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I HAVE PARKINSON'S DISEASES AND THOUGHT IT WOULD BE NICE TO HAVE A PLACE WHERE THE CONTENTS OF UPDATED NEWS IS FOUND IN ONE PLACE. THAT IS WHY I BEGAN THIS BLOG.
I COPY NEWS ARTICLES PERTAINING TO RESEARCH, NEWS AND INFORMATION FOR PARKINSON'S DISEASE, DEMENTIA, THE BRAIN, DEPRESSION AND PARKINSON'S WITH DYSTONIA. I ALSO POST ABOUT FUNDRAISING FOR PARKINSON'S DISEASE AND EVENTS. I TRY TO BE UP-TO-DATE AS POSSIBLE.
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Saturday, August 30, 2014
Study Shows Pesticide Exposure Dramatically Increases Risk of Developing Parkinson’s Disease

Friday, August 29, 2014
Kinecting” to telemedicine
26 August 2014 | Gustaf von Dewall, Business Developer
A solution from the videogame world—Kinect for Windows—could become a revolutionary new way for patients with Parkinson's disease to do rehab at home, and for physicians to remotely monitor how a person’s medication works. It also shows that telemedicine does not have to be expensive.
Do we really need special devices and highly advanced and expensive technology for telemedicine? Maybe in some cases, but as consumer technology evolves and gains more advanced functionality, it will be more than sufficient for many cases of telemedicine.
One example of consumer technology that is more than suitable to use in telemedicine is Kinect. Out of the box, it comes with functionality such as depth sensing, HD video, and skeleton tracking.
We at Softronic in collaboration with Karolinska University Hospital, are conducting a project called Kinecting Parkinson's to demonstrate the ability of a more cost-efficient way to do follow-up. The goal is to make this available for a larger number of patients with Parkinson's disease.
We have verified the technical platform, and the software supports five movements based on the standardized scale Unified Parkinson’s Disease Rating Scale (UPDRS). Examples of the movements are
The purpose of the movements is to evaluate the motoric functions of the patients. Data from the movements are analyzed and presented in an interface that the doctor can use to make an assessment of the patient. Softronic and Karolinska have started patient trials.
The use of Kinect for telemedicine received a lot of interest from the doctors attending the Neurology and Care at a Distance conference, which gathered some of the world’s leading neurologists. The combination of a much lower price than standard telemedicine equipment with the possibility of remote assessment and remote visits seems to be a winning combination—at least according to the comments of the doctors. Also the fact that the doctor can choose to assess the exercises live or examine the graphs and a video of the exercises at a later time was seen as big advantage.
This also enables more efficient follow ups. Today patients with Parkinson's disease see their doctor once or twice a year. Giving the doctor the possibility of remote assessment, the doctor can also do follow-ups of patients on the basis of when needed instead routinely once or twice a year. Thus, the doctor will be able to focus on the patients that need follow ups. By using the Kinect the doctor will also have the possibility to do the follow up remotely and only the patients that really need to will have to visit the doctor at the hospital.
Another advantage of using Kinect is that it is a device that you can find in many households. As a patient, the device would not prompt a lot of questions because it does not “signal” that you are suffering from a disease.
In the future we see additional functionality being added. We are now in the process of looking into gamification and using this both as a way to make rehabilitation more fun and to involve the patients’ relatives in the rehabilitation. Imagine a situation where grandchildren playing a game with their grandfather would help with rehabilitation.
The solution can also be used to educate neurologists specializing in Parkinson’s disease and for second opinions. This will be possible since we record and save the movements. When a second opinion is needed it the exercises will be available for assessment. Either the patient or the treating doctor can initiate the initiative for a second opinion.
We also hope to be able to crowd-source the data collected from the exercises, allowing patients to upload their data to patient communities or to personal health records such as Microsoft HealthVault.
Gustaf von Dewall
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Speech Therapy for Parkinson's Disease
Dysarthria (difficulty speaking) and dysphagia (difficulty swallowing)
can be severely limiting symptoms of Parkinson’s disease and can be helped by
referral to a speech therapist. Until recently, traditional speech therapy had
not provided sustained improvement. A new program called the Lee Silverman
Voice Therapy Program has been developed, which has demonstrated significant
value for patients with Parkinson’s disease. The patient should be referred to
a speech therapist experienced in administering the Lee Silverman Voice Therapy
Program.
Information tips for improving communication
As the muscles weaken in the voice box (larynx), throat (pharynx), roof
of the mouth (soft palate) tongue, and lips, people with Parkinson’s disease
might find it difficult to pronounce words clearly.
Some resulting speech
impairments might be:
Hoarse or strained voice
Muffled or nasal-sounding voice
Unclear or slurred speech
Speech-language therapists can help people with Parkinson’s disease
maintain as many communication skills as possible. They also teach techniques
that conserve energy, including non-verbal communication skills. Speech-language
therapists are also available to:
Recommend appropriate communication
techniques to provide treatment that will aid in the success of daily
activities.
Treat all types of speech, language,
and communication problems.
Evaluate swallowing function and
recommend changes as necessary.
Tips to maintain and enhance communication
. Choose an environment with
reduced noise. It can be quite tiring to try to "talk over" the
television or radio.
. Speak slowly.
. Be certain your listener
can see your face. Look at the person while you are talking. A well-lit room
enhances face-to-face conversation, increasing intelligibility.
. Use short phrases. Say one
or two words, or syllables per breath.
. Over-articulate your speech
by prolonging the vowels and exaggerating the consonants.
. Choose a comfortable
posture and position that provide support during long and stressful
conversations.
. Be aware that exercises
intended to strengthen weakening muscles might be counter-productive. Always
ask your speech-language therapist which exercises are right for you.
. Plan periods of vocal rest
before planned conversations or phone calls. Know that fatigue significantly
affects your speaking ability. Techniques that work in the morning might not
work later in the day.
. If you are soft spoken and
your voice has become low, consider using an amplifier.
. If you are on a respirator
(with fully inflated cuffs), an electrolarynx or respiratory tube that provides
an alternative air source might be used.
. If some people have
difficulty understanding you, the following strategies might help:
If you are able to write
without difficulty, always carry a paper and pen as a backup so you can write
down what you are trying to say.
If writing is difficult,
use an alphabet board to point or scan to the first letter of the words that
are spoken.
Spell words out loud or
on an alphabet board if they are not understood.
Establish the topic
before speaking.
Use telegraphic speech.
Leave out unnecessary words to communicate the meaning of the topic.
Non-verbal communication
Non-verbal communication, also
called augmentative and alternative communication (AAC), is a method of
communicating without spoken words. When communication needs cannot be met
through speech, the following techniques can be practiced by people with
Parkinson’s disease:
Residual speech (making the best use
out of what speaking ability is left)
Effective use of expressions and
gestures
Non-verbal communication can help
people with speech difficulties actually speak better by:
Reducing the frustration and stress
of being unable to communicate
Alleviating the pressure to speak
Allowing the person to be more
relaxed and come across in a more intelligible manner
Assistive devices
Here’s a sample of the assistive devices that are available to help
people with Parkinson’s disease communicate more clearly.
Palatal lift
This is a dental apparatus that is similar to a retainer. It lifts the
soft palate and stops air from escaping out of the nose during speech.
Amplification
This is a personal amplifier that can be used to increase vocal loudness
in soft-spoken people. The amplifier also decreases voice fatigue.
TTY telephone relay system
This is a telephone equipped with a keyboard so speech can be typed and
read by a relay operator to the listener. Either the whole message can be typed
or just the words that are not understood can be typed.
Low-technology devices
Notebooks and language boards can be used as alternative communication
techniques.
High-technology electronic speech enhancers, communication devices
Computers with voice synthesizers and dedicated communication devices
are available.
Patients who are interested in purchasing electronic communication aids
should discuss this with a speech-language therapist before contacting sales
representatives for these devices.
HELPFUL PARKINSON’S RESEARCH FROM PHYSICS AND ASTRONOMY?

Lisa Lapidus, Ph.D., who is an associate professor of physics and astronomy, was fascinated by the idea that eating spicy food could slow the development of PARKINSON’S DISEASE. So she undertook studies of the spice, curcumin, which is thought to be the major substance in tumeric often used in South East Asian curries and cooking. It has a reputation for being anti-inflammatory and helpful for osteoarthritis. Unfortunately, she found that the molecule of curcumin, while helpful in other diseases, was too large to pass across the blood brain barrier.A non-traditional physics lab at Michigan State University has been working to advance medical solutions by combining physics and biochemistry. And it is working.
The striatum acts as hub for multi sensory integration





