Free Recordings or Tapes – National Federation of the Blind

This post is about two free services available for those who can no longer read.

My father hasn’t been able to read a newspaper or a book since November.  He thinks it’s because he’s been sick; he says his eyes are tired.  I assume it’s the downward gaze palsy worsening.  He loves the Sunday New York Times.  Whenever I visit, I tried to read some of that paper for an hour.  I get very sleepy reading, however!  I’ve been trying to find someone (to pay) to come read to him.  I “auditioned” one college student who had to ask me how to pronounce every 5th word or so.  So that was a disaster.  I didn’t realize it was such a skill to read the NYT and to read aloud.

Yesterday I came across something that might work.  It’s called Newsline.  The National Federation of the Blind offers this service.  There’s a long list of national and local papers that are recorded, including USA Today, The New York Times, the Washington Post, Los Angeles Times, The Christian Science Monitor, and the Wall Street Journal.

You call a number (presumably local or tollfree), push some buttons, and recordings of the articles you want are played for you.  Obviously, this will work best if there’s a speakerphone.  Apparently you can set up “favorites” and the service will recognize the phone # you are calling from, some hopefully the button pushing at my Dad’s end will be minimal.  I figure that if he can’t do it however, I should be able to get an aide to help out.

You can find info online to sign up — nfb.org/newsline-how-sign.  There is a very easy one-page application.  There needs to be some certification of blindness or visual impairment.  We have a letter from Dad’s eye doctor (OD) saying that he has downward gaze palsy due to PSP.

I’ve also found that the Library of Congress has a National Library Service for the Blind.  The NLS offers many books on tape, even nonfiction books (history and biography).  It distributes these tapes via affiliated state libraries.  The affiliated libraries in northern CA are:

Library for the Blind and Print Disabled
San Francisco Public Library – Serves: San Francisco residents only
Civic Center
100 Larkin Street
San Francisco, CA 94102
Librarian: Martin Magid
Library Code: CA1C
Telephone: (415) 557-4253
FAX: (415) 557-4375
E-mail: [email protected]
Web site: http://sfpl.lib.ca.us/librarylocations/accessservices/lbpd.htm
Hours of Operation: 1:00-6:00 M, Th; 10:00-6:00 T, W; 12:00-6:00 F

Talking Book Library for the Blind
Fresno County Public Library – Serves Fresno, Kings, Madera, and Tulare counties
Ted Wills Community Center
770 North San Pablo Avenue
Fresno, CA 93728-3640
Librarian: Wendy Eisenberg
Library Code: CA1B
Telephone: (559) 488-3217
Toll-free (In-state): (800) 742-1011
TDD: (559) 488-1642
FAX: (559) 488-1971
E-mail: [email protected]
Web site: http://www.fresnolibrary.org/tblb
Hours of Operation: 9:30-5:30 M-F

Braille and Talking Book Library
California State Library – Serves all of Northern CA not served by SF or Fresno Libraries
P.O. Box 942837
Sacramento, CA 94237-0001
Librarian: Aimee Sgourakis
Library Code: CA1A
Telephone: (916) 654-0640
Toll-free (In-state): (800) 952-5666
FAX: (916) 654-1119
E-mail: [email protected] or [email protected]
Web site: http://www.library.ca.gov/html/pubser05.cfm
Hours of Operation: 9:30-4:00 M-F

(I got the preceding info from the web page http://www.loc.gov/nls/find.html and by calling the SF librarian.)

You don’t have to visit the library in person to get these materials.  A special tape player (slower than regular ones) and the tapes are mailed out.  There is usually an application that has to be filled out to get a patron #, and typically some sort of certification is required.  (Many different sorts of people and institutions can provide the certification.)

Both the Newsline service and the NLS service are free.  If you try out either of these services, let me know how it goes!

Robin

Advance Notice: 4/8/06 PSP Family Conference

I just got word this morning that there will be a PSP Family Conference in the SF Bay Area on Saturday 4/8/06.  It is being put on by the Society for PSP.  It will be held either in SF or somewhere near SFO.  We are being asked to offer suggestions on location and speakers, so let me know if you have any thoughts.  The ’04 conference was attended by 100 people.  The expectation is that this year’s conference will have even more attendees as there is a chance an announcement will be made about a Hollywood personality becoming a spokesperson for the Society for PSP.  I thought the location of the ’04 conference was good (UCSF conference center) and suggested that again.  Hotels, in general, will be more expensive unless we have an “in.”  I thought the UCSF speaker last time on swallowing issues did a great job.  In particular, the Society for PSP is looking for practically-oriented speakers (like speech therapists, swallowing specialists, OTs, and PTs).  I’ll keep you posted as I learn more.
Robin

 

Two distinct types of PSP – RS and PSP-parkinsonism

Here’s the citation to a very important paper published recently on progressive supranuclear palsy (PSP):

Brain. 2005 Jun;128(Pt 6):1247-58. Epub 2005 Mar 23. 
Characteristics of two distinct clinical phenotypes in pathologically proven progressive supranuclear palsy: Richardson’s syndrome and PSP-parkinsonism.
Williams DR, de Silva R, Paviour DC, Pittman A, Watt HC, Kilford L, Holton JL, Revesz T, Lees AJ.
The Queen Square Brain Bank for Neurological Disorders, University College London, UK.

Dr. David Williams and others from The Queen Square Brain Bank in London examined the brains and clinical records of 103 people with autopsy-confirmed PSP. They discovered two key clinical types of PSP:  Richardson’s Syndrome and PSP-parkinsonism.

The authors described Richardson’s Syndrome (RS) as follows:

“The core clinical features of PSP appears to be bradykinesia, rigidity and postural instability, and are almost always present later in the disease.  Together with the supranuclear vertical ophthalmoplegia, dementia, dysarthria and pseudobulbar palsy, they form the classic features of PSP.  When these features appear in the first 2 years, a diagnosis of RS is most likely.”

The authors described the PSP-parkinsonism type as follows:

“The features which most clearly differentiate this syndrome from RS appear to be an asymmetric onset, extra-axial dystonia, tremor and benefit from levodopa.  Early bradykinesia appears to be essential for the diagnosis, but does not adequately differentiate it from RS, especially later in the disease course.  Disease duration in PSP-P is significantly longer than in RS, and to our knowledge exceeds median survival in all clinicopathological PSP case series.”

Here’s the abstract to this important paper:  (broken into paragraphs)

“The clinical diagnosis of progressive supranuclear palsy (PSP) relies on the identification of characteristic signs and symptoms. A proportion of pathologically diagnosed cases do not develop these classic features, prove difficult to diagnose during life and are considered as atypical PSP. The aim of this study was to examine the apparent clinical dichotomy between typical and atypical PSP, and to compare the biochemical and genetic characteristics of these groups.

In 103 consecutive cases of pathologically confirmed PSP, we have identified two clinical phenotypes by factor analysis which we have named Richardson’s syndrome (RS) and PSP-parkinsonism (PSP-P). Cases of RS syndrome made up 54% of all cases, and were characterized by the early onset of postural instability and falls, supranuclear vertical gaze palsy and cognitive dysfunction. A second group of 33 (32%) were characterized by asymmetric onset, tremor, a moderate initial therapeutic response to levodopa and were frequently confused with Parkinson’s disease (PSP-P). Fourteen cases (14%) could not be separated according to these criteria. In RS, two-thirds of cases were men, whereas the sex distribution in PSP-P was even. Disease duration in RS was significantly shorter (5.9 versus 9.1 years, P < 0.001) and age at death earlier (72.1 versus 75.5 years, P = 0.01) than in PSP-P.

The isoform composition of insoluble tangle-tau isolated from the basal pons also differed significantly. In RS, the mean four-repeat:three-repeat tau ratio was 2.84 and in PSP-P it was 1.63 (P < 0.003). The effect of the H1,H1 PSP susceptibility genotype appeared stronger in RS than in PSP-P (odds ratio 13.2 versus 4.5). The difference in genotype frequencies between the clinical subgroups was not significant. There were no differences in apolipoprotein E genotypes.

The classic clinical description of PSP, which includes supranuclear gaze palsy, early falls and dementia, does not adequately describe one-third of cases in this series of pathologically confirmed cases. We propose that PSP-P represents a second discrete clinical phenotype that needs to be clinically distinguished from classical PSP (RS). The different tau isoform deposition in the basal pons suggests that this may ultimately prove to be a discrete nosological entity.”

From my reading, the PSP-parkinsonism type of PSP looks like Parkinson’s Disease and may look like MSA, specifically the parkinsonism type (MSA-P).

According to the full article, some people with PSP actually had a response to levodopa therapy!  Do the diagnostic criteria need to be changed to accommodate this finding?

Robin


Update from 2007:

This important paper is now available online at no cost.

Here’s the direct link to the Brain ’05 article:

brain.oxfordjournals.org/cgi/reprint/128/6/1247

And I think the commentary is worth reading too:

brain.oxfordjournals.org/cgi/reprint/128/6/1235

 

Large display clock suggestion

This is in the category of a small tip….

My dad (with progressive supranuclear palsy) had been getting up in the middle of the night, thinking it was morning.  Probably most of the time this happened he fell because he’s very tired and unsteady on his feet at the wee hours.  Over half of his falls used to occur at 3am or 4am.  I had been addressing the “cause” of the falls.  For example, he would often fall at 3am while putting on his robe in the bathroom.  I moved the robe to right next to his bed so he can put it on while sitting down.  But then I addressed the larger issue of why he gets up in the middle of the night.  I learned that he could not read the time on his alarm clock any more.  The display was too small.

I went to the Peninsula Center for the Blind and Vision Impaired (650-858-0202) in Palo Alto, CA and found a large display clock for $26.75.  Their supplier is MaxiAids (maxiaids.com, phone 800-522-6294), which sells the clock for the same price.  It’s item #74852 – AM-FM Clock Radio with Extra Large LED Display.  The numbers are green.  Turns out that some low-vision people can see green better than they can white or red.  Anyway, this clock solved the problem of not knowing what time it was in the middle of the night.  Dad no longer gets up at 3am or 4am so those falls have been eliminated.  (Unfortunately there’s still lots of other falling!)

The PCBVI and MaxiAids also have clocks that talk (say the time).  We might have to go that route if Dad’s vision problems worsen.

Robin

PSP Overview – Parkinson’s Australia (2002)

This is the description of progressive supranuclear palsy (PSP) written by Parkinson’s Australia in 2002.

Finally I’ve found a definition of pseudobulbar palsy:

“pseudobulbar palsy [nerve problems that affect the muscles of the palate, tongue and throat, causing problems with swallowing, gagging and speech]”

Overall, I think this resource is pretty good. It is published on an Australian health website called mydr.com.

Robin
————————–

https://web.archive.org/web/20060427145721/http://www.mydr.com.au/default.asp?article=3307

PROGRESSIVE SUPRANUCLEAR PALSY
Parkinson’s Australia, 2002

Progressive Supranuclear Palsy, or Steele-Richardson-Olszewski’s Syndrome
Progressive Supranuclear Palsy (PSP), also known sometimes as the Mona Lisa disease, is a distinctive and not uncommon cerebral degenerative disease of late adulthood, the cause of which is unknown at present.

It was first observed by Dr J. Clifford Richardson during the 1950s in Toronto. He recognised a few patients who exhibited an unusual neurological syndrome of supranuclear ophthalmoplegia [nerve problems that affect the eye muscles], pseudobulbar palsy [nerve problems that affect the muscles of the palate, tongue and throat, causing problems with swallowing, gagging and speech], dystonia [problems with the muscles], rigidity of the limbs, dementia and other less typical symptoms, and invited Dr John Steele and Dr J. Olszewski to study the pathological changes in the central nervous system.

They found that neuronal cell loss, neurofibrillary degeneration and gliosis [conditions in which the nerve fibres in the brain can become dense and tangled] were extensive in the brain stem, diencephalic and cerebellar nuclei. Damage to pontomedullary reticular nuclei was also likely. Changes in the metabolism of glucose were found in the prefrontal, premotor ungulate cortex and thalamus parts of the brain.

Analysis of protein in the cerebrospinal fluid (CSF) may provide a useful tool in differential diagnosis (i.e. between cortico-basilar degeneration and supranuclear palsy).

Through considerable observations it has been found that the illness is not caused by noxious or toxic substances, is not restricted to a specific geographic or climatic region and is not related to race, occupation, social or economic circumstance or diet. There seems to be a familial background in some cases.

Diagnosis
Symptoms begin in the fifth to eighth decade (the range of age of onset of PSP is 45-73). Early indications are variable and indefinite, and include symptoms such as :

* unsteady gait;
* abrupt falls;
* slowness (akinesia and rigidity);
* cervical dystonia (problems with the neck muscles);
* blurred vision;
* difficulty maintaining eye contact;
* disturbed vertical gaze;
* altered speech;
* dysphagia [difficulty in swallowing];
* forgetfulness;
* short temper and irritability;
* abnormally aggressive behaviour and subtle changes in personality which may be noticed by family members;
* depression; and
* impaired concentration.

As the early symptoms are common to many cerebral illnesses (such as cerebellar degeneration or dementia), accurate diagnosis is difficult and often not possible until further symptoms develop; in fact, the disease is often initially mistaken for Parkinson’s.

As the disease progresses however, symptoms become more defined and characteristic of PSP, so that accurate diagnosis becomes easier. Progression is also more rapid than in Parkinson’s.

Definition
Owing to the difficulty previously experienced by doctors in diagnosing PSP, the following diagnostic criteria have recently been produced. PSP is a progressive disorder (familial examples are rare), beginning in middle or old age with supranuclear ophthalmoplegia including down gaze abnormalities and at least 2 or more of the following 5 cardinal features:

* axial dystonia and rigidity (a broad-based sailor’s walk);
* pseudobulbar palsy [nerve problems that affect the muscles of the palate, tongue and throat, causing problems with swallowing, gagging and speech];
* bradykinesia [slowness of movement] and rigidity;
* frontal lobe signs; and
* postural instability with falls backwards.

Other features which may be present include:
* resting tremor;
* chorea [loss of function of the neurones in the brain];
* dystonia [muscle problems] of the limbs and face;
* cerebellar ataxia [loss of muscle co-ordination caused by disorders in the brain];
* muscle wasting, fasciculation [brief, irregular twitching of muscles that can be seen under the skin] and weakness;
* dysphagia and dyspraxia [difficulty and pain when swallowing];
* respiratory dyskinesias (inspiratory gasps);
* depression;
* sleep disturbances;
* schizophreniform psychoses;
* echolalia and palilalia [involuntary repetition of the same word or phrase when speaking];
* myoclonus [muscle spasms or twitching];
* perceptive deafness;
* other ocular abnormalities such as slowness of blink or difficulty opening the eyes; and
* emotional incontinence.

Symptoms

Gaze palsy
This is the most evident symptom of this condition, along with walking difficulties. This is so apparent that PSP is often referred to as the ‘can’t look up and can’t look down’ syndrome. This symptom, technically known as ophthalmoparesis, is first noticed as a slowness and limited vertical movement of the eyes. By contrast, full reflex eye movement is possible with passive head movement. This symptom progresses through a loss of eye reflex to a complete failure to control eye movements up or down, with some loss of control over horizontal movements, making focusing a problem. Driving and reading also become difficult.

Facial stiffness
The face becomes stiff, immobile and furrowed. Facial and jaw jerks are exaggerated, though more often than not the mouth gapes open, and drooling is common. These symptoms are also signs of pseudobulbar palsy.

Gait and muscles
The head is usually hyperextended and the neck becomes stiff and extended and will resist forward and backward movement, making going up and down stairs difficult. Rigidity and bradykinesia of the limbs develop slowly. The combination of these symptoms (inability to look down, rigidity and stiffness) causes an increasing awkwardness, disturbance of gait and hesitancy. Unsteadiness and falls are common problems (often the first symptoms) and the person can often totter backwards and fall without knowing why. Walking becomes more and more hesitant and awkward as the tendency to fall backwards continues. The cause of this phenomenon is unknown and is often mistaken for the gait disturbance typical of early Parkinson’s.

Swallowing problems
There are speech and swallowing difficulties, with repetitive swallowing of saliva, explosive coughing and heightened palate and throat reflexes.

Common signs that a person is having difficulty swallowing might include:
* frequent coughing while eating or drinking;
* multiple swallows on a single mouthful;
* the sensation of food ‘sticking’ in the back of the throat;
* weight loss; and
* chest congestion after eating or drinking.

Mental changes
Mental changes are often limited to personality alteration and forgetfulness. However, more recent studies have shown dementia is more common than first thought. A study done in 1986 found that while cognitive impairment did not parallel motor impairment it did correlate with visual impairment. There is evidence of some impairment of judgement and loss of abstract thinking.

Late stages
In the late stages of PSP, the eyes are fixed centrally, and reflex movement may be totally absent. Bradykinesia is prominent and the person assumes a rigid and double hemiplegic-type posture. That is, the body becomes totally rigid and unable to be moved voluntarily. There is particular difficulty with trunk movements when turning from side to side and sitting up. Because of these symptoms and the inability to control one’s movements, the person becomes immobile and bedridden. In extreme cases of poor swallowing a tube may be inserted into the stomach for feeding.

The average length of illness, from diagnosis to death, is 5 to 6 years, with the range being 2 to 11 years. Men seem to be more affected by the disease than women. There are an estimated 20,000 cases in the USA, 6,000 in the UK and up to 1,500 in Australia. Misdiagnosis is frequent and it is most commonly mistaken for Parkinson’s, although it is only about 3 per cent as common.

Management

Medication
Most people with PSP are resistant to dopaminergic medications, probably because they have lesions in non dopaminergic neurotransmitter systems more profound than those in Parkinson’s. Though limb rigidity and bradykinesia and balance improve in patients treated with levodopa, ophthalmoplegia and axial dystonia are unaffected. Other treatments which seem to show some effect are tricyclic antidepressants (e.g. amitryptiline), bromocriptine, pergolide, idazoxan and lisuride. Medication needs to be individualised and doctors should work with the patient to establish a suitable drug regimen. Surgery has been tried without success.

Eating
* Check that the person is sitting up as straight as possible.
* Minimise distractions such as TV.
* Concentrate on the task, considering speed and quantity, as well as how well the person is chewing.
* A teaspoonful of food at a time is ample.
* Allow enough time for the person to eat so that they don’t feel rushed.
* Be sure they have completed the swallow before offering another spoonful.

Walking
* An aid to walking may need to be weighted in front.
* Raising heels of shoes may reduce the tendency to tip backwards.
* Rails in the bathroom may be helpful.
* Remove low objects to prevent the patient falling over them.
* Prismatic glasses have been of limited assistance.

Other exercises
* Exercises can help retain some joint mobility.
* Breathing exercises may be needed to prevent complications of bed rest.

Carers and coping strategies
* It is important to understand changes that are part of the disease process and are therefore out of voluntary control.
* Fluctuation in function and personality are to be expected.
* Lists can help with memory loss.
* Include the individual in all discussion and normal decision-making.
* Carers should not blame themselves but blame the disease.
* If irritability is a problem, distraction is better than argument.
* Reserving time for carers’ own interests is important.

Consultants
Physiotherapists, occupational therapists, speech pathologists, psychologists and social workers all have important roles in assisting in the management of PSP.

myDr, 2002. Reproduced with kind permission from Parkinson’s Australia.
Reviewed : 19/7/2002