Archive for exercise
Cameron Park Chiropractor Explains How Exercise Can Help Those Who Overeat
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Okay, if you read my blogs, even on an irregular basis, you know by now that I am a Cameron Park chiropractor who is a bit of an exercise fanatic (nut?). There are so many healthy reasons to exercise that not exercising by some individuals seems unduly resistant to their good health! Well, in a effort to coax those few exercise holdouts, and to say, “here’s an extra bonus,” to those of you who exercise regularly, I offer the results of a new study: According to research led by Brazilian researchers at the University of Campinas, the results of which will be published next week online in the open access journal PLoS Biology, there is yet another good reason to exercise. In addition to keeping the organs of the body functioning properly, helping the musculoskeletal system to stay strong and mobile, and burning calories for weight loss, exercise has also been found to restore the sensitivity of neurons involved in the control of satiety (which is to say, “feeling full”). This, in turn, contributes to reduced food intake and, ergo, more weight loss.
Obesity is an enormous problem of epidemic proportions in this country. Factors such as changing eating habits (from healthy to “fast, fatty, and excessive”) and a sedentary lifestyle (for children as well as adults) have contributed to the obesity problem. It is also postulated that excessive consumption of fat creates failures in the signal transmitted by neurons controlling satiety in a region of the brain called the hypothalamus, and that these failures can lead to uncontrollable food intake and, consequently, obesity.
The researchers demonstrated that exercising (in this case exercising obese rodents) showed signals of restored satiety in hypothalamic neurons and decreased food intake. These findings confirmed that physical activity contributes to the prevention and treatment of obesity, not only by increasing energy expenditure, but also by modulating the signals of satiety and reducing food intake.
So, there you go, another good reason to exercise brought to you by your friendly chiropractor in Cameron Park!
Source:
PLoS Biology
If you read my Cameron Park chiropractic website blogs, then you already know I adhere to the philosophy that motion is life. Our body is designed to move, move, move; to walk, run, play, and dance! My “job” as a Cameron Park Chiropractor is not only to get you out of pain, but to help you to keep your musculoskeletal system healthy and well-adjusted so that such movement is energizing and freeing rather than painful. Because I believe so strongly that lifelong movement is essential to our overall health as human beings, I’m always happy to offer new incentives to my patients and blog readers to get moving. A new study offers another good reason for everyone, but especially women, to get active and stay active. The study, published in the Journal of the American Geriatrics Society, found that women who are physically active at any point over the course of their life, whether it is in their teen years, 30s, 40s, orĀ 50+, maintain a lower risk of cognitive impairment later in life as compared to those women who are inactive.
Let’s face it, life these days has become a spectator sport for many people. Kids sit in front of the television or their computers — and so do adults! Business often demands it and, after a long day of sitting at the computer at the office, “relaxation” or “family time” frequently comes in the form of vegging in front of the TV. There is growing evidence to suggest that people (and in the case of this particularly study, women) who are physically active in mid-life and beyond have a lower chance of dementia, as well as the “more minor” forms of cognitive impairment in old age. However, until now there has been less clarity regarding the importance of physical activity for women early in life and at different stages of life. The researchers at Sunnybrook Health Sciences Centre in Canada compared the physical activity and cognition of 9,344 women at different ages (teenage, age 30, age 50, and late-life) to investigate the effectiveness of activity at different life stages on later cognitive abilities.
“Our study shows that women who are regularly physically active at any age have lower risk of cognitive impairment than those who are inactive, but also that being physically active at teenage is most important in preventing cognitive impairment,” said Laura Middleton, PhD, who lead the research. And, in addition, she and her research team found that women who were physically inactive as teenagers, but became physically active at age 30 or age 50 had significantly reduced their odds of cognitive impairment as well compared to those who remained physically inactive. “Low physical activity levels in today’s youth may mean increased dementia rates in the future,” Middleton added.
What’s good for the body is always good for the brain. So be smart and stay that way by being physically active. Motion is life, so get moving!
What is Kinesiology and Exercise Science
Posted by: | CommentsWhat is kinesiology and exercise science? The study of movement is kinesiology and the science of exercise is the exploration of specific movements in relation to fitness and health. The kinesthetic aspect of the program relates to motion as it realates to health and mental functioning.
Movement, Mental Processing and Mood
Many studies suggest that activity has a direct effect on mental functioning and mood. A sedentary person is more likely to develop depression, inattention, and the inability to focus. Kinesiology is related to language development and communication skills as well.
The motor theory of language suggests that all language is rooted in neurological motor systems based in movement. Fundamentally, all communication arises out of motion. Mental processes, though appearing to be sedentary are based in activity and motion.
Kinesiology
Kinesiology explores movement in regards to intellect with the combination of motion. The field looks at various populations including the elderly, children, athletes, and people with physical challenges due to disabilities or health disease. The approach explore motion in the following realms:
* Life skills
* Exercise
* Physical fitness
* Dancing
* Playing
* Working
* Engaging in sports
The study of human movement is a field that brings together a number of different elements. When you explore motion, you naturally touch upon the following topics, especially in regards to alternative and complementary medicine.
* Psychology
* Physical fitness
* Biochemistry
* Biology
* Neurology
This topic is applicable to health as well as various treatment modalities, including forms of alternative and complementary medicine. The better that an individual understands the science of human motion, the better able he or she is to adopt health practices that are most effective.
What is Exercise Science?
What is exercise science? Not everyone makes the connection between science and exercise, but the two are deeply connected. Every movement, even the most seemingly simplistic motion involves complicated neurological and physical components that work together to make the motion possible. In addition, each movement has ramifications on the mind, body and spirit.
Exercise science explores everything about movement from nutrition to injury and illness. This field of study helps us understand how the body functions from the fundamental origins of movement, including biological, chemical and nutritional realms.
Kinesiology and Exercise Medicine
Kinesiology and exercise medicine relate to more than fitness and workouts. The fields of study look at the inner workings of motion and exercise as well as their impact on the body in various realms. The comprehensive perspective on motion offers new insight into the importance of activity and health
Each approach looks at the body as a machine that drives the mind and emotions through motion. Thought, emotional processing and motion are each interconnected and those who explore the fundamentals of the connection between the body and the mind may want to consider the motor theory of language, kinesiology and exercise medicine.


Kirsty Wigglesworth / AP



