It’s no surprise that exercise has numerous benefits, such as
keeping off excess weight, making your bones strong, keeping your heart healthy
and most important part brain remains healthy. On the contrary, not exercising
can have adverse health effects. It can make your bones weak, cause your organs
to malfunction and cause you to gain weight, which might lead to one or more
obesity-related medical conditions, such as diabetes or hypertension.
Muscle atrophy is the medical term that describes the process
of your muscles wasting away. When your muscles are not exercised to their full
capacity, they begin to break down, according to the American Council on
Exercise. Not only does this cause you lose lean muscle mass, but it also
causes fatty tissue to develop around your muscles. Muscle burns fat, so when
your body does not have much muscle, your metabolism slows, and you begin to gain
weight.
Lack of exercise can also cause fatty deposits to develop
around your heart and in your arteries, notes the American Council on Exercise.
Fatty deposits can also enter the valves and chambers of your heart, which can
lead to heart failure or a heart attack. The Centers for Disease Control and
Prevention reports that in 2006, approximately 2.4 million Americans died from
heart disease, and heart disease is still one of the leading causes of death in
America.
The study was carried out by a collaboration of international
academic researchers on behalf of the Lancet Physical Activity Series Working
Group. The report stated that the research received no direct funding.
The researchers stated that strong evidence shows physical
inactivity increases the risk of many major adverse health conditions
including:
·
Death (from any cause)
·
Coronary heart disease
·
High blood pressure
·
Stroke
·
Metabolic syndrome (including obesity and abnormal
blood cholesterol levels)
·
Breast and colon cancer
·
Depression
This link is a major public health issue. The researchers
aimed to quantify the effect of physical inactivity on these major conditions
by estimating how much a disease could be prevented if inactive people were to
become more active and to estimate the gain in life expectancy this could
produce.