Unfortunately stress and anxiety are the hallmarks of the 21st century. Just before Xmas 2018, on a local TV show, 3 soccer moms were discussing their plans in the lead-up to Xmas. What kind of shocked me was when they all agreed that there was "so much pressure, so much stress". 

Objectively, Xmas is a neutral event. It is not inherently stressful nor without stress. It is our beliefs and reactions which are "stressful", not the event. But knowing that that wouldn't help the three moms. The tips in this post will help to relieve this type of stress, which is an outcome of our beliefs.

In addition to these societal changes it is well know the rate of depression increases as we age. This is a complicated process with some key factors driving it being imbalances in neurotransmitters, atrophication of the amygdala - the region of the brain most important for controlling mood - and a shrinking hippocampus. Research shows that the hippocampus is smaller in some depressed people.  These factors are all "natural" by-products of aging.

Here's the good news. You can slow the rate of aging and combat some of the effects of stress and depression - whatever the cause - using the following four techniques.

Arterial stiffness occurs as a consequence of biological aging and arteriosclerosis. What is often not well appreciated is that exercise can make a significant contribution to reducing arterial stiffness, and thus mitigating the adverse health consequences. 

How does that work?

​Exercising makes the heart work harder and this sends more frequent pulses of blood out into the arterial system. These "pulses" are not just pushed along by the force of the heart, as in a pump pushing water through a hose. The blood is pumped along by the muscles in the arteries contracting and squeezing like squeezing toothpaste.

This exercises the arterial and vascular muscles! The exercise reduces their "stiffness', just like other muscles. 

And in addition, as you exercise your heart it becomes stronger and able to pump out bigger pulses of blood with each stroke. That's why your resting heart rate drops as you get fitter. These bigger pulses make the arterial and vascular muscles work even harder to push the bigger pulses of blood along, and they get even less stiff.