Cancer survival linked to cardiovascular hormone/peptide levels

the ONA take:

Cardiovascular biomarkers such as high circulating levels of cardiovascular hormones/peptides in patients with cancer are linked to shorter survival, according to research published online in Heart.

In this study, researchers sought to determine whether the cancer itself affects levels of cardiovascular hormones/peptides.

The researchers assessed circulating levels of several cardiovascular hormones; proteins indicative of inflammation; and high sensitive troponin (hsTNT), a chemical that regulates heart muscle contractions, in 555 people with a first cancer diagnosis.

None of the participants had yet undergone any drug or radiotherapy treatments that might have damaged their heart tissue. The participants were tracked for an average of 25 months.

Almost one-third of the participants died during the monitoring period. Analysis of their blood samples showed that all the hormones measured and hsTNT increased in tandem with disease severity, sometimes to levels 100 times higher than expected.

The researchers report that their findings suggest that these biomarkers were indicative of heart damage not yet clinically evident, but directly linked to the cancer progression.

Furthermore, the findings suggest that the benefits of heart failure drugs for cancer patients may extend beyond helping to reduce cardiovascular side effects of cancer treatment.

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Cardiovascular biomarkers such as high circulating levels of cardiovascular hormones/peptides in cancer are linked to shorter survival.
High circulating levels of cardiovascular hormones/peptides in cancer patients are linked to shorter survival, regardless of disease type and stage of progression, reveals research published online in the journal Heart. These chemicals, known as biomarkers, are apparent in the absence of any clinical signs of heart disease or infection, and before the start of anti-cancer treatment, some of which is known to damage heart tissue, say the researchers.
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