.
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www.ndtv.com
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17,000-Year-Old DNA of Ice Age Infant Reveals Dark Skin, Blue Eyes
- Monday October 28, 2024
Analysis of a 17,000-year-old infant’s remains from southern Italy sheds light on Ice Age ancestry and health. The infant, found in a Puglian cave, was likely around a year old at death and had distinctive traits—brown skin, blue eyes, and curly dark hair. His genome links him to Europe’s Villabruna lineage, suggesting their presence in south...
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www.gadgets360.com
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Indian-Origin Teen's Heart Disease Project Wins Award In Singapore
- Friday May 4, 2018
- Indians Abroad | Press Trust of India
An 18-year-old Indian-origin girl has won this year's A*Star Talent Search award in Singapore for her study of genetic heart disease "hypertrophic cardiomyopathy".
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www.ndtv.com
-
Blood Test May Help Identify High-Risk Patients With Inherited Heart Disease
- Saturday December 27, 2025
- Science |
A new blood test measuring NT-pro-BNP may help doctors identify HCM patients at highest risk of serious heart complications, improving monitoring and treatment decisions.
-
www.ndtv.com
-
17,000-Year-Old DNA of Ice Age Infant Reveals Dark Skin, Blue Eyes
- Monday October 28, 2024
Analysis of a 17,000-year-old infant’s remains from southern Italy sheds light on Ice Age ancestry and health. The infant, found in a Puglian cave, was likely around a year old at death and had distinctive traits—brown skin, blue eyes, and curly dark hair. His genome links him to Europe’s Villabruna lineage, suggesting their presence in south...
-
www.gadgets360.com
-
Indian-Origin Teen's Heart Disease Project Wins Award In Singapore
- Friday May 4, 2018
- Indians Abroad | Press Trust of India
An 18-year-old Indian-origin girl has won this year's A*Star Talent Search award in Singapore for her study of genetic heart disease "hypertrophic cardiomyopathy".
-
www.ndtv.com