If you have questions about your personal health in either diagnosing or dealing with Hypermobility Syndrome, please feel free to email me at elsesmith@gmail.com. I would be happy to answer any questions I can, give referrals to doctors, and send information packets to those who are interested.
As always, love and hope,
Chelsea Smith
Monday, August 31, 2009
New Article on HMS in the Fayetteville Observer
Hi everyone! Please check out my new health feature article on Hypermobility Syndrome in the Fayetteville Observer! The journalist did an excellent job of conveying a message of awareness, empowerment and hope. The photographer at the interview realized she was hypermobile during the shoot, so it was a great experience for all involved!
If you are new to the site, welcome! Hypermobility Hope is here to be your one-stop-shop for information on hypermobility - scroll through the articles, videos, and links to get a better sense of weather or not you are hypermobile or how to deal with the disorder if you have already been diagnosed.
Love and Hope,
Chelsea
http://www.fayobserver.com/Articles/2009/08/31/926002
If you are new to the site, welcome! Hypermobility Hope is here to be your one-stop-shop for information on hypermobility - scroll through the articles, videos, and links to get a better sense of weather or not you are hypermobile or how to deal with the disorder if you have already been diagnosed.
Love and Hope,
Chelsea
http://www.fayobserver.com/Articles/2009/08/31/926002
Monday, August 17, 2009
Hypermobility Hope is now on Twitter! Follow my tweets as I write about what it is really like to be living with HMS - the daily obstacles faced, the stress of not knowing what to expect from your body, and the hope of knowing that Hypermobility is what makes us strong enough to tackle any of the hurtles thrown our way.
While there is much academic research about Hypermobility out there, there is a shocking lack of studies on how HMS affects patients' quality of life and interefers with thier daily lives. In the hopes of helping to somewhat fill this whole, I will be reporting as much as I can as honestly as I can about the physical and emotional burdens imposed by HMS.
Please encourage others with HMS or who think they might have the disorder to join the discussion! Together we can bring eachother hope and solutions!
Love and Hope,
Chelsea
www.twitter.com/HMShopenow
While there is much academic research about Hypermobility out there, there is a shocking lack of studies on how HMS affects patients' quality of life and interefers with thier daily lives. In the hopes of helping to somewhat fill this whole, I will be reporting as much as I can as honestly as I can about the physical and emotional burdens imposed by HMS.
Please encourage others with HMS or who think they might have the disorder to join the discussion! Together we can bring eachother hope and solutions!
Love and Hope,
Chelsea
www.twitter.com/HMShopenow
Monday, August 10, 2009
Hypermobility in the Lower Body - Pictures
Below you will find pictures that demonstrate Hypermobility in the lower body, mainly the legs, and in posture. The red lines represent the proper/correct/natural alignment the body should have - in other words, the red line should intersect three joints, for example, the ankle, knee, and hip. On the left hand side you will see an example of correct alignment, as would be found with a non-Hypermobile person. On the right you will see an example of improper alignment, as would be found in a Hypermobile person. You can see that on the right hand side, the red line only intersects two joints, namely the ankle and hip. This occurs because the third joint, mainly the knee, is being extended past its intended range of motion (past 180 degrees).
There are two main explanations for this phenomenon. First, the body of a Hypermobile person is different from that of non-Hypermobile people because their connective tissues have a different genetic makeup, which allows joints to have a greater range of motion, extending further than they are intended to do. In other words, the first explanation is a genetic one. The second reason is a bit more subtle, and it has to do with the way in which the brain perceives the physical body. Humans have a sense called proprioception, which is the perception of one's physical body in space. This sense allows us to navigate through 3D space accurately, knowing instinctively where each point of our body is at any given moment. For example, if you were to ask your friend to close their eyes, and then moved their hand to the left 4 inches, your friend would know exactly where their arm was without opening their eyes (even if they can't tell you 4 inches, that is irrelevant - the brain knows where the arm is). If you were to do this to a Hypermobile person, you would have less accurate results; this is because, for whatever reason, people with Hypermobility have an impaired or diminished sense of proprioception. This causes them to be more clumsy, accident prone, and/or uncoordinated. For example, it is common for a Hypermobile person to run into the corner of a coffee table with their knee, despite the fact that they walk past that exact same coffee table in the exact same position every day. For a non-Hypermobile person with perfect proprioception, the brain has a correct vision of space and location, allowing them to navigate around the coffee table without having to think about it. That is another important point about proprioception, it is not an active sense like vision or taste, but an inactive or instinctual sense - you don't have to think about proprioception, or 'turn it on,' your body just does it. Therefore, the hypermobile person is not aware of thier incorrect posture or the overextension of thier joints - that is just how thier body naturally functions. In other words, the brains of both the Hypermobile and non-Hypermobile person, think they are standing in the same position and in the same alignment; it is the Hypermobile person's impaired sense of proprioception coupled with thier innate flexibility that leads to the marked difference between the two.
There are two main explanations for this phenomenon. First, the body of a Hypermobile person is different from that of non-Hypermobile people because their connective tissues have a different genetic makeup, which allows joints to have a greater range of motion, extending further than they are intended to do. In other words, the first explanation is a genetic one. The second reason is a bit more subtle, and it has to do with the way in which the brain perceives the physical body. Humans have a sense called proprioception, which is the perception of one's physical body in space. This sense allows us to navigate through 3D space accurately, knowing instinctively where each point of our body is at any given moment. For example, if you were to ask your friend to close their eyes, and then moved their hand to the left 4 inches, your friend would know exactly where their arm was without opening their eyes (even if they can't tell you 4 inches, that is irrelevant - the brain knows where the arm is). If you were to do this to a Hypermobile person, you would have less accurate results; this is because, for whatever reason, people with Hypermobility have an impaired or diminished sense of proprioception. This causes them to be more clumsy, accident prone, and/or uncoordinated. For example, it is common for a Hypermobile person to run into the corner of a coffee table with their knee, despite the fact that they walk past that exact same coffee table in the exact same position every day. For a non-Hypermobile person with perfect proprioception, the brain has a correct vision of space and location, allowing them to navigate around the coffee table without having to think about it. That is another important point about proprioception, it is not an active sense like vision or taste, but an inactive or instinctual sense - you don't have to think about proprioception, or 'turn it on,' your body just does it. Therefore, the hypermobile person is not aware of thier incorrect posture or the overextension of thier joints - that is just how thier body naturally functions. In other words, the brains of both the Hypermobile and non-Hypermobile person, think they are standing in the same position and in the same alignment; it is the Hypermobile person's impaired sense of proprioception coupled with thier innate flexibility that leads to the marked difference between the two.
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