Inspired by the idea that we can become harder, better, faster, and stronger using our body alone, we spoke with some of our #TeamAaptiv trainers. With their help, we discovered the most beneficial exercise moves you can do, no equipment required. Tried and true, they’re staples for a reason. If you haven’t already, you’ll want to include these in your routine—even when you get back in the gym.
Borden is a fan of all types of glute bridges for activating your glutes, especially when you're on the road. "Traveling means sitting a lot," she says. "When we sit a lot, our hamstrings [and] hip flexors all shorten and tighten up." Over time, this can make it challenging for your glutes to engage the way they're supposed to, in the gym and in day-to-day life (this is also known as dead butt syndrome). Incorporating glute bridges in your routine can help combat this.
1. It strengthens the heart. The heart is a muscle. Like other muscles, its performance improves when it's regularly challenged by exercise. The heart responds to exercise by becoming stronger and more efficient. Strengthening the heart muscle can help ward off heart disease -- the leading cause of death in the United States, according to the U.S. Department of Health and Human Services -- even in early childhood.
Do 75-150 minutes of aerobic exercise a week. A slow metabolism and lack of cardiovascular exercise can lead to weight gain, and this gets worse as you age. Fight unwanted flab by doing at least 75 minutes of vigorous aerobic exercise each week to rev up your body and burn calories. Activities like bike riding, walking, swimming, skiing, jogging, and rollerblading are all good options.
Bicep curls are a great way to get rid of pesky arm fat by burning fat and building the muscles underneath the fat. This is a crucial part of learning how to burn fat on your arm; you can’t just reduce calories b/c you’ll still have flabby, but smaller arms. For toned arms that you feel good about showing off you need strength training exercises like bicep curls to build lean muscles while you burn away the excess fat.
This one is a big one, since inflammation may be an underlying cause of a wide range of diseases and disorders in both body and brain. Exercise is known to reduce a number of inflammatory markers, like c-reactive protein (CRP) and internleukin-6 (IL-6), which are linked to a number of diseases. “The thing about exercise is that it has a multitude of effects on many different organs and systems,” says Suzi Hong, who studies exercise and immune system activation at the UC San Diego School of Medicine, “so often it is difficult to pinpoint which organ systems are influenced and which ones are not with which specific effects for what conditions… The anti-inflammatory effects of exercise are likely one of the underpinnings of its effects against cardiovascular disease, diabetes, certain cancers, neurodegenerative conditions and more.”
Exercise stretches muscles and joints, which in turn can increase flexibility and help prevent injuries. Exercise may also improve balance by increasing strength of the tissues around joints and throughout the body, thus helping to prevent falls. Weight-bearing exercise, such as brisk walking and weight training, strengthens bones and helps prevent osteoporosis. Exercise often can improve function and reduce pain in people with osteoarthritis, although regimens must be developed specifically for each person, and exercises that put undue strain on joints, such as jumping and running, may need to be avoided.
Exercise has been shown to lengthen lifespan by as much as five years. A small new study suggests that moderate-intensity exercise may slow down the aging of cells. As humans get older and their cells divide over and over again, their telomeres—the protective caps on the end of chromosomes—get shorter. To see how exercise affects telomeres, researchers took a muscle biopsy and blood samples from 10 healthy people before and after a 45-minute ride on a stationary bicycle. They found that exercise increased levels of a molecule that protects telomeres, ultimately slowing how quickly they shorten over time. Exercise, then, appears to slow aging at the cellular level.