Today’s Solutions: June 14, 2026

Aging can be measured by more than just the candles on our birthday cake.  It can also be measured through chemical changes in our DNA – what scientists call “biomarkers”. But what happens if we alter this process at a cellular level?  Can we stop aging in its tracks?

In a Benjamin Button-esque feat, in a study at UCLA researchers gave 9 participants a combination of growth hormone and diabetes medication in an attempt to stop shrinking in the thymus which occurs after puberty. 

The results were surprising even to researchers who found that, on average, not only did biological aging halt, but participants regained 2.5 years of biological age over the one year study.  In other words, on several markers of biological age, the study participants’ results looked younger than when they started. 

Although the study was small and not very controlled, this does open up the possibility of medically halting aging, at least on a biological level. We here at the Optimist Daily, who are young at heart and celebrate the good things in life, are watching out for more ways we can stay young.  

Solutions News Source Print this article
More of Today's Solutions

11,000 jobs, $1.4 billion in savings: what a decade of green banking built in...

BY THE OPTIMIST DAILY EDITORIAL TEAM An impressive $14.7 million from the city. $1.3 billion in economic investment returned. $1.4 billion in energy savings. ...

Read More

Research reveals honeybees use the same face-reading strategy as humans

BY THE OPTIMIST DAILY EDITORIAL TEAM The human brain contains approximately 86 billion neurons. A honeybee brain contains roughly one million, packed into about ...

Read More

How to deal with panic attacks: Understanding the calming effects of brainspo...

The overpowering drive to restore control during a panic episode can be all-consuming. Breathing exercises and other techniques can help, but brainspotting, which makes ...

Read More

Promising antibody drug provides hope for those with type 1 diabetes 

Type 1 diabetes, a disorder in which the immune system attacks insulin-producing cells, has long been difficult to treat effectively. However, researchers at Johns ...

Read More