|Education, Equity and Cognitive Dysfunction Dilemmas|
[JvR: copy of the paper which was presented at the 3rd Sydney International ME/CFS Scientific Research and Clinical Meeting ]
(c) Dorothy I W Morris, TSTC., HDT(Sec)., B.Voc.Ed.&Train., Dip.RBM., PhD Candidate, Faculty of Education, Deakin University, Geelong, Victoria, Australia.
To raise awareness of medical practitioners to the full implications of their medical certification of disability assessment and long term disability for chronic and complex illnesses. This includes awareness of the need for full understanding and cognisance of the implications of all symptoms of ME/CFS and the far reaching impact of the same.
This paper addresses the issue of the Cognitive Dysfunction of ME/CFS affecting education and educational outcomes for students and also how the present system leaves vulnerable medical practitioners, disability officers, academics and teachers under the Federal Disability Discrimination Act, 1992.
The doctoral research is 'The lived experience of ME/CFS: a study in human rights and equity in tertiary education'. It has forty participants from twenty-four of the thirty nine Australian universities and eight TAFE/OTEN institutions. All states and territories of Australia are represented. All participants, without being asked, drew attention to the adverse impact of the cognitive dysfunction of ME/CFS on their academic experiences. The research reveals that no attention has been given to making appropriate accommodations for this symptom. The present situation is that the only symptom of ME/CFS which is being accommodated in tertiary education is fatigue.
The FDDA (1992), especially Section 6, Indirect Discrimination, allows for all persons to have equity accommodations commensurate with their disability. Further it is not a legal defence to say that a person did not know of their responsibilities under this act. Currently, medical practitioners and disability liaison officers (often allied health workers), who are not trained educators, are forced to make assessments outside their areas of expertise on educational outcomes. Trained educators, capable of assessing the impact are not involved in the making of recommendations for accommodation. This is the equity and cognitive dysfunction dilemma in education.
The doctoral research is to ascertain the lived experience of a group of students in tertiary (post-secondary) education in Australia who have the chronic illness of Myalgic Encephalomyelitis/Chronic Fatigue Syndrome (ME/CFS), and assess their experiences from the perspective of human rights, equity and quality of life. There seems to be a chasm between the medical knowledge of a condition, and how it impinges on academic progress. The complexity of the medical symptoms, and their far-reaching impact on the ME/CFS student, has meant that there has been many complaints amongst tertiary ME/CFS students that their needs for suitable accommodations for cognitive dysfunction are not being met.
The research methodology employed is critical ethnography (1). This is exploratory research and, as the first research conducted in a research field, it is not possible to commence with a research hypothesis. Further questionnaires and surveys are not appropriate for data gathering in a new research area.
2. The Research Participants.
Forty Australian students with ME/CFS from all states and territories of Australia, representing twenty-four Australian universities and eight TAFE/OTEN colleges were accessed for their lived educational stories. Participants were recruited through personal electronic mails and also a general mailing to an Australian internet ME/CFS listserv. Additionally letters were written to the members of the South Australian ME/CFS Student Telephone Support network list. Snowballing also occurred where students and non-students contacted persons whom they perceived could be likely participants. The state ME/CFS Societies were not accessed nor were the Disability Liaison Officers of the Australian universities.
The participants had to meet the criteria of having been enrolled at an Australian tertiary institution (post-secondary schooling) post 1994, and whose medical illness complied with the Ramsay 1988 research definition (2) (with the additional six month criteria of the Fukuda et al. (3) research definition for ME/CFS). As Ramsay is a stricter definition than Fukuda, all participants also met the CDC Fukuda criteria.
All persons who met these qualifying criteria were accepted into the study. The gender breakdown was twenty-nine females, and eleven males which approximates to the gender composition of ME/CFS as found by Jason (4). The ages of the participants ranged from nineteen to sixty-two years. The duration of ME/CFS was from nine months to twenty-five years with a mean duration of eight years.
3. Data Collection.
Computer electronic mail access was not a qualifying criterion, and ordinary mail was accepted, so as not to limit this research to those persons with computers. It was apparent that the use of electronic mail as the medium of research gathering was popular with the research participants with only five persons sending their stories through the post (5). A participant wrote, when returning her consent form and initial questionnaire, "I am looking forward to writing down my experiences, I am so glad you are doing this research, it gives so many of us a voice. Most of the time no one wants to know."(Nola)
4. Historical background
With the advent of the new name for ME, coined in 1988 by the Centers for Disease Control, USA, the focus changed away from the encephalitic features of ME, to emphasis on the less serious, but statistically more common symptom of fatigue (6). In the public perceptions thereafter ME was thought to be merely chronic fatigue (7). The encephalitic features have been ignored or relegated to a secondary position (8). The present situation is that the only symptom of ME/CFS which is being accommodated in tertiary education is fatigue (9).
The cognitive problems of ME/CFS typically include poor concentration and short-term memory, word-finding difficulty, and inability to cope with multiple stimuli and then there is fragile retrieval (10,11,12,13,14,15,16,17). Ramsay (16) says that the person with ME/CFS is dogged by persistent profound fatigue accompanied by a medley of symptoms such as headache, attacks of giddiness, muscle weakness, blurred vision and/or diplopia (double vision) and a general sense of 'feeling awful'. Further physical problems may also intrude on persons with the condition, such as the symptom of hyperacusis (16). There may also be heightened environmental chemical sensitivity (18).
"Many report difficulty in saying the right word and are conscious of the fact that they continue to say the wrong one, for example 'cold' when they mean 'hot'. Others find that they start a sentence but cannot complete it, while some others have difficulty comprehending the written or spoken word (2)."
Bastein (10, p.454) found almost a decade ago that: "The patient sample had the following neuropsychological impairments: word finding problems; subtle problems with receptive and expressive aphasia, including intermittent dysnomias; decreased concentration; distractability, problems in recall, verbal more than visual, including remote memory disturbance; dyscalculia …; both gross and fine motor problems; spatial-perceptual dysfunction, including losing their way while driving; some abstract reasoning disturbance, primarily non-verbal; decreased visual discrimination; and problems in sequencing."
According to Preston (19) brainwaves, without warning, may change from beta (thinking) to delta and theta waves, (associated with sleep and pre-sleep states in healthy people) as sudden inexplicable "power drains" during cognitive challenge. Others, such as DeMerleir, De Becker, Peterson, Nicolson, W. Behan, McGregor, Casse, Robinson, Kilburn, Komaroff (20) have drawn attention to their own research findings in the areas of biochemistry, microbiology, immunology, pathology, physiology and other medical disciplines impacting on neurocognitive dysfunction.
5. Participant stories
Thirty five participants wrote their personal story of experiences as a tertiary student with ME/CFS. The participants were not directed on what they had to write, and comments were not sought about the cognitive dysfunction: yet every story , without exception, mentioned their difficulties in this area, and the lack of understanding and accommodation which they received, and which in turn affected their academic achievements and was deleterious to their health (21). The research reveals that no attention has been given to making appropriate accommodations for this symptom.
"This was the most prominent problem for me - the cognitive dysfunction, brain fog etc. As a tertiary student, you obviously are expected to have some level of intelligence and be able to 'think on your feet' which is near impossible with brain fog. How does one portray this to the rest of the young, fit and healthy class, who are wondering why you are stumbling to spit out a coherent sentence, especially when they know that yesterday you could throw out thoughtful, witty comments along with the best of them." (Vicki)
More time has to be spent in encoding new information, yet on the day of an examination there can be no assurance that this information will be able to be retrieved and utilised, as mental fatigue will mean that the brain has apparently shut down (22,23,24). ME/CFS students colloquially call their cognitive dysfunction 'Brain Fog'. 'Brain Fog' occurring during an examination would mean there would be great difficulties in continuing the assessment. 'Brain Fog' has a variable duration, often lasting into the next day. Most students, when 'Brain Fog' sets in, call it a day, and know that it is no use to try and persist with the examination. In fact, they find that paradoxically that trying to persist will mean that they are only exacerbating the problem - as they are faced with no other alternative but to hand in their paper and depart the examination room: additional time does not allow for this phenomena (25,26). And likely, many academics and teachers, who have organised the extra time for the ME/CFS student are left puzzling as to why the ungrateful student left the examination early without completing the paper.
"At the time I found it hard to concentrate, sit for very long [so] I requested another means of assessment or allowances for my illness. The exam was to be three hours. My grades were good I thought they would think I had valid grounds. I told the [examination] officer that I was quite sick with CFS, and had a Dr's certificate and needed some changes made. She told me that she understood CFS but then went on to tell me that I could do the exam in stages but would not be able to be let out of the room. I then informed her that after a short time I may have to lie down and it would take me a long time to recover enough to start again…. I felt that she would understand the level of my disability at the time. She told me that I would have to lie in the corner, that was the only thing she could do. There was no way I could lie in front of around 150 males and females adult student and sleep to recover on the carpet floor. I would have had to stay there for days then! I decided that I would attend the exam and then do what I could and leave. I left 1 1/2 hours early and did not get the grade I would have if I had been well or by another assessment method. I didn't know about a misadventure or request for illness and I had lost faith in the system to help me so I didn't ask any further at the time." (Kathryn)
Unfortunately, this experience of Kathryn was not an isolated occurrence and stories with similar content were collected from all states of Australia.
"My brain had had a good rest now… it seemed OK. But when I tried to introduce it to this (to me) massive amount of new information it was supposed to deal with - it collapsed and completely shut down. I struggled to get through the readings for the subject, to take in the concepts, but I just couldn't retain anything. I found it fascinating and was desperate to learn. But even though I went over and over and over everything, my brain just couldn't take it in. My memory was still far from normal and by stressing it in this way I made it far worse than it had ever been before." (Rosemary)
"The strange things about exams, once you've got CFS, is that the longer you have to prepare for them and the harder you work, the sicker you get and the worse you do. So while other students are checking timetables and saying 'Oh good, three weeks till such and such,' you're thinking 'Oh no, what a disaster, three weeks to prepare!' On several occasions I asked (and was allowed) to do an exam as soon as lectures finished, sparing myself weeks of illness and ending up with a better result." (Marlene)
"But my brain shut down and I lost short term memory. While at Uni I forgot where I was and what I was doing on my way to the library. I wondered, jokingly and not yet in panic, if I had developed amnesia. I tried the standard test- what is my name - and couldn't think of it. My reasoning was curiously impaired, and I finally worked out how to get home from my limited memory access. The next day I was fine." (Barry)
These are only a few of the many extracts from the participant stories which could have been presented here. It is immediately obvious that these difficulties, which are being experienced by the ME/CFS students, have a uniqueness about them: the interrelatedness of ME/CFS with cognitive dysfunction and physical incapacity, and the physical and mental requirements of assessment. (Further participant comments in the endnote).
6. Disability Legislation
How can this dilemma of academic assessment requirements be achieved, whilst also extending equity and equal opportunity to the ME/CFS students? This problem becomes even more acute when the present legislation is taken into account. The Federal Disability Discrimination Act (27), is the Australian standard for assessing disability discrimination and in education sections 6 and 22 are particularly applicable. Section 22 is written to explain direct discrimination in the field of education and there is good compliance with the requirements of this section of the Act (27a). The Federal Disability Discrimination Act (27b), Section 6 states:
"Indirect disability discrimination
For the purposes of this Act, a person ("discriminator") discriminates against another person ("aggrieved person") on the ground of a disability of the aggrieved person if the discriminator requires the aggrieved person to comply with a requirement or condition:
(a) with which a substantially higher proportion of persons without the disability comply or are unable to comply; and
(b) which is not reasonable having regard to the circumstances of the case; and with which the aggrieved person does not or is not able to comply."
Indirect Discrimination occurs when 'normal' students are able to comply with a regulation/situation, whereas the student with the disability cannot due to the nature of their impairment.
The research found that there were profound difficulties experienced by all forty participants with cognitive dysfunction. These findings are consistent with the research findings of those who have used the CDC Fukuda definitions (28,29,30,31,32,33), and others using this same definition).
Analysis revealed that generally Australian tertiary institutions are aware of the provisions of Section 22 of the Federal Disability Discrimination Act 1992 which is specifically for education (27a). Evidence of apparent infringements of the 'Federal Disability Discrimination Act' 1992 emerged from the research stories particularly in relation to Section 6, which deals with Indirect Discrimination (27b). There were also infringements of the Students with Disabilities: Code of Practice for Australian Tertiary Institutions, (34) by the institutions although having inclusive policies in place. The institutions had limited perceptions of disability which meant they focussed on accommodations for those students with visible disabilities (eg. students with visual impairment, hearing impairment and who utilised wheelchairs for mobility), where as invisible disabilities, such as chronic illness, were overlooked. There was also evidence of the medical model of disability emerging which places the participant in the victim role, and affects quality of life, human rights and equity issues.
The persons with whom the students with ME/CFS have to deal with to obtain accommodations are persons who are trained in diverse areas of health, such a speech therapy, occupational therapy, nursing, welfare work, etc. Students may also have to deal with the faculty officer who has been given the task of finding accommodations for students with a disability. The accommodations are not designed to fit the students disability, but rather how the student may be made to fit in with the requirements of the institutions.
The present system means that the student with ME/CFS has to obtain a medical certificate to obtain disability accommodations within their tertiary institution. As ME/CFS is not accepted as a long term disability this means that, in most institutions, there has to be certification for each examination or accommodation (35). The institution says that they make the accommodations which are recommended by the student's medical practitioner. The institutions have their guidelines (such as 36) which they use to make accommodations for ME/CFS which are based on traditional precedent and also on their suppositions of what they think constitutes the medical condition of Chronic Fatigue Syndrome.
The medical practitioner, who is requested over and over again to provide certification, will usually name the diagnosed condition of their patient, but is unable to provide details of how this condition will affect the learning outcomes of their patient in an educational setting. If a medical practitioner were to do so they would be making education assessments outside of their area of medical expertise. Hence it is neither professional, nor even unethical, for a medical practitioner to attempt to try and assess learning outcomes for the myriad of tertiary courses. The medical practitioner will write the certificate stating that their patient has 'Chronic Fatigue Syndrome', and maybe, because of their patients prompting, request additional time for their patient to allow for rest periods (as allowed by the tertiary institution precedence procedures to supposedly accommodate Chronic Fatigue Syndrome). The tertiary institution will then implement their preconceived stereotype program which has never been examined for appropriateness nor based on research findings. Extra time is the usual accommodation which is offered to ME/CFS students, but it is obvious that this accommodation falls far short of being adequate, and may in itself, even constitute indirect discrimination, as many students could find that the extra time allowed (making the examination of longer duration) has actually worsened their physical condition. And another question is also raised - how much extra time needs to be allowed to achieve equity? The student's cognitive dysfunction has been ignored and no accommodations have been made.
The question must be asked, should the ME/CFS student with cognitive dysfunction even be sitting examinations? Given the medical condition symptomatology, it is questionable as to whether examinations are an appropriate form of assessment at all (37). Certainly the provision of allowing extra time is not an appropriate accommodation for all students with ME/CFS. No-one can take away from the students with ME/CFS the symptoms of this condition which affects them, but there needs to be a thorough investigation of appropriate accommodation and assessment procedures (38,39).
It is apparent that ME/CFS students are being seriously disadvantaged, both academically and also with the effects on their physical health, when being placed in the same category as other students with chronic illnesses, or being placed along side students with writing difficulties, who need additional time. In fact, the very use of examinations as a means of assessment must be called into question.
Medical practitioners are not able to write certificates for their ME/CFS tertiary students patients which make specific learning assessments to ensure equity accommodations, as it is outside of their area of medical expertise. And the persons in the tertiary institutions are not trained to be able to assess the learning outcomes for ME/CFS tertiary students. Currently, medical practitioners and disability liaison officers (often with paramedical backgrounds), who are not trained educators, are forced to make assessments outside their areas of expertise on educational outcomes.
This results in the current situation where ME/CFS students are not receiving the appropriate accommodations to which they are entitled under the Federal Disability Discrimination Act (27). Further the act does not allow for the 'discriminator' to plead that they did not understand they were discriminating (40). The present system would seem to leave medical practitioners, disability officers, academics and teachers vulnerable under the Federal Disability Discrimination Act, 1992.
? Who can assess the educational learning outcomes of the cognitive dysfunction of ME/CFS subject by subject?
? Who is responsible for equity?
? What can be done?
These are the present dilemmas, dilemmas of a flawed system which is incapable of making the appropriate accommodations which the Federal Disability Discrimination Act (27), especially Section 6 expects and sets out. Many students could even challenge this lack of equity. And if legally challenged where will the fault be found to lie - in the system, or in the persons implementing the system? There is the likelihood of a test case in this area and the findings will be interesting. This is the equity and cognitive dysfunction dilemma in education.
1. Morris, D. 2000c, Into Uncharted Waters: Considerations with Chronic Illness Research. Paper presented at the CSMEE Symposium, Contemporary Approaches to Research in Mathematics, Science, Health and Environmental Education, Deakin University, Melbourne, 27-28 November, 2001. Paper distributed at symposium. Proceedings expected to be published 2001.
2. Ramsay, A. 1988, Encephalomyelitis and Postviral Fatigue States: The saga of Royal Free Disease, Gower Medical Publishing, London
3. Fukuda, K., Straus, S., Hickie, I., Sharpe, M., Dobbins, J.., Komaroff, A. and the International Chronic Fatigue Syndrome Study Group 1994, 'The Chronic Fatigue Syndrome: A Comprehensive Approach to its definition and study', Annals of Internal Medicine, vol. 121, December 15, pp.953-959
4. Jason, L., King, C., Richman, J., Taylor, R., Torres, R., Song, S. 1999, 'U.S. Case Definition of Chronic Fatigue Syndrome: Diagnostic and Theoretical Issues', in R. Patarca-Montero, (ed.) Chronic Fatigue Syndrome: Advances in Epidemiologic, Clinical, and Basic Science Research, Haworth Medical, New York, London, Oxford.
5. Morris, D. 2002a, 'Electronic Mail: Breaking Down Access Barriers in Chronic Illness Research', Health Communication and Information Technology, special edition, ed. G.L. Kreps, The Electronic Journal of Communication/La Revue Electronique de Communication. Peer reviewed. Accepted 17th August 2001. Publication date March 2002.
6. Holmes, G., Kaplan, J., Gantz, N., Komaroff, A., et al. 1988, 'The CDC Definition : Chronic Fatigue Syndrome: A Working Case Definition', Annals Internal Medicine, vol. 108, no.3, pp.387-389.
7. Morris, D. 2002b, 'Research into ME/CFS and Tertiary Education', paper presented, 4th Australian Women's Health Conference (peer reviewed conference), From Politics, through action, toward renewal, Adelaide 19-21 February 2001. (Paper accepted for peer reviewed publication of the proceedings, July 2001.)
Abstract at http://education.deakin.edu.au/hdr/
8. Morris, D. 2001c 'Analysis from the Perspective of Education of the Chronic Fatigue Syndrome Guidelines' (Guidelines Revised Draft 2001) of the Royal Australian College of Physicians, Sydney, NSW 2001, submitted to the Royal Australian College of Physicians, Sydney, NSW 30 July 2001,
also published at http://www.ahmf.org/
9. Mungovan, A. & England, H. 1998, Bridging the Gap: Understanding the issues and needs of students and staff with Myalgic Encephalomyelitis / Chronic Fatigue Syndrome (ME/CFS) within Tertiary Education: A NSW Regional Disability Liaison Officer Initiative, Paper presented at the Pathways Conference, Perth 1998.
10. Bastien, C. 1992, 'Patterns of Neuropsychological Abnormalities and Cognitive Impairment in Adults and Children' in B. Hyde, J. Goldstein, & P. Levine (eds.), The Clinical and Scientific Basis of Myalgic Encephalomyelitis (Chronic Fatigue Syndrome), The Nightingale Foundation, Ottawa.
11. Grace, G., Nielson, W., Hopkins, M. & Berg, M. 1999, 'Concentration and Memory Deficits in Patients with Fibromyalgia Syndrome' Journal of Clinical and Experimental Neuropsychology 1999, vol. 21, pp.447-487.
12. Goldstein, J. 1993, Chronic Fatigue Syndrome: The Limbic Hypothesis, Haworth, New York.
13. Goldstein, J. 1996, Betrayal by the Brain: The Neurologic Basis of Chronic Fatigue Syndrome, Fibromyalgia Syndrome, and Related Neural Network Disorders, Haworth, New York.
14. Hyde, C. & Jain, A. 1992c, 'Clinical Observations of Central Nervous System Dysfunction in Post-Infectious, Acute Onset M.E./CFS, in B. Hyde, J. Goldstein, & P. Levine (eds.), The Clinical and Scientific Basis of Myalgic Encephalomyelitis (Chronic Fatigue Syndrome), The Nightingale Foundation, Ottawa.
15. Pinching, A. 2000, 'Chronic Fatigue Syndrome' Prescribers' Journal, Vol. 40 No. 2
16. Ramsay, M. 1986 'Myalgic Encephalomyelitis: A Baffling Syndrome With a Tragic Aftermath,' ME Association Journal 1986, UK.
17. Scoley, A., McCue, P. and Wesnes, K. 1999 'A comparison of the cognitive deficits seen in myalgic encephalomyelitis to Alzheimer's Disease'. Proceedings of the British Psychological Society, 1000, January, 12.
18. Friedberg, F., Dechene, L., McKenzie, M., Fontanetta, R. 2000, 'Symptom patterns in long-duration chronic fatigue syndrome', Journal of Psychosomatic Research 48 (2000) pp.59-68.
19. Preston, M. 2000, Cognitive Dysfunction in CFS/FM: Testing and Treatment , lecture and video tape, 29th April 2000
20. AHMF., 2001, 'The Medical Practitioners' Challenge', Proceedings of The Third International and Scientific Meeting, convened by the Alison Hunter Memorial Foundation, 1-2 December 2001, Sydney, Australia,
abstracts at http://www.ahmf.org/
21. Morris, D. 2000b, Stories of ME/CFS and Tertiary Education: The Lived Experience and Quality of Life. Paper presented at the 2nd Australian Quality of Life Conference, Melbourne, November 2000. Australian Centre on Quality of Life.
Abstract published at http://acqol.deakin.edu.au/
22. Beasley, L 1995, 'Possible Areas of Difficulty for Tertiary Students with Chronic Fatigue Syndrome', in C. Stokes (ed.), On a Wing and a Chair: expressions and impressions of students with a disability, University of Canberra Student Association, Canberra. Also reprinted in Finch, J. 1995, Energy in the Red: Living with Chronic Fatigue Syndrome, Self publ., Sydney.
23. Tate, F. 2000c, 'Don't drop out unnecessarily … just lessen the load',
24. Villis, S. 1998, "Studying with CFS/ME" in Talking Point, Journal of the ME/CFS Society (SA) Inc. March 1998, Adelaide.
25. Tate, F. 2000a, 'Farrah's Tertiary Education Update' SAYME Newsletter, ME/CFS Society (SA) Inc., Adelaide.
26. Tate, F. 2000b, 'A Sufferer's Experience: Studying with CFS',
27a. FDDA, 1992, Disability Discrimination Act 1992 Section 22, Division 2, Australian Federal Government, Canberra.
27b. FDDA, 1992, Disability Discrimination Act 1992 Section 6, Division 2, Australian Federal Government, Canberra.
28. DeLuca, J., Johnson, S. & Natelson, B. 1993, 'Information Processing Efficiency in Chronic Fatigue Syndrome and Multiple Sclerosis', Archives of Neurology, vol. 50, p.301-304.
29. Johnson, S., DeLuca, J., Fiedler, N. & Natelson, B. 1994, 'Cognitive Functioning of Patients with Chronic Fatigue Syndrome', Clinical Infectious Diseases, 18 (Suppl 1); S84-5.
30. Krupp, L., Sliwinski, M., Masur, D. & Friedberg, F. 1994, 'Cognitive Functioning and Depression in Patients With Chronic Fatigue Syndrome and Multiple Sclerosis', Archives of Neurology, Vol. 51, 705-710.
31. Lange, G., DeLuca, J., Maldjian, J., Lee, H-J., Tiersky, L. & Natelson, B. 1999, 'Brain MRI abnormalities exist in a subset of patients with chronic fatigue syndrome', Journal of the Neurological Sciences 171, 3-7.
32. Marcel, B., Komaroff, A., Fagioli, L., Kornish, R. & Albert, M. 1996, 'Cognitive Deficits in Patients With Chronic Fatigue Syndrome,', Society of Biological Psychiatry, 40: 535-541
33. Marshall, P., Forstot, M., Callies, A., Peterson, P. & Schenck, C. 1997, 'Cognitive Slowing and Working Memory Difficulties in Chronic Fatigue Syndrome, Psychosomatic Medicine, 59, 58-66.
34. O'Connor, B., Watson, R., Power, D. & Hartley, J. 1998, Students with Disabilities: Code of Practice for Australian Tertiary Institutions, Commonwealth of Australia, QUT., Brisbane.
35. Morris, D. 2000a, Submission to the Draft Disability Standards for Education from the perspective of ME/CFS. November, 2000.
36. Lockhart, A. (ed) 1991, 'Reasonable Accommodations: Strategies for Teaching University Students with Disabilities' : for Macquarie University, University of New South Wales, University of Sydney and University of Technology from Reasonable Accommodations: Teaching College Students With Disabilities: The President's Commission On Disability Issues,(1990) University of Maryland at College Park, USA, Lockhart Darby: Macquarie University et al, Sydney. Also at < http://www.anu.edu.au/secretary/disabilities/book4.html>
37. Morris, D. 2001d, What does academic assessment assess: the case of ME/CFS? Paper presented at the Tertiary Teaching and Learning Conference 'Tertiary Teaching and Learning: Dealing with Diversity', Darwin, July 9-12, 2001.
38. Morris, D. 2001a, Report on the findings of the Lived Experience of tertiary students with ME/CFS. Paper presented and distributed to the South Australian Youth with ME (SAYME), Fullarton Community Centre, Adelaide, 18 February, 2001. Also at http://www.sayme.org.au Also available on video.
39. Morris, D. 2001b, Issues of Human Rights and Equity for students with ME/CFS. Paper presented and distributed to the academic and disability officers of the South Australian Universities, at Disability Information Resource Centre, Gilles Street, Adelaide, 12 noon, 21st February 2001.
40. Jones, M. & Basser Marks, L. (1998) 'The Limitations of the use of law to promote rights: An assessment of the Disability Discrimination Act 1992 (Cth), in M. Hauritz, C. Stampford, S. Blencowe, (eds.), Justice for People with Disabilities: Legal and Institutional Issues, eds., Federation, Leichhardt, NSW.
"Short term memory recall for terminology was a difficulty, but the excruciating myalgia pain was very severe. ... I ceased writing for half an hour. I did the remaining questions in severe pain and headache - pain in my hand, arm shoulder, and neck, not only in the muscles, but also in the nerves like a drill, which was most distracting… I struggled to write - my hand was numb and had pins and needles, and frozen in a cramp holding the pen. ...I could have cried with the pain. …The last question I was too tired to think, too pained … , so I jotted some points down. The pain was akin to medieval torture! PS. I got HD!" (Elizabeth)
"The exam variations I have arranged thus far have included double time and a 1 hour rest break, which was intended to be either short rest periods or a longer rest if I needed to lie down. Nevertheless, I have had invigilators who refuse to let me out of the room, and it is very difficult to lie down in a small, crowded, stuffy room - on the floor - and call it rest." (Tammie).
"My memory and concentration became very poor, and although I have some native talent for dealing with things on the fly, when my brain fogged too much I just lost it completely. The first time I recall this happening was in Honours, and I managed to just focus on the issue and ignore everything else (including the fact that my vision had tunnelled and I couldn't really see the room)." (Barry).
"My one remaining subject, in second-year [subject name] had an mid-semester exam ..., which I think was worth 10%. It was a one-hour exam to be held in our last lecture. I was having massive concentration and memory problems and I knew I wouldn't be able to perform normally on this exam, so I sought to be given extra time - I applied for this through the Faculty office and they granted it to me. However when I arrived at the exam, the people running it did not have a clue who I was and in fact there was no provision for me to have extra time." (Rosemary)
"Extra time is essential, but if you take too much, you are so exhausted by the end that you can't function properly anyway. Going down hill as you slog through the paper happens regardless. I discovered this when I once looked at a computer programming paper I'd done and found simple arithmetic errors peppering what would have been the last half hour. I'd used the right method but ended up with nonsense because I'd calculated 3 X 2 = 4, or some such nonsense. I also noticed that in the time left at the end I'd 'checked' the paper and changed several things to incorrect answers. From then on I never checked an exam paper, even if I had time left. By the time I'd gone through it once I felt so ill that any changes were bound to be for the worse." (Marlene).
"The nature of CFS means that attendance to many lectures is not possible, nor is the compulsory attendance to tutorials. Despite requests for lectures to be taped, this has always been refused. Missing more than 3 tutorials per semester automatically leads to the loss of 15% of my final mark and the preclusion from sitting Supplementary Exams (which may be necessary due to poor health on the day of the exam). There is no concession for the fact that having CFS makes it virtually impossible to meet this compulsory requirement. Medical certificates are accepted only if obtained on the day of illness, which is rather difficult when my GP is a 20 minute drive away and I can't get off the couch!" (Tammie)
Biochemical anomalies in people with chronic fatigue syndrome who have visual problems: Implications for immune system dysfunction and dietary intervention
G.L. Robinson, D.L. Sparkes, T.K. Roberts, N.R. McGregor, R. Conway
University of Newcastle,
Special Education Centre
University of Newcastle
There has recently been an identification of biochemical anomalies in people with chronic fatigue syndrome (CFS), and the range of symptoms for CFS include visual problems, which are similar to those reported by people identified as having a visual sub-type of dyslexia called Irlen Syndrome (IS). These visual problems in dyslexia have also been associated with biochemical anomalies, in particular abnormal fatty acid metabolism.
This paper will describe three investigations into possible biochemical anomalies, for people with CFS and visual processing problems. The preliminary investigation (143 subjects with CFS) identified a number of biochemical markers associated with symptom incidence which could result in a dysregulation of fatty acid metabolism. A more detailed analysis involved 67 subjects with CFS divided into two groups according to degree of symptoms of visual perceptual disability (IS). Significant differences were found in the metabolic profiles of the two groups, indicative of differences in connective tissue turnover due to infection or stress. There were also indications of alteration of neural functioning due to changes in neurotransmitters. Preliminary results for the third study (50 IS subjects and 50 age- and sex-matched controls) found differences in linoleic acid, tyrosine, aspartic acid and glutamic acid, which may indicate problems with fatty acid metabolism and neural functioning. The IS subjects also had a significantly higher incidence of allergies, gastrointestinal problems, kidney infections, and a higher incidence of fatigue, headaches, photophobia, and impaired concentration. The bacterial saturated fatty acid C17:0 was also found to be positively correlated with eye strain, and may indicate the presence of a pathogen. Similar C17:0 anomalies have been found in people with CFS.
The results of these studies confirm the association between CFS and visual processing problems, with essential fatty acid metabolism likely to be an indicator. The results also suggest a need for investigation of immune system dysfunction. Dietary intervention, targeting specific biochemical anomalies will also be discussed as a possible treatment option.
Groundbreaking Study Links Water with Heart Health
Loma Linda, California
Not drinking enough water could be as harmful to a person's heart as smoking, according to a study released last month by Loma Linda University and Medical Center. Researchers at the California-based institution said that drinking a sufficient amount of water every day significantly lowers the risk of coronary heart disease.
Jacqueline Chan, chief researcher on the project, told reporters at an April 25 news conference that sufficient water is as important to heart health as other factors such as diet, exercise, and abstinence from smoking. The study is the first to show a connection between levels of water intake and heart health.
Statistics gathered from a study in California showed that healthy men who drank five or more glasses of water every day had a 54 percent decrease in the risk of fatal coronary heart disease, compared with those who drank only two glasses of water. Women who drank five glasses of water each day lowered their fatal heart attack risk by 41 percent.
The data for these findings comes out of a massive research project begun in 1973 that tracked the health of more than 20,000 health-conscious Californians.
"This study needs to be replicated, and if similar results are found, then this would be the cheapest and simplest method of preventing heart disease that could be imagined," says Gary Fraser, who heads up the Health Study.
Researchers believe that drinking a high volume of plain water works to thin the blood, thus lowering the risk of blood clots. People who replaced some of the water with other fluids, such as fruit juice, milk, or soda, did not receive the same protection, researchers found.
Loma Linda University and Medical Center, established in 1905, is internationally renowned for its medical research and treatments in areas such as heart transplant surgery and non-invasive proton beam therapy for prostate and breast cancer. In its mission statement, LLUMC affirms that its purpose is to continue the "healing ministry of Jesus Christ" within "a setting of advancing medical science."