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Looks do matter, at least when it comes to immune system performance, suggests a new study.

Some of the best values are hidden in plain sight, like Toyotas, index funds and refurbished electronics. The same is true in the biospecimen world. Let us walk you through it. We’re known by many clients for giving researchers access to millions of banked and clinical remnant samples through our online platform, the iSpecimen Marketplace,…

Why do roughly 1 in 3 COVID-19 patients experience symptoms lasting a month or more? And which newly diagnosed patients will develop so-called “long COVID”? Researchers may be approaching answers with the discovery that reduced levels of certain antibodies in the blood may help predict who will suffer long COVID.

As the pandemic continues to rear its ugly head this winter, we have strengthened our fight against the disease by expanding our supplier network with the addition of a new reference lab in New York to support commercial and government customers focused on COVID-19 research involving the Omicron and Delta variants. The reference lab has…

Lung cancer is a leading cause of cancer death, making up nearly 25% of all cancer deaths (not all of which are smoking-related), but only 5% to 6% of at-risk Americans undergo recommended CT screening, with many concerned about radiation exposure and invasive procedures.

Irritable bowel syndrome (or IBS), characterized by stomach pain, bloating, cramping, constipation and diarrhea, is diagnosed in an estimated 1.3% of U.S. adults. In a country of 330 million, that’s a lot.

We’re seeing encouraging progress in cancer diagnostics with news of positive results from an innovative blood test to detect circulating tumor DNA.

Innovators have bestowed upon the world powerful tools for advancing precision medicine – including genomic sequencing, electronic health records, artificial intelligence, and wearables – but how do we put them to work?

Harvard scientists reported earlier this month that they essentially cured blindness in lab mice by delivering youth-restoring genes into the animals’ retinas, thus “turning back the clock” on their cells. The achievement perfectly parallels the breakthroughs medical researchers are pursuing for humans in the field of regenerative medicine – the repair, rejuvenation and replacement of diseased or damaged tissues and organs.