DYSLEXIA
Here I discuss dyslexia’s
definition, symptoms, various
checklists for parents and teachers and its treatment in relation to parents
and teachers.
What is dyslexia?
Dyslexia is a
specific language-based disorder of constitutional origin characterized by difficulty in single word decoding,
usually reflecting insufficient
phonological processing abilities. These difficulties in single word decoding
are often unexpected in relation
to age and other cognitive and academic abilities; they are not the result of generalized
developmental disability or sensory impairment. Dyslexia is manifested by
variable difficulty with different forms of language, often including, in addition to problems reading, a
conspicuous problem with acquiring proficiency in writing and spelling.
Developmental
dyslexia is an unexpected difficulty in reading. Unexpected
refers to children and adults who appear to have all the factors necessary to
become good readers: intelligence, motivation, and exposure to reasonable reading
instruction - and yet struggle to read. Here,
for ease of communication. We will refer to “developmental dyslexia” as simply
“dyslexia”; it is also referred to as specific reading
disability. Dyslexia, first described over a century ago by a British physician,
is the most common and most carefully studied of the learning disabilities,
affecting 80% of all individuals identified as learning disabled.
It exposure to reasonable
reading instruction - and yet struggle to read.
The operative words are "exposure to reasonable reading instruction".
The prevalent reading instruction for the last fifty years (at least) starts
with the whole word (or sentence) to abstract meaning first. To teach from the
presumption that literacy is best acquired by teaching meaning first
(comprehension) necessitates reading instruction that relies on such strategies
as picture cues, context cues (how this helps beginning readers beggars
belief), guessing from the first letter and, of course, teaching to a putative
learning style.
It is these inculcated strategies that CAUSE differences in brain processing
from that used by efficient readers, that is, those readers who have learnt how
to decode the artificial contrivance known as the alphabet.
The "cure" for dyslexia is what should have been taught in the first
place: the sound/letter (or, if you prefer, phoneme/grapheme) relationships. Phonological Awareness is Word Analysis,
Word Recognition, Oral Reading, Reading Comprehension, Spelling, Intelligence. Once this mechanism is taught
(it can't be acquired, despite what reading teachers may say), the
"dyslexics" activated areas of the brain are the same as efficient
readers...and is sustained. In other words, they are "cured" (but not
from any neurological deficiency).
Some
common problems
Teacher thinks that he is not
listening, but….
· he may have difficulty in
remembering a list of instructions,
· he may have problems getting
thoughts together coherently for story or essay writing
· he may have sequencing problems
and may need to be taught strategies to cope / alternative ways of remembering.
Teacher thinks
that he is lazy, but…
· he may have difficulty in organizing
work and need specific teaching to help him
· he may be able to answer the
questions orally but can't write them down
· he may have found that the
less he writes, the less trouble he gets into for making mistakes
Teacher thinks
that they are not concentrating, but…
· he may have difficulty in
copying accurately. This is often because he cannot remember chunks but
needs to look at each letter, write it, then look at the board again, find the
place, and so on...
Teacher thinks
that he is careless, but…
· he may have very poor
handwriting as dyslexic people haven’t sufficient hand skills to
control the pencil.
Teacher thinks
that he is not checking work, but…
· he may spell the same word several different ways if he doesn't
have the visual memory to know what is right or the kinesthetic memory for it
to feel right as he is writing.
Teacher thinks
that he doesn't look carefully, but…
· He may have a visual memory deficiency and therefore experience
difficulty when interpreting symbols.
Teacher thinks
that he is being awkward / impossible on purpose, but…
· he may be able to produce
very good work one day and the next ‘trip up over every word’. ‘Off days’ are
quite common and require extra encouragement and understanding.
Some
common strengths
You may
be surprised that:
· he has a good visual eye
· he may be able to arrange the
furniture in the classroom very effectively
· he is very imaginative and
skilful with his hands
· he may be able to make the best
models
· he is practical
· he may be able to work the
computer before the others - even perhaps repair it. He may be able to
start the car when others have failed
· he is mad on sport and may excel
at individual sports
· he has a fantastic imagination
· he may be able to tell
wonderful stories if his long-term memory is good.
General
comments
The
main problems are:
· poor sequencing skills
· poor auditory discrimination and
memory
· poor visual discrimination and
memory
· poor short term memory
· poor self-confidence
Problems
with
Symptoms: Slow reading,
substituting words, rearranging letters and words, headaches from reading,
guessing at words, rereading over and over, extreme concentration, sounding out
each word, memorizing rather than understanding and avoiding reading.
Cause: A dyslexic comprehends
by picturing the meanings of each word read. Words such as : the, as, by, was, etc. aren’t pictured and result in
confusion. Words with no “pictures” also disorient the dyslexic.
Disorientation causes the dyslexic to see and hear things differently than they
actually are. This creates mistakes. Phonetic programs do not
resolve the blank pictures.
Remedy: Dyslexics learn how to make
pictures for the confusing words using a process that incorporates the creation
of clay models. They recognize when they are disoriented and learn how to
orient themselves. The point is to train their eyes to move from left to right,
allowing their brain to see the letters and the
words in the proper sequence.
Problems
with Writing (Dysgraphia)
Symptoms: Messy printing or writing,
hand getting tired or sore quickly, avoiding writing, reversing letters and
numbers, writing words backwards, writing letters out of order, slow and
laborious writing.
Cause: The individual may
have been disoriented when being taught how to form the letters or write the
words. So much instruction has been given that the person has multiple
mental images of letters and words superimposed upon each other. The dysgraphic is unable to make certain lines, such as
diagonals and curves. Mistakes and uncertainty cause stress, leading to a very
tight grip.
Remedy:
Individuals learn to recognize when they are disoriented and learn how to
orient themselves. Neural pathways are opened and strengthened to
perceive and write lines accurately. Multiple images of superimposed
letters are replaced by one standard alphabet. Dysgraphics
learn how to release stress in their pencil grip.
Poor
Spelling
Symptoms: Reversing letters,
inconsistent spelling, spelling phonetically, mixing up c and k; band p; d and q; w and m; ph and f,
etc.
Cause: When disorientation
occurs, the individual sees the letters three- dimensionally, as if they were
floating free in space. Because of disorientations, the person often
doesn’t see consistent spellings of the same word. Being a picture thinker, the
individual does not naturally make a mental image of the letters that make up
that word.
Remedy:
Individuals
learn to recognize when they are disoriented and learn how to orient
themselves. Train their eyes to move from left to right, familiarizing
their brain with the sequence of the letters in each word. Make the written
word along with the clay model.
Problems
with Math (Dyscalculia)
Symptoms: trouble sequencing or
counting, memorizing formulas rather than understanding, number reversal,
extreme concentration with math work, general difficulty with math.
Cause: Disorientation causes
the dyscalculic to experience time
inconsistently. Without a sense of time, the concepts of sequence and
order are difficult to understand and implement. These are building
blocks upon which all math is based. If numbers
and formulas are merely symbols, rather than real concepts, math can only be
learned through memorization, not understanding.
Remedy:
Individuals
learn to master the meanings of numerals and operation symbols using clay and
also master the underlying concepts of mathematics, such as ·time, sequence,
and order. The aim is to gain a concrete understanding of
mathematical functions through hands-on activities.
Problems
with Coordination (Dyspraxia)
Symptoms: clumsiness, frequent
accidents, problems with stairs, need to watch the ground when walking,
dizziness or nausea while reading, poor sense of direction, difficulty with
handwriting, etc.
Cause: Disorientation: coordination
is lost by triggers in the immediate environment or by symbols that must be
deciphered. Inaccurate perception: coordination is generally poor.
Remedy:
Dyspraxics learn to recognize when they are
disoriented and learn how to orient themselves in order to perceive the
environment accurately and find their optimum orientation point (fine tuning)
so that perception will be more accurate and coordination will improve.
FREQUENTLY
APPLIED CHECKLISTS
Name of student:
______________________________ Grade:___________ Age:
_________
Many of the
characteristics associated with dyslexia also are found in children with other
specific learning disabilities or with speech/spoken language disorders. Some
of the characteristics also may be present in some young children in the course
of normal development. However, when these characteristics are not
age-appropriate and interfere with learning, they may be symptoms of a language
or learning disorder, including dyslexia and the child may need special
assistance in academic or related areas.
Please check where
applicable.
Characteristics
that are associated with dyslexia include the following:
_____ Problems in
learning the names of the letters of the alphabet
_____ Difficulty in learning to write the alphabet correctly in sequence
_____ Difficulty in learning and remembering printed words
_____ Reversal of letters or sequences of letters
_____ Difficulty in learning to read
_____ Difficulty in reading comprehension
_____ Cramped or illegible handwriting
_____ Repeated erratic spelling errors
Characteristics
that may be associated with dyslexia:
_____ Delay in
spoken language
_____ Difficulty in finding the "right" word when speaking
_____ May be late in establishing preferred hand for writing
_____ May be late in learning right and left and other directionality components
such as up-down, front-behind, over-under, east-west and others
_____ Problems in learning the concept of time and temporal sequencing, i.e.,
yesterday-tomorrow, days of the week and months of the year
_____ Family history of similar problems
When these
characteristics are not age-appropriate and interfere with learning, they may
be symptoms of a language or learning disorder, including dyslexia,
and the child may need special assistance in academic or related areas.
Accommodation
school checklist.
Place a check in the column
that best describes your feelings.
1. Allow
extended time to complete projects, term papers, book reports, etc. |
Yes |
No |
Don't
Know |
2. Allow
extended time to complete a test. |
|
|
|
3. Allow
student to dictate test answers. |
|
|
|
4. Allow
the test to be read to the student. |
|
|
|
5. Allow
the test to be taken with the learning disabilities/resource teacher. |
|
|
|
6. Allow
the student to give oral answers to essay questions. |
|
|
|
7. Allow
misspelling and grammar errors and grade the content. |
|
|
|
8. Allow a
pocket calculator to assist with basic calculations while student learns
higher level math concepts. |
|
|
|
9. Allow
student to count on fingers while doing math and or sub vocalize while
reading. |
|
|
|
10. Allow
student to do an alternate assignment in his area of strength ( over the same material). |
|
|
|
11. Allow
partial credit if the student's procedures were correct,
but the final was incorrect due to errors in computations. |
|
|
|
12. Allow
rephrasing of test questions. |
|
|
|
13. Give
the student a copy of your notes. |
|
|
|
14. Give
the student a written copy of homework instructions. |
|
|
|
Yes |
No |
1. Does
student seem to have the intellectual ability to develop reading skills at a
level equal to his/her peers? |
___ |
___ |
2. Is student
unable to read satisfactorily in spite of adequate intelligence and
educational opportunity? |
___ |
___ |
3. Is
student’s performance in academic tasks often inconsistent? |
___ |
___ |
4. Are
student’s written assignments of poorer quality than would be expected
considering his/her intellectual potential? |
___ |
___ |
5. Can
student comprehend reading at his/her grade level? |
___ |
___ |
6. Can
student explain major facts from stories read silently? |
___ |
___ |
7. Is
student’s recall ability limited, especially with words and names? |
___ |
___ |
8. Are
student’s math skills on grade level? |
___ |
___ |
9. Does
student have difficulty reciting the alphabet correctly in sequence (not in
song or rhyme)? |
___ |
___ |
10. Does
student have difficulty in writing the alphabet correctly in sequence? |
___ |
___ |
11. Does
student have difficulty matching lower and upper case letters by name? |
___ |
___ |
12. Does
student have difficulty visually matching identical words and short phrases? |
___ |
___ |
13. Does
student have difficulty in handwriting? |
___ |
___ |
14. Does
student have trouble with drawing, writing, and copying skills? |
___ |
___ |
15. Does
student have difficulty with spelling? |
___ |
___ |
16. Does
student have difficulty discriminating similar words and letter sounds? |
___ |
___ |
17. Does
student show confusion differentiating short vowel sounds? |
___ |
___ |
1. Does
student demonstrate directional problems? |
___ |
___ |
2. Does student have
difficulty with spatial orientation i.e., before/ after, left/right, etc.? |
___ |
___ |
3. Does
student demonstrate a hand preference? R__ L__ |
___ |
___ |
4. Does
student demonstrate a short attention span? |
___ |
___ |
5. Does
student demonstrate difficulty with coordination? |
___ |
___ |
6. Is
student easily distracted from tasks? |
___ |
___ |
7. Does
student exhibit signs of frustration in class? |
___ |
___ |
8. Is
student frequently overly active or a disturbance in class? |
___ |
___ |
9. Is
student often passive or withdrawn? |
___ |
___ |
10. Does
student often forget assignments? |
___ |
___ |
11. Does
student often lose papers? |
___ |
___ |
12. Does
student have difficulty remembering and following directions? |
___ |
___ |
13. Does
student lack organization skills? |
___ |
___ |
14. Does
student show interest and motivation towards school? |
Please attach
and/or list the following:
_____Attach
Copies of Other Testing Data including I.Q. (Cumulative Folder)
_____Attach Dopies of All Report Card Grades (Cumulative Folder)
_____Attach Samples
of Student’s Written Work, including Expressive Writing
_____List
Intervention Strategies Used
DYSLEXIA REFERRAL
PROCESS FOR PARENTS
PLEASE RETURN THIS
NO LATER THAN_____________ DAYS.
To the parents of
____________________________________,
A dyslexia
screening has been requested by _____________________________ for your child.
Please complete the form on the next page and return it with the attached
questionnaire in the enclosed envelope in order that the screening process may
begin.
Upon completion and evaluation of your child’s work,
and the questionnaire, you will be contacted concerning these findings and
possible placement into the dyslexia program.
Sincerely,
Please check, sign,
and return in the accompanying envelope to ________________,
__________ I have been notified as to a dyslexia evaluation for my child and
will complete and return the Parental Questionnaire.
________________________ |
__________ |
__________________________ |
Name of student
_________________________ Date ____________________
D.O.B. __________
Age __________
Parent’s name
_______________________________________________________
Address
_________________________ Phone _________________________
Yes |
No |
|
|
|
1. Have any
other members of the family had learning problems? |
___ |
___ |
Father |
___ |
___ |
Mother |
___ |
___ |
Sibling |
|
|
Explain______________________________________________ |
___ |
___ |
2. Has your
child received any type of remedial instruction in school? |
|
|
Explain______________________________________________ |
___ |
___ |
3. Has your
child repeated a grade? |
Yes |
No |
|
___ |
___ |
1. Has your
child ever been critically or chronically ill? |
___ |
___ |
2. Has your
child ever had an extremely high fever? |
___ |
___ |
3. Does
your child have any physical problems which you feel may cause difficulty in
learning? |
___ |
___ |
4. Does
your child have allergies? |
___ |
___ |
5. Has your
child ever had a severe blow to the head? |
___ |
___ |
6. Is your
child currently taking medication? |
___ |
___ |
7. Does
your child seem to have trouble hearing? |
___ |
___ |
8. Does
your child seem to have trouble seeing? |
Yes |
No |
|
___ |
___ |
1. Do you
have to often repeat instructions to your child? |
___ |
___ |
2. Does
your child seem to have difficulty following directions? |
___ |
___ |
3. Does
your child seem to spend more time than is appropriate on homework? |
___ |
___ |
4. Does
your child seem to need an extraordinary amount of help with homework? |
___ |
___ |
5. Does
your child seem to have more difficulty in reading, writing, and spelling
than in most other subjects? |
___ |
___ |
6. Do your
child’s grades in reading, writing, and spelling seem low compared to his
ability to think and understand? |
___ |
___ |
7. Do you
spend time reading to your child? |
___ |
___ |
8. Does
your child seem to enjoy being read to? |
___ |
___ |
9. Does your
child hesitate to read to you? |
___ |
___ |
10. Does
your child talk favorably about school? |
Please include all
additional information which might help us to help your child. Thank you.
Yes |
No |
|
___ |
___ |
1. Did your
child begin to speak, other than syllables like Mama, before 24 months? |
___ |
___ |
2. Did your
child have “immature” speech at four or five years of age? |
___ |
___ |
3. Has your
child had a tendency to mix up parts of words or words in sentences when
speaking? |
___ |
___ |
4. Does your
child confuse sequential words such as: before and after, right and left,
yesterday and tomorrow? |
___ |
___ |
5. Do you
consider your child’s speech normal now? |
___ |
___ |
6. Did your
child have difficulty learning the letters of the alphabet in order? |
___ |
___ |
7. Have you
observed your child reversing letters when writing? |
___ |
___ |
8. Did your
child show a hand preference by age six? |
___ |
___ |
9. Is your
child still ambidextrous? |
Dyslexia checklist
·
Did you worry that s/he spoke later
than other children of his age?
·
Is there a family history of literacy difficulties?
·
Is the child good at things that have a strong visual
element? But inexplicitly poor in other set tasks?
·
Is there evidence of laterality confusion? Check this
by: Asking which hand s/he writes with, which foot s/he takes penalties with,
ask them to look through a cardboard tube, which eye do they hold it up
to?
·
Hand them your watch, which eye do they hold it up
to? Does everything happen with the same side or are some things
done left sided and others right sided?
·
Can the child follow a number of instructions in
sequence? For instance, “go to the living room and get my slippers,
then bring them to me.”
·
Is there evidence of reversals when writing?
·
Does s/he have particular difficulty with literacy or one area of
literacy, such as spelling or reading?
·
Is the child noticeably inconsistent when reading, recognizing
words then being unable to read the same word later
in the day/book/page ?
·
Can the child spot when a word is spelt correctly when offered a
range of spellings for the same word?
·
Does the child spell the same word in different ways on the same
page? If asked the difference between the various spellings can they
identify them?
·
If you observe the child when engaged in literacy tasks is there a
noticeable difference between on task time than when they are engaged in other
tasks, such as drawing, practical activities?
·
Is the child able to talk out an answer or story but produces
little when asked to write it?
·
Do people describe the child as clumsy?
·
Can the child add a rhyming or alliteration word to a sequence of
rhyming or alliterating words?
·
Is the child on a much easier reading book than most of his/her
close friends?
·
Is the child in a much lower spelling group than their close
friends?
·
If you observe the class during a note taking or copying activity
is there a marked difference between the child and the rest of the class?
·
Is there a noticeable difference in work output if the child is
given help with planning their work?
·
If the child is taught strategies to develop sequencing skills,
does this have an effect on their work output and general happiness at school?
·
Has the child begun to resist writing because they are bad at it?
·
If you observe the child during a copying from the board activity,
do they appear to be looking up at the board much more often that the children
around them? Suggesting a weak short term visual memory.
·
Has the child responded to a handwriting development programme?
Have
you noticed that the child has lost confidence over time in an educational setting.
Dyslexia checklist
All
ages
· Is he bright in some ways with a 'block' in others?
· Is there anyone else in the family with similar difficulties?
· Does he have difficulty carrying out three instructions in
sequence?
· Was he late in learning to talk, or with speaking clearly?
Ages
7-11
· Does he have particular difficulty with reading or spelling?
· Does he put figures or letters the wrong way e.g. 15 for 51, 6 for
9, b for d, was for saw?
· Does he read a word then fail to recognize it further down the
page?
· Does he spell a word several different ways without recognizing
the correct version?
· Does he have a poor concentration span for reading and writing?
· Does he have difficulty understanding time and tense?
· Does he confuse left and right?
· Does he answer questions orally but have difficulty writing the
answer?
· Is he unusually clumsy?
· Does he have trouble with sounds in words, e.g. poor sense of
rhyme?
Ages
12 - adult
· Is he sometimes inaccurate in reading?
· Is spelling poor?
· Does he have difficulty taking notes or copying?
· Does he have difficulty with planning and writing essays, letters
or reports?
If they are
unexpected for the individual’s age, educational level, or cognitive abilities: (check those which apply)
_____ |
difficulty
with the development of phonological awareness and phonological processing
skills (processing the sounds of speech), including segmenting or breaking
spoken words into individual sounds; |
_____ |
difficulty
reading single words in isolation; |
_____ |
inaccurate
and labored oral reading; |
_____ |
lack of
reading fluency; |
_____ |
variable
degrees of difficulty with reading comprehension; |
_____ |
variable degrees of
difficulty learning the names of letters and their associated sounds; |
_____ |
difficulty
with learning to spell; |
_____ |
difficulty
in word finding and rapid naming; |
_____ |
variable
difficulty with aspects of written composition; |
_____ |
difficulty with learning and
reproducing the alphabet in correct sequence (in either oral or written
form); |
_____ |
family history or similar problems. |
Teacher Checklist
Copy of Other Testing Data including I.Q. (Cumulative Folder)
Copy of Report Card Grades (Cumulative Folder)
List intervention Strategies Used
Samples of the Student’s Work, including Expressive Writing
(Return all information to school. All information must be complete)
(If above information is
specific to dyslexia.)
Parental Notification
Parent Checklist
Screening Evaluations verses Committee Decision
as follows:
Not Accepted (MILD) |
At Risk for Dyslexia (MILD/MODERATE) |
Special Ed. Referral (SEVERE) |
Name of
student____________________ Date_______________
Campus___________________
Grade_____ D.O.B.________
Referred
by____________________ Position________________
Completed
by_____________________ Position______________
Reason for
referral______________________________________
____________________________________________________
____________________________________________________
GENERAL
INFORMATION
Grade
_____ Retention:
Yes/No When?_____________
Excessive Absences:
Yes/No
Health: Good/Fair/Poor
Hearing and Vision
Screening: Vision____pass; _____fail
Hearing____pass; _____fail
Medication: (please
list)__________________________________
____________________________________________________
SPECIAL PROGRAMS
ESL/Bilingual |
Yes/No |
When?_____________ |
Chapter |
Yes/No |
When?_____________ |
Chapter
Math |
Yes/No |
When?_____________ |
Gifted and
Talented |
Yes/No |
When?_____________ |
Special Ed. |
Yes/No |
When?_____________ |
Ever
referred for Special Ed. |
Yes/No |
When?_____________ |
TREATMENT
A. Some reasons why
wide reading for pleasure is necessary
·
good readers are good because they read a lot
·
academic benefits
·
personal growth and enjoyment
B. Some General
Guidelines
·
confidence as a parent
·
providing assistance
·
developing a plan in a cooperative manner (explain what kind of
reading and why; listen to child's views; identify major concerns, e.g., time,
books, etc.; develop a plan; establish new routines; evaluate)
C. Finding and
Creating Time
·
scheduled or obligated time
·
recreational or free time
·
guidelines for finding time (establish quiet times, daily reading
is best, take time from activities closer to the interest level of reading; for
reluctant readers start with relatively short periods of time, honor and guard
your child's reading time)
·
TV(change family viewing patterns; 10 hrs/week; sustained silent
reading)
D. Gathering a
variety of interesting materials
·
variety (include comics, magazines, etc)
·
interest
·
quantity (borrow, buy, exchange)
E. Helping the
child who has difficulty reading
·
support and believe in your child
·
read to your child
·
get help
·
give help at home (daily practice reading EASY materials)
·
find high interest books that are easy to read
1. The student's
work must be at his instructional level.
2. Homework must be done at the student's independent level.
3. Follow-up should be at the student's independent level with 90% accuracy.
4. Assignments should be written down and said orally because of transposing.
5. Students should be asked to repeat the directions to make sure he/she has
processed them correctly.
6. A line marker should be used if the student keeps losing his place.
7. A pointer or arrow should be used as a point of focus or reference when
working at the board.
8. Enunciation should be clear for all students with auditory problems.
9. Students should be retaught whenever needed.
10. Independent learning centers should be established to stress pre-reading
and pre-writing skills. (Dyslexia designee will help with these)
11. Grades should be given for oral work.
12. Tests should be given orally and exact answers recorded.
13. Parents should be allowed to read and/or record exact answers for homework.
14. Peer tutors should be used in the classrooms to read and record answers for
the student.
15. Students should be given 2 or 3 questions per page to look for. If student
cannot find the answers he/she rereads and does not go on until the answer is
found.
Entrance
:
1. Independent
reading is 2 grade levels below expected performance level
2. Poor Phonics
3. Average and above IQ
4. Good oral communications
5. School has exhausted compensatory and/or remedial programs
CLASSROOM:
MODIFICATIONS AND ADAPTATIONS
1.
The following modifications and adaptations are recommended for
implementation in all mainstream classrooms in which handwriting is a primary
means of demonstrating mastery.
A. Utilize short answer tests,
reducing the number of concepts which must be covered in the answer to obtain
credit. Include items such as fill-in-the-blank, sentence completion, multiple
choice, true/false and matching, whenever possible.
B. When essay answers are
required, allow the student to list concepts, rather than write paragraphs.
C. When tests involve a variety
of test items, star (*) key items which the student should complete first. This
modification allows him to receive credit for major objectives without being
penalized for a lack of writing clarity and speed.
D. Underline or highlight
important material in texts or hand-outs. Highlighting can involve key words,
main ideas, important names, vocabulary, etc. Star (*) what is most important,
teaching the student the ability to identify key points in corresponding,
highlighted detail. Use colored chalk to distinguish activities upon the
blackboard.
E. Provide a skeleton outline to completed. Roman numerals should be filled in, and capital
letters left blank. Permit other students to take notes which can be shared to
supplement the notes the student has made on his own.
F. Extend the time for completion
of written assignments.
G. Permitting the student to tape
his responses is another alternative to handwritten assignments.
H. When written assignments
cannot be modified break up the assignment into smaller increments and extend
the time for assignment completion. When time cannot be extended, modify
scoring in this manner:
Number correct
____________ x 100 = % Mastery
Number Attempted
I. For drill/practice assignment, reduce the number of questions,
problems, or sentences to be done at one time.
J. Avoid assignments to be copied from the board. Instead, supply the
student with a syllabus or prepared assignment sheet. In mathematics, when
problems must be copied from the board, reduce the number and allow adequate
time. To aid the student and other students with similar difficulties in proper
alignment, permit them to turn their paper sideways using the lines to separate
the places.
K. Avoid using overhead
transparencies for students to copy as well. When transparencies must be used,
a master should be made and students given a black and white copy of same.
L. Allow the student to develop
special projects of hands-on activities as an alternative to written reports.
M. Utilize computer programs to
offer review/drill activities without handwriting requirements.
N. Avoid counting off for
handwriting in a spelling test or on a written assignment in another subject,
or counting as wrong a problem solved correctly but inaccurately copied.
O. Homework assignments should
avoid reliance on written work or copy work. Book reports and assigned
questions could be completed by tape recorder or performed orally in class.
P. Within these modifications,
the student should be able to demonstrate mastery without infringing upon other
class periods. He needs motor activity daily and should not be deprived of
recess to complete lengthy written assignments.
2.
The following recommendations are appropriate for the students
learning environments:
A. Provide a physical environment
relatively free of extraneous auditory and visual distractions. To minimize
distractions during independent work, a study carrel may be appropriate.
B. Opportunities for the student
to expend physical energy should be offered after 15-20 minutes of cognitive
effort. A 3-5 minute -period of movement or motor activity will aid the student
in focusing attention and expending mental energy for another 30 minutes. This
will require creative thought by the teacher, but it is very important to do
so. A child functions more efficiently with alternating periods of cognitive
and motor demands. Prolonged cognitive demands are fatiguing, and reduce
learning efficiency. Under these conditions, a child seeks relief through
movement. With the teacher providing the release, the teacher remains in
control. Without this structure, the student's time and choice of release may
be disruptive, and the teacher loses classroom control.
C. Make a conscious effort to
reduce stress upon the student. Management strategies should focus on the
positive by using positive reinforcement. Redirect and reward appropriate
behaviors. Grading of papers should focus on the number correct rather than the
number wrong.
D. Give the student chores or
responsibilities to perform regularly to build a sense of worth and value as a
member of the classroom.
E. Provide opportunities for the
student to serve as a peer tutor in his areas of strength. Such activities will
address the student's feeling of self-worth.
3.
The following teaching strategies and instructional modifications
are recommended for implementation by all teachers and therapists who work with
the student.
A. Utilize all channels and
modalities for instruction. Be aware that the student often has difficult with
a multi-modality presentation. He seems to be most efficient when he focuses on
one modality at a time.
B. Present only essential tasks
directly related to the concept being taught. Essential tasks should be
presented sequentially.
C. Feedback on task performance
is essential. Feedback should be clear and offer direction in how to improve
performance. Feedback is generally most effective when it is given immediately
and frequently.
D. Teacher monitoring of the
student's initial efforts is important to avoid the need for time-consuming
retraining. Initial monitoring will prevent his practice of incorrect response
patterns based upon earlier, undetected errors.
E. The value of homework
assignments should be assessed in terms of the degree of learning enhancement
involved as well as the student's need for initial monitoring of his responses.
When homework assignments must be given, the teacher should plan for some
supervised assignment time at school in order to check that the student and
other students are proceeding correctly with the assignment.
F. In mathematics, permit the
student to use a matrix, a mnemonic device with assists in mastery of the addition/subtraction
and multiplication/division facts. Proper use of the matrix also helps in
developing an understanding of the inverse relationship of the operations, as
well as providing experience which can later be used in reading graphs and
coordinates. Using such a device also frees the student from reliance on memory
and permits him to focus on the sequence of steps in the operations.
Phase I
Step A: The teacher collects data on all students. The teacher
identifies students who cannot keep up with the progress of most of his/her
classmates in reading and writing.
Step B: Appropriate modifications are made in student's regular
foundation program. The teacher may want to consider providing such students
with a significant amount of time for reading connected text on a daily basis.
This text should be at each student's independent and instructional level.
Progress in word recognition, comprehension, and rare should be monitored.
Step C: Students who improve will remain in the regular classroom.
Students who do not show progress may be at risk for dyslexia and related
disorders. At risk students are then placed in programs, in PHASE II, III, or
IV.
Phase II
Step A: Student is placed in remedial/compensatory program.
Step B: Students who show appropriate progress in reading and
writing are mainstreamed back into the regular classroom as soon as possible.
Students who show no progress in reading and writing achievement may be
identified as having dyslexia or a related disorder.
Step C: Students identified as having moderate or mild dyslexia or
a related disorder should be placed in Phase III program. Students identified
as having severe dyslexia or a related disorder should be considered for
evaluation by special education.
Phase III
Step A: Students are placed in PHASE III programs if they have
been identified as having mild to moderate dyslexia or a mild to moderate
related disorder.
Step B: Students who show immediate progress in these programs
should move back to a regular foundation program or a
remedial/compensatory programs as soon as possible. Students who show no
progress may be at risk for having severe dyslexia or a related disorder and
should be referred for evaluation to special education.
Phase IV
Special
education services should be offered for those severely disabled students who
are identified as having dyslexia or a related disorder. Students should be
continually evaluated and mainstreamed into the regular foundation classroom as
soon as possible.
Helping Parents to Make The
Difference
It might be said
that over 60% of the students with Dyslexia are right-brained learners.
Does
your child:
-
Remember places they have visited, even from years ago?
-
Remember details from movies, even if they missed the plot?
- Learn
best when they see and experience information?
-
Struggle with reading comprehension, putting their thoughts on paper and/or
math word problems?
-
Baffle you because of their strengths in certain areas and struggles with
reading, writing and/or math
Too often Dyslexia
causes one parent to rejoice and the other parent to recoil. Why are
Dyslexia and Dyslexia Symptoms so misleading?
1- Historically, Dyslexia had a negative spin to it -- but
now more and more, people are aware that Edison, Einstein, Disney, Richard Branson (Virgin Records) and Charles
Schwab had this problem -- a high class problem.
2- Some experts will say it will take 1 to 3 years to
Beat Dyslexia -- when significant progress can be made in 4 months.
3- Some experts will hyper-focus on phonics -- when you
recognize this is not the way your child learns best.
4- Too often
the problem is diagnosed as a Central Auditory Processing, Visual Tracking or
Attention issue (ADHD) -- when in fact the correct diagnosis may include:
- A smart
child who learns best when seeing and experiencing information.
- A tracking
issue -- which is present in over 70% of our students.
- A processing speed issue -- for the children who think in
pictures; they often take longer to process information. Think back to the 56k
modems -- where it took no time to download a word document and much longer to
download a video file.
5- Too often
parents are told to work harder, try a tutor, go to a learning center, go to an
optometrist, or accept reality -- when what you may want is a right-brained
specialist, who:
- Has the
relevant parenting and professional expertise and successes.
-
Understands that your child is unique and programs should be tailored to your
child's needs.
-
Looks at the whole child and has an integrated approach that leads to
significant progress and helps your child and you.
-
Respects your need to understand your child from a different and far more
empowering perspective.
Top 12
Memory Strategies
The
twelve strategies — some of which are called mnemonic (say “ni mon ik“) devices –
1.
Chunking
Break
information up into small chunks. This is called “chunking.” You use
chunking a lot, for example, when you
memorize your friend’s telephone number, a locker combination, or your social
security number. It’s easier to remember long numbers when you “chunk” them
into groups of threes, fours and fives. Why? Because most
people can only remember about three, four or five bits of information at a time.
Here
are suggestions on how you can use “chunking” to remember information as well
as numbers:
•
Chunk vocabulary words: group them by parts of speech or other attributes
•
Chunk history: by time periods or events
•
Chunk foreign language: group words into categories like household
items or occupations
•
If there is no pattern to the information you need to study: group the
items into three, four or five at a time.
2.
Understanding
Before memorizing
something, try to understand it. A good way to do this: make a
connection between what you are learning and what you have experienced.
The better you can relate the new information to what you already know,
the easier it is to learn.
For
example, before attempting to memorize events of European history, find the
places on a globe (or world map); see where they are relative to one another
and relative to where you live.
3.
Graphic Organizers
These
tools help you really SEE things you are trying
to learn. They help organize information. There are many different types of
graphic organizers. You can even design them yourself.
•
Venn Diagram for comparing and contrasting
• Web for the main topic and details
• Cause and Effect Design with the event in the middle box, the causes listed
in the left boxes and the effects listed in the right boxes. (The effects and
the causes are connected to the event by lines.)
• Cycle Organizer, which consists of shapes
drawn in a cyclic pattern with words in each shape to represent things or
events that go in cycles — the water cycle, for example.
4.
Visualization
To
visualize means to see an image in your head without actually looking at it.
Visualization
can help you learn almost anything. Here is an example.
If the topic is the water cycle, create a mental image
of a cloud. Picture it growing. As you look, “feel” its heavy cold rain.
See the rain hitting the ground, then flowing toward streams and rivers toward
the ocean. Now “see” the hot sun hitting and evaporating the water and forming
clouds….
Get
the idea? If you can visualize parts of the water cycle, the boring
diagram becomes meaningful and remember-able.
In
general, if you have trouble visualizing material, try drawing maps, charts,
graphs, or pictures.
5.
Association
Another
learning strategy is to associate, or “connect,” each word or event with a
person, place, thing, feeling, or situation.
You
can connect what you are trying to learn with someone you know, or with a
movie character or scene.
When
you have to learn vocabulary words, just write the new words, write the
definitions next to them, and then write a person, thing, event, movie, or any
strong association to help you remember the meaning of each word. For example,
“My altruistic Aunt Alice gives great gifts.” (Altruistic means “generous.”)
6.
Rhyming
We
learned the alphabet singing the ABC song. And the rhyme “I before E, except
after C, or when it sounds like A as in neighbor or
weigh.”
This
is also a great strategy even when learning the times tables. For example, 7
and 7 went down the line to capture number 49; 8 and 4 made some stew and gave
it to 32. (Rhymes don’t have to make sense!)
7.
Talking
If
you like to talk, here’s a strategy that’s easy and fun to use! Just talk about
the information you have to learn.
Tell
Grandpa, Mom, a friend, or your dog what you have to learn! Do you want to
learn history? Then talk history – discuss, debate, argue.
Think
of a person who may have lived during a major historical event and pretend to
be that person. Now talk about the important events: who was involved, when it
happened, where it took place, what happened, and why?
If
you’re learning a language, then speak it at the dinner table. It doesn’t
matter if others know what you are saying; you do, so you’ll learn.
8.
Storytelling
Remember
information in any subject just by telling a story. Write a story by focusing
on the key points of what you’re learning and arranging them in a logical
sequence.
It
can even be a song or rhyme that tells the story. And there’s a bonus: each
event in the story triggers your memory of the next event, so you’ll remember
even more.
9.
Writing Sentences
Do
you remember learning the silly sentence “Every good boy does fine” from music
class? We used this to remember the notes. You may also have used the sentence
“My Very Excellent Mom Just Served Us Nine Pizzas” to remember the planets.
(Oops! Change the sentence because Pluto is no longer considered a
planet…)
This
strategy can even help us learn those extra troublesome spelling words. Just
make up a sentence using words that begin with the letters. So, to learn
“aardvark,” you may make up a nonsense sentence like: Aardvarks Always Run Down Very Angry Rowdy Kids.
10.
Acronyms
An
“acronym” is a word made up from the first letters of a list
of words. Here’s how it works. Take the list of words or facts that you
want to remember; put them in an order so that
the first letters of each word, or the first syllables, spell a real word or a
made-up word.
How
do you memorize the names of the five
While
this strategy won’t help you understand the information, it at least helps you
to memorize it. It’s easy and fun, and you’ll probably
remember the information forever. The name of the company that wrote these
strategies is an acronym. STRONG stands for: Self-esteem, Trust,
Responsibility, Options, Needs, Goals.
11.
Rehearsing
If
you want to remember information, you have to practice it. If you don’t it “fades.”
So,
just as actors need to rehearse in order to remember their lines, students need
to rehearse to remember what they are learning. Here are some helpful hints on
“rehearsing” whatever information you need to learn for homework or tests:
•
Rehearse for short periods (perhaps 30 to 60 minutes) and then take a
short ten-minute break. Call a friend, have a snack, or shoot some
hoops.
• Every
time you rehearse: say it, write it, read it, draw it, sing it – do whatever it
takes. Multisensory methods strengthen memory!
•
Just before going to sleep: review everything you will need to know for the
next day or for the upcoming test. You’ll remember much more if you
rehearse the night before.
•
Review in the morning: while brushing your
teeth, eating breakfast or sitting on the bus.
12.
Playing Games
Playing
games is a great way to memorize information. As you play the
game you are learning the material and practicing it over and over again.
Games
can help you remember facts, formulas, definitions, events or any other
information you’re trying to learn. Here is an example:
Play
“Memory,” using decks of card you make from ordinary index cards you cut in
half.
Create
pairs by writing the same number on each of two cards, 1 and 1, 2 and 2,
etc. Write the numbers tiny so they will not interfere with play.
On each pair, write a question on one card and the answer on the other
card.
For
examply, “2×7=” is on one card, and “14” is on its
pair. Or “Where did the Pilgrims land?” is on one card, and “
If
you’re alone, see how fast you can match up all pairs. You’ll be able to
check yourself by making sure the small numbers are the same. Have fun!
For
the Tough Ones: if it’s really hard to remember, make a string
“clothes line” between two places on a wall. Hang the pairs next to each
other with spring type clothes pins.
For
example, if circle formulas get you down: every time you walk into your room
you’ll see “C=” and “2*pi*r” and “A=” and “pi*r*squared” NEXT TO each
other. Pretty soon you’ll remember the info.
Another
example is the many commercially available games to make learning to read
easier and fun. A good example is: by using any of the twenty STRONG
Learning Phonics games, children in grades 1-4 can learn important phonics
rules while playing popular card games such as Go Fish, War, Memory or Old
Maid.
The
people at Strong Learning hope some of these techniques and strategies may make it easier for you to remember important
things. And possibly make school days and homework nights a whole lot better.
Dysgraphia: Strategies
Dysgraphia is a learning disability affecting writing skills. It may
manifest in difficulties with spelling, poor handwriting and trouble putting
thoughts on paper.
Writing
requires a complex set of motor and information processing skills. To say
a student has “dysgraphia” is not sufficient. A
student with these disorders will benefit from specific accommodations in the
learning environment, as well as additional practice learning the skills
required to be an accomplished writer.
Warning
Signs
If a
person has trouble in any of the following areas, additional help may be
beneficial:
§ Grips pencil tightly, positions body awkwardly
§ Writes illegibly
§ Avoids writing or drawing tasks
§ Tires quickly while writing
§ Says words out loud while writing
§ Omits words, leaves out words in sentences
§ Has difficulty organizing thoughts on paper
§ Demonstrates large gap between thoughts
and understanding expressed orally and written ideas
Generally,
strategies fall into two categories. First,
providing alternatives to written expression.
Or , second, remediating:
providing instruction and practice for improving handwriting and writing skills.
Both types
of strategy should be considered when planning instruction and support.
In addition to specialists, don’t hesitate to involve family or friends.
To
find the most beneficial type of support, you will engage in a
process, trying different ideas and openly exchanging thoughts about what works
best in each situation.
Following
are some examples of how to teach individuals with dysgraphia.
Early
Writers
§ Use paper with raised lines for a sensory guide to assist
staying within lines.
§ Try different pens and pencils to find one that is most
comfortable.
§ Practice writing letters and numbers in the air with big arm
movements to improve motor memory of these important shapes.
§ Also practice letters and numbers with smaller hand or finger
motions.
§ Encourage proper grip, posture and paper positioning for
writing. Reinforce this early (it’s hard to unlearn habits)!
§ Use multi-sensory techniques for learning letters, shapes and
numbers. For example, speak through a motor sequence (“b is
big stick down, circle away from my body”).
§ Introduce computers for word processing early. But
don’t eliminate handwriting – while typing can alleviate the frustration
of forming letters, handwriting is part of a person’s ability to function in
the world.
§ Be patient and positive; encourage practice and praise effort —
becoming a good writer takes time and practice.
Young
Students
§ Allow use of print or cursive, whichever is more
comfortable.
§ Use large graph paper for math calculation to keep columns and
rows organized.
§ Allow extra time for writing assignments.
§ Begin writing assignments creatively, with drawing,
outlining or speaking ideas into a tape recorder.
§ Alternate focus of writing assignments: put the emphasis on some
for neatness and spelling, others for grammar or organization.
§ Explicitly teach different types of writing — expository,
personal essays, short stories, poems, etc.
§ Don’t judge timed assignments on neatness and spelling.
§ Have students proofread work after a delay; it’s easier to see
mistakes after a break.
§ Help students create a checklist for editing work: spelling,
neatness, grammar, syntax, clear progression of ideas, etc.
§ Encourage use of a spell checker (speaking spell checkers are available).
§ Reduce amount of copying — instead
focus on writing original answers and ideas.
§ Have student complete tasks in small steps, instead of all at
once.
§ Find alternative means of assessing knowledge — such as oral
reports or visual projects.
§ Encourage practice through low-stress opportunities for writing,
such as letters, a diary, household lists, tracking of sports teams.
Teenagers
and Adults
§ Provide tape recorders to supplement note taking and to prepare
for writing assignments.
§ Create a step-by-step plan that breaks writing assignments into
small tasks (see below).
§ When organizing writing projects, create a list of key words
that will be useful.
§ Provide clear, constructive feedback on the quality of the work;
explain both the strengths and weaknesses of the project. Comment on the
structure as well as the information that is included.
§ If the mechanical aspects of writing remain a major hurdle, use
assistive technology, such as voice-activated software.
Note:
many of these tips can be used by all age groups. It’s never too early or
too late to reinforce the skills needed to be a good writer.
Although
teachers and employers are required by law to make “reasonable accommodations”
for individuals with learning disabilities, they may not be aware of how to
help. Speak to them about dysgraphia.
Explain the challenges you face as a result of this difficulty.
How
to Approach Writing Assignments
1. Plan your paper. Pull together your ideas and consider how
you want them in your writing.
2. Organize your thoughts and ideas.
3. Create an outline or graphic organizer to be sure you’ve
included all your ideas.
4. Make a list of key thoughts and words you will want to use in
your paper.
5. Write a draft. Focus this first draft on getting your
words on paper only — don’t worry about spelling or grammar. (Using a
computer makes later editing easy.)
6. Edit your work for spelling, grammar and syntax; use a spell
checker if necessary.
7. Revise your work for producing the final draft.
8. Rewrite your work into the final draft.
9. Be sure to read it one last
time.
Developmental
dyslexia is an unexpected difficulty in reading. Unexpected
refers to children and adults who appear to have all the factors necessary to
become good readers: intelligence, motivation, and exposure to reasonable
reading instruction - and yet struggle to read. Here, for ease of
communication. We will refer to “developmental dyslexia” as simply “dyslexia”;
it is also referred to as specific reading disability. Dyslexia, first
described over a century ago by a British physician, is the most common and
most carefully studied of the learning disabilities, affecting 80% of all
individuals identified as learning disabled.
Similar to hypertension and obesity, dyslexia occurs in
gradations. In other words, within the population, reading ability and reading
disability occur along a continuum with dyslexia occurring in varying degrees
of severity. Dyslexia is perhaps the most common neurobehavioral disorder
affecting children, with prevalence rates ranging from 5-20%. Support for the
high prevalence of dyslexia comes from the 2005 National Assessment of
Educational Progress (NAEP) data which indicate that only 31% of fourth graders
are performing at or above proficient reading levels. Sometimes, lower
prevalence rates are noted; these typically refer to the number of children
with dyslexia receiving services in public schools.
Differences in prevalence rates based on testing every child in a class for a
reading problem compared to data based on the number of children receiving
special education services were exemplified by the findings of the Connecticut
Longitudinal Study (CLS). The CLS, based on a population representative of all
children attending public kindergarten in Connecticut, assessed reading and
intelligence in each child in the study and found that one in five children was
dyslexic. This figure contrasts sharply with data based solely on numbers of
children receiving special educational services, which is
much smaller, about 5%. Clearly, many struggling readers are not identified by
their schools.
Dyslexia affects just about as many girls as boys. It is used to
be thought that dyslexia affected primarily boys, and as a result, mainly boys
were identified; girls who were sitting quietly at their desks – and not
reading - tended to be overlooked. This reflects what is referred to as
selection bias. For example, in the CLS, not only was each child individually
tested, but the researchers also obtained data on which children were
identified by their schools as having a specific reading disability. While
comparable numbers of boys and girls were found to be dyslexic when each child
was tested, four to five times as many boys compared to girls were identified
by schools. Why? The data showed that teachers tended to refer for further
evaluation boys who were more active and impulsive. In contrast, girls - who
were not learning to read, but who were perceived as behaving more “properly” -
were not identified by their schools as having a reading problem. It seems teachers often incorporate a
“norm” for behavior for both boys and girls that is
more typical of girls. As a result, boys who may be behaving on the higher end
of normal rambunctious behavior for boys, are
considered to be behaving poorly and referred for further evaluation.
Dyslexia does not resolve over time. Longitudinal studies
indicate that dyslexia is a persistent, chronic condition; it does not
represent a transient "developmental lag.” The image
on the left shows the trajectory of reading skills
over time in good and poor readers. The vertical axis on the left is the
reading achievement score from the Woodcock-Johnson reading test, and the
horizontal axis is the age in years. Both good (upper curve) and poor readers
(lower curve) improve their reading scores as they get older, but the gap
between the dyslexic and the non-impaired readers remains.
The proven persistence of dyslexia is a critical finding:
children who present with reading difficulties early on must be helped
immediately rather than waiting in the belief that the reading difficulties are
temporary or that they will be outgrown. While dyslexia is not cured, it can be
helped greatly by early and effective, scientifically-based reading
interventions. (See below: Teaching
Why do otherwise bright, motivated children struggle to learn to
read?
Dyslexia reflects a very specific difficulty with reading and has
nothing to do with intelligence. In fact, understanding ideas and concepts are
often at a very high level in dyslexia as are other higher-level reasoning
skills. Dyslexia is a localized problem, one involving the sounds, and not the meaning, of spoken language.
Consideration of the differences between spoken and written language provides a
helpful understanding of why some bright children struggle to read.
First, let us consider spoken language. We, as humans, have been
speaking for hundreds of thousands years; speaking is part of the human
condition. Everyone learns to speak, speaking is natural; simply place a baby
in a spoken language environment and that child will learn to speak. No need to
develop a spoken language curriculum for babies.
The question is: what must be learned in order to transform the
printed letters on the page to words that have meaning? Today, science has
provided the answer: the letters must be connected to something that already
has inherent meaning – the sounds of spoken language. And so, in order
to learn to read, children must learn how to link the printed letters on the
page to the sounds of spoken language. To do this, a child must first develop
the awareness that spoken words can be pulled apart into their constituent
parts; for example, that the word, mat is made up of three underlying sounds
– “mmm,” “aaaa,” “t.” For
about 60-70% of children, this awareness develops readily by the age of about
six years. In contrast,
another 30- 40% experience difficulty noticing these basic sounds, called phonemes, that make up all
spoken and written words.
Try it yourself, for example, can you say the word “steak” without
the “t” sound? Answer: “sake.” To do this, you had to pull apart the sounds-- “sss” “t” “aaa” “k” -- that make
up “steak” and pull out the “t” sound and then push the remaining sounds back
together so that “sake” remains. These sounds, called phonemes (defined as the smallest unit of
speech that distinguishes one word from another) are the basic building block
of all spoken and written words. In English, there are forty-four phonemes.
In speaking, a person automatically goes to his/her internal
dictionary and retrieves the appropriate phonemes that make up a word, orders
them correctly, and then utters the word. For most people, the phonemes are
clear and crisp, but for reasons yet unknown, in people with dyslexia, the
phonemes are less clear; they are fuzzy and less distinct. And this has
important implications for both speaking and reading. In speaking, people with
dyslexia sometimes retrieve a phoneme that sounds similar to the one they
intended; the result is that a dyslexic sometimes intends to say one word but
ends up saying a word that sounds similar. For example, a child who is dyslexic
was at a ballgame where she became thirsty and asked her mother to take her to
the “confession” stand. Of course, she meant, “concession”
stand but pulled out -- not the exact sound -- but one that was very similar to
the sound she intended.
This difficulty in spoken language is common in dyslexia;
its practical significance is that it provides a clue that a child may be at-risk
for dyslexia, even before she is expected to read. Such word confusions are
important clues for parents and teachers to be aware of, and to recognize that
they are sound-based and not meaning-based mistakes. The person who is dyslexic
knows the word s/he wants to say, but just has trouble pulling the correct
sound out of his/her internal dictionary. Even in adults, such sound-based orphonological confusions (derived from the Greek word “phone”
meaning sound) are often a clue that a person may be dyslexic.
In reading, the importance of being able to pull apart the sounds
of spoken words and isolate individual sounds is that the individual sounds of
spoken words represent the links, the Velcro, on which to connect the letters
in words. If a child (or adult) cannot isolate the individual sounds, he does
not have anything with which to link the letters in a word. And so, the
fundamental steps in learning to read are:
· Developing the awareness that a spoken
word can be pulled apart into smaller units or phonemes; technically, this is
referred to as phonemic
awareness. Keep in mind that
this basic first step in learning to read involves spoken language.
· Linking each letter in a word to the
individual sound it represents. This
is referred to as phonics
Once children appreciate that the printed word has the same number
and sequence of sounds as the spoken word, they have mastered the alphabetic
principle and are ready to read. It is important to remember that all children,
the very best readers, the poorest readers, and all those in-between, must take
the very same steps to becoming a reader. The difference, of course, is in the
time and effort that it takes.
In summary, in order to read, a child has to develop the insight
that spoken words can be pulled apart into the elemental particles of speech
(phonemes) and that the letters in a written word represent these sounds.
Accumulating evidence indicates that this difficulty with the sounds of spoken
language is largely missing in dyslexic children and presents a persisting
difficulty in adults who are dyslexic. A quote that captures this relationship
between spoken and written language comes from Bloomfield, who wrote “writing
is not language, but merely a way of recording [spoken] language by visible
marks.”
Dyslexia is a hidden disability; people who have it are often bright and have
no outward signs of a problem. If a person has a broken arm, it is visible to
all. If a person is dyslexic, how can you look within his or her brain to see
the root of the problem? For many, many years, this presented a
significant problem for those who are dyslexic. Because their reading
difficulty is by definition, unexpected, and they seemed to have all the
cognitive equipment necessary to be good readers, dyslexic children were often
undiagnosed, misdiagnosed, or worse, accused of not trying hard enough or of
being not motivated or of being “stupid.” Since people who are dyslexic have
no outward visible signs of their difficulty, many even questioned the very
existence of dyslexia.
In the 21st century,
with the advent of functional brain imaging, this has all changed. In our
laboratory, one of the very first to image dyslexia, we have now imaged several
thousand children and adults as they read or attempt to read. Functional
magnetic resonance imaging (fMRI) is similar to MRI;
if you have ever had an MRI for a headache or knee injury, fMRI
and MRI use a similar scanner. fMRI, uses somewhat more sophisticated hardware and
software that allow it to capture brain changes (mainly blood flow) as a person
performs a specific cognitive task, for example, reading. The
young woman in the image is looking through a prism at words projected
on a screen and presses buttons to indicate that she is able to read the words.
This technology has revolutionized our understanding of reading and dyslexia.
Data using fMRI from laboratories around
the world indicate three neural systems for reading. These are all located in
the left side of the brain: one in the front of the brain (shown in green, in
the region of the inferior frontal gyrus [Broca’s area]) and two in the back of the brain (one in the
parieto-temporal region, and a second in the occipito-temporal region. The latter system (found behind the
ear in the area where children often have swollen glands) is of particular
importance for skilled, fluent reading and is termed the visual word-form area
(VWFA).
In dyslexic readers, converging evidence from many laboratories
around the world has demonstrated “a neural signature for dyslexia,” that is, a
disruption of the two neural systems in the back of the brain observed during
reading.
In nonimpaired readers, three systems
are evident, one anterior in the area of the inferior frontal gyrus and two posterior, the top system
around the parieto-temporal region (shown in red) and
the bottom system around the occipito-temporal
region. In dyslexic readers, the anterior system is slightly overactivated compared to non-impaired readers; in
contrast, the two posterior systems are underactivated.
This pattern of underactivation in left posterior
reading systems is referred to as the neural signature for dyslexia. Brain imaging now provides visible
evidence of the reality of dyslexia; dyslexia is no longer a hidden disability.
Imaging also reveals compensatory overactivation in other parts of the reading
system. The compensatory neural systems allow a dyslexic person to read
more accurately. However, the critical visual word-form area remains disrupted
and difficulties with rapid, fluent, automatic reading persist. The dyslexic
continues to read slowly.
Neurobiological evidence is beginning to emerge indicating that
many dyslexics are not able to make good use of sound-symbol linkages as they
mature, and instead, they come to rely on memorized words. A recent fMRI study also demonstrates the importance of memory
systems in dyslexic readers. Together, these recent neurobiological findings
suggest that as dyslexic children mature, neural systems supporting word
memorization develop, rather than the systems supporting sound-symbol linkages
and automatic reading that are observed in typical readers.
Functional imaging has been helpful in demonstrating that the
neural systems for reading are malleable, and that the
disruption in these systems in young struggling readers can be modified by an
effective reading intervention (see below: Teaching Reading and Remediating Reading Difficulties). Compared to struggling
readers who received other types of intervention, children who received an
experimental intervention (which focused on evidence-based application of the
alphabetic principle) not only improved their reading but, compared to
pre-intervention brain imaging, demonstrated increased activation in the neural
systems for reading. These data have important implications for public policy
regarding teaching children to read: the provision of an evidence-based reading
intervention at an early age improves reading and facilitates the
development of those neural systems necessary for reading.
Dyslexia is more than simply a score on a reading test. Reflecting
the core sound-based phonological deficit, a range of downstream effects is
observed in spoken as well as in written language. Phonological processing is
critical to both spoken and written language. While most attention has centered
on the print difficulties, spoken language is also affected. The ability to
notice, manipulate, and retrieve individual sounds (phonemes) has an important
function in speaking, for example, a person must retrieve phonemes from his/her
internal dictionary lexicon and serial order them correctly in order to utter
the spoken word. Thus, it should not be surprising that problems with spoken
language, albeit more subtle than those in reading, are often observed.
· mispronunciations
· difficulties
with word retrieval
· needing time to summon an oral
response
· confusing
words that sound alike, for example, saying “recession” when the individual
meant to say, “reception”
· pausing or hesitating often when
speaking
· using lots of “um’s”
during speaking, lack of glibness
· using imprecise language, for example,
“stuff,” “things,” instead of the proper name of an object
· underestimation
of knowledge, if based solely on (glibness) of oral response
As reflected in the spoken language difficulties in dyslexia noted
above, it is apparent that dyslexics are not glib, particularly when put on the
spot for a quick response. Keep in mind: this is not a matter of knowing the answer.
Rather, the problem - when the person knows the answer - is in pulling the word
out and saying it, that is, in retrieving the spoken word instantly. Glibness
should not be taken as a measure of understanding, especially in a person who
is dyslexic.
A range of difficulties is noted in reading at all ages. Awareness
of these signs is important and may lead to earlier and more accurate diagnosis
of dyslexia in children and adults. Specific clues to dyslexia noted in reading
are listed below.
· Slow progress in acquiring reading
skills
· Lack a strategy to read new, unknown
words – trouble sounding out unfamiliar words
· Inability to read small, so-called
function words such as “that,” “an,” “in”
· Terrific fear of reading aloud;
avoidance of oral reading
· Oral reading filled with
mispronunciations, omissions, substitutions
· Oral reading that is choppy and sounds
like reading a foreign language
· Reliance on context to discern the
meaning of what is read
· Disproportionate poor performance on
multiple choice tests
· Slow reading
·
· Inability to finish tests on time –
doesn’t finish or rushes and makes careless errors; final test grade does not
reflect person’s knowledge of the topic
· Disastrous spelling
· Homework that never seems to end;
parents recruited as reader
· Messy handwriting despite what may be
an excellent facility at word processing
· Extreme difficulty learning a foreign
language
· Avoidance of reading for pleasure
which seems too exhausting
·
· Requires quiet environment to
concentrate on reading
· Reading accuracy improves over time,
though it continues to lack fluency and remains laborious and slow
· Lowered self-esteem with pain that is
not always visible to others
· Development of anxiety, especially in
test-taking situations
· History of problems in reading,
spelling, foreign language learning in family members
The lack of reading fluency brings with it a need to read
“manually” (a process consuming great effort and time), rather than
automatically; the cost of such reading, in addition to reading slowly, is a
tremendous drain on attentional resources. This is
often observed in the classroom when struggling readers are asked to read
quietly, deplete their attentional resources as they
struggle with the print, and, as a consequence, appear to be daydreaming or not
attending to the assigned reading. An
additional cost to the person is that non-fluent or “manual” reading is very
tiring to the person.
In contrast to the spoken language and reading difficulties in
dyslexia, other abilities, particularly higher level cognitive abilities
including thinking, reasoning, vocabulary, and problem solving are usually
intact. This conceptual model of dyslexia has been referred to as a Sea of
Strengths Model of Dyslexia. This model considers dyslexia to be an encapsulated
or circumscribed weakness in decoding surrounded by a range of higher level
cognitive strength. In diagnosing dyslexia, the goal is to identify both the
strengths and the weakness and in managing dyslexia, the weakness is remediated and the strengths are acknowledged and
facilitated. A critical component of managing dyslexia, as discussed below, is
to ensure that people who are dyslexic are able to access their strengths and
this is most commonly achieved through the provision of accommodations such as
extra time on examinations.
As noted above, dyslexia is more than a score on a reading test.
In fact, dyslexia is more than just a reading difficulty,
it is a way of thinking and of being. Differences in brain organization not
only give rise to slow reading, they also generate a different way of thinking.
Intact higher level abilities offer an explanation of why reading comprehension
is often appreciably above single word reading accuracy and fluency in
dyslexia. Often strong vocabularies and strong conceptual skills enable a
dyslexic to figure out a word or the gist of a paragraph even when that person
cannot decipher the specific word on the page.
Dyslexics tend to be top-down rather than bottom-up thinkers; that
is, they learn from getting the big picture or the overall idea or meaning
first, and then fill in the specific details. People who are dyslexic learn
best through meaning, by understanding the overall concept or main idea rather
than through rote memorization of isolated facts.
Strong visualization skills
are also an asset to those who are dyslexic.
Dyslexia is a clinical diagnosis, best made by an experienced
clinician who knows the individual, has taken a careful history, observed the
child or young adult reading, and administered a battery of tests that assess
the child’s intelligence, academic skills including reading accuracy, fluency
and comprehension, spelling, mathematics (which is often high), and language
skills, particularly phonological processing (getting to the sounds of spoken
language). The uneven peaks and valleys of cognitive and academic functioning
both contribute to the clinical picture of dyslexia: a weakness in
phonologically-based skills in the context of stronger cognitive and academic
skills in non-reading related areas.
The critical element is the unexpected nature of the reading difficulty, that
is, it is unexpected in relation to a person’s age, intelligence, education,
and professional status. And so, if a person has an IQ in the superior range or
is a physician or an engineer and has a reading accuracy score in the so-called
“average” range, there is a disparity between that individual’s ability,
education or training, and his/her reading achievement – that person is
dyslexic. Just recently, in
our laboratory, using longitudinal data from the CLS, our research team has
been able to demonstrate that in good readers, intelligence and reading are
linked and mutually influence one another over time. However, and critically,
in the case of dyslexia, intelligence and reading go their separate ways, are
not linked, and do not influence one another. This finding provides important
empirical evidence to support the definition of dyslexia as an unexpected
difficulty in reading. This dissociation in dyslexia between intelligence and
reading also provides strong evidence for the findings of low reading
achievement in the presence of strong intellectual abilities in people who are
dyslexia.
As children mature compensation often occurs, resulting in
relatively accurate, but not fluent, reading. Awareness of this developmental
pattern is critically important for the diagnosis in older children, young
adults, and beyond. The consequence is that such dyslexic older children may
appear to perform reasonably well on a test of word reading or decoding
accuracy; on these tests credit is given irrespective of how long it takes for
the individual to respond or if there are initial errors in reading that are
then corrected. Accordingly, tests of reading fluency – how quickly and
accurately -- individual words and passages are read aloud and tests assessing
reading rate are keystones of an assessment for, and an accurate diagnosis of,
dyslexia.
Do not wait!! We now know that reading difficulties are
persistent. Teachers and parents, too, often rationalize: it’s just a developmental lag;
she’ll outgrow it; he’s a boy. Early
on, in preschool or kindergarten, a child - who has difficulty learning the
names of the letters and then the sounds associated with each letter or letter
group, and doesn’t seem to be able to learn how to sound out words - should be
considered at-risk and assessed for a possible reading problem. At this early
stage, often a speech and language pathologist is extremely helpful in
assessing the spoken language skills that represent the foundation for learning
to read. As a child matures and seems to be struggling with reading and
exhibiting the difficulties in spoken and/or written language noted above, that
child should receive a full evaluation for the possibility of dyslexia.
Children learn about three thousand new words a year; in the
As in other important medical
conditions, the history is critical and should be given prominence in the
diagnostic formulation. Observing the person read and administering tests are
ancillary and helpful. Since vision and hearing are critical for reading,
children and adults who are experiencing difficulty in reading should have
their hearing and vision checked. There are no laboratory tests other than
cognitive, language, and reading, that are necessary
to make a diagnosis of dyslexia. While brain imaging is a very helpful research tool, it is not yet reliable
enough when used on individuals (rather than with groups) to be used as a
diagnostic tool. Similarly, while there is research exploring possible genetic
links to dyslexia, this is still in its early stages and there are currently no
reliable genetic tests for dyslexia. Most likely, there are several genes
governing the reading process and much more work to be done. An additional
consideration in making the diagnosis is the role of attention. Attention is
critical for learning to read as part of the reading process itself. Struggling
readers require large amounts of attention, sometimes more than they can
provide. In addition, there is a significant overlap or high “co-morbidity”
between the occurrence of dyslexia and attention-deficit/hyperactivity disorder
(ADHD). Both frequently occur in the same individual. Consequently, a
consideration of the possibility of an accompanying ADHD should also be
considered in those diagnosed with dyslexia; similarly, dyslexia should be
considered as a possible additional diagnosis in those diagnosed as ADHD.
All children must take the same steps in learning to read.
Accordingly, the basic components of reading that must be mastered are shared
by all readers: good readers and struggling ones. What and how to most
effectively teach reading now has a scientific basis. In 1998, Congress, concerned
about what seemed to be a growing epidemic of reading difficulties in children,
mandated that a National Reading Panel (NRP) be appointed to carefully review
and assess the scientific data on teaching children to read. One of us (SS) was
honored to serve on the NRP and in April, 2000, presented the Report of the NRP
to the US Congress. Basically, the Panel found that the most effective,
evidence-based approach to teaching reading must include five critical
components:
· Phonemic awareness: the ability to be
aware of, notice, or manipulate the sounds of spoken language
· Phonics: learning to link letters to
the sounds they represent
· Fluency: the ability to read both
accurately and rapidly, and with good intonation
· Vocabulary: to understand the meaning
of words read
· Comprehension: to understand and
discern the meaning of connected text
Furthermore, these components are most effectively taught in an
explicit, systematic approach. For struggling readers, it is critical that, in
addition to an evidence-based approach:
· instruction
is intense, that is, in small groups not greater than 4-5 students;
· sufficient time is devoted to teaching
reading and language-related skills, for example, sixty to ninety minutes,
optimally, each day;
· support
services are provided to children until they become not only accurate, but also
fluent for most words at their grade level;
· accommodations
are provided to permit dyslexic students to demonstrate their knowledge
Just as for other important conditions that affect the health and
welfare of children where we expect physicians to prescribe the most effective,
proven treatments, today, in education, science has progressed so that it is
now possible, and indeed, mandatory, that children be taught reading by
evidence-based, proven methods. Such evidence-based approaches have been found
to be highly effective for improving reading in children who are dyslexic.
Interventions focused at word decoding and single word identification levels
have had the most consistent evidence and have been shown to be the most
effective, particularly in prevention and early childhood studies. Fluency and comprehension focused
interventions have had less investigation, but have still shown some, albeit
more variable, effects on reading outcomes in these students. Programs that systematically integrate
multiple-focused interventions are considered to be the most effective,
although their specific sequencing, degree of overlap, and level of focus on
each component during each phase are still open to critical investigation.
There is no single program that is head and shoulders above other
evidence-based programs. Up-dates
on the most recent evidence evaluating the efficacy of reading programs are
found on the What Works Clearing House Web site (www.whatworks.ed.gov)
of the Institute for Educational Sciences of the US Department of Education.
A complete education for a dyslexic student includes
evidence-based reading interventions and accommodations. As noted above,
intervention data, while promising, have yet to indicate closing the gap in the
ability to read words fluently in children beyond the first few grades.
Accordingly, although dyslexic children will improve their accuracy, lack of
fluency (slow, effortful reading) continues to be a concern at all grade
levels, increasingly so as children move up into middle and high school and
then into postsecondary education.
Accommodations are of three general types:
1) those that by-pass the reading
difficulty by providing information through an auditory mode;
2) those that provide compensatory
assistive technologies; and,
3) those that provide additional time so
that the dysfluent reader can demonstrate his/her
knowledge.
First, beginning quite early in their schooling, dyslexic readers
require alternative modes of acquiring information so that their vocabulary and
fund of knowledge more closely reflect their intellectual level than their
impaired reading ability. Access to recorded materials, for example, from
Recordings for the Blind & Dyslexic (www.rfbd.org), whether they are based
on the school curriculum or reflect what peers are reading for pleasure, are a
necessity for such children if they are to keep up with their classmates and
with their own intellectual curiosity and interests. Next, assistive
technology, computers with both print-to-speech as
well as speech-to-print software, provide further compensation for oft-noted
difficulties with handwriting, spelling, and lack of fluency.
A major advance has been the convergence of behavioral and neuroimaging data providing evidence for the critical need
for extra-time on examinations for dyslexic students, particularly as they
progress towards high school graduation and beyond. Thus, behavioral data
indicating the persistence of dysfluent reading are
now supported by neurobiological data. When describing
the neural signature of dyslexia, in dyslexic readers the posterior
reading systems, especially the left occipto-temporal
(word-form) region responsible for fluent, rapid reading, is disrupted in
dyslexic children and adults. Other compensatory systems, in the frontal
regions on both left and right hemispheres (shown in green), and the right
hemisphere homologue of the word form area develop, and these systems support
increased accuracy over time. However, the word-form region does not
develop and compensatory pathways do not provide fluent or automatic reading.
Accordingly, if such students are to demonstrate the full range of their
knowledge, providing additional time on examinations is a necessity to
compensate for the lack of availability of the efficient word-form area and to level the playing field.
How much extra time is best determined by the student’s own
experience of trial and error over the years. Currently, there are no
quantitative data available to serve as a reliable metric for gauging the
specific amount of time needed by a student. Since longitudinal data, both
behavioral and imaging, indicate persistence of the reading difficulty,
requiring that students in postsecondary settings be tested every three or five
years is not consistent with scientific knowledge. Furthermore, it is extremely
expensive and even problematic.
As students progress through school to higher grades, and
compensate in reading accuracy, simple reading measures of word identification
fail to capture difficulties in fluent reading and so are often misleading. In
addition, since such non-automatic readers must call upon attentional
resources during reading, they are highly susceptible to noise and
distractions. Study and test-taking in quiet, separate rooms allow these dysfluent readers to concentrate and make maximum use of
their often strained attentional resources.
People who are dyslexic are entitled to protection from
discrimination under the Americans with Disabilities Act (ADA). Here are some
helpful things to know about accommodations:
· In making assessments of an individual
who is dyslexic for purposes of providing accommodations under the ADA, that
person’s reading must be compared with others of comparable education,
intelligence, and professional status.
· Studies have shown that providing
accommodations provides no special advantage to dyslexic individuals, it just
levels the playing field. It is important to know that non-dyslexic readers do
not show a significant increase in test scores with extra time, while people
who are dyslexic show a highly significant increase in scores. (Image 6; link to
· A Blue Ribbon Panel convened to
determine the necessity for “flagging” tests taken with accommodations
determined that such flagging was not appropriate. (See link to www.dra.org for
full report of the Panel).
· Dyslexia is life-long; there is no
necessity and it is, in fact, inappropriate to require repeated testing after a
person is diagnosed as dyslexic.
In summary, given that dyslexia represents a disparity between an
individual’s reading and intellectual abilities; accommodations are critical to
assure fairness and equity. Contemporary management of dyslexia provides
evidence-based accommodations; these include: access to recorded materials;
computers and print-to-speech software; additional time on examinations, with
amount of time determined by the student’s experience. Tests are often
inadequate proxies, the reality of life experience in
dyslexia provides the most valid evidence for a person’s need for
accommodations. In addition, it is inappropriate to assess a dyslexic person’s
knowledge based on his/her performance on an oral examination in which that
individual is under pressure to provide a quick or glib response.
Accommodations are provided based on a student’s history, observations of
his/her reading aloud, and test results; once a student is diagnosed as
dyslexic, the evidence indicates this is a persistent, life-long difficulty.
With provision of such accommodations, dyslexic students are entering and
succeeding in a range of professions including journalism, literary writing,
science, medicine, law, and education.
Over time, reading accuracy improves so that dyslexic readers are
able to read, albeit slowly and with great effort. In contrast, dyslexic
readers continue to lack fluency. The basic phonologic difficulty persists; spoken
language difficulties remain.
· Mispronunciation of names of people
and places
· Difficulty remembering names of people
and places
· Confusion of names that sounds alike
· Struggle to retrieve words, “It was on
the tip of my tongue”
· Lack of glibness, especially if put on
the spot
· Spoken vocabulary smaller than
listening vocabulary
· Hesitation to say aloud words that may
be mispronounced
· Childhood history of reading and
spelling difficulties
· Word reading more accurate, but still
effortful
· Lack of fluency
· Embarrassment caused by oral reading:
avoidance of Bible study group, reading at Passover seders, or delivering a written speech
· Trouble reading and mispronouncing
uncommon or strange words such as people’s names, names of streets or
locations, food dishes on the menu
· Substitution of made-up words, during
reading, for words that cannot be pronounced, for example, metropolitan becomes mitan
· Extreme fatigue from reading
· Slow reading of most material: books,
manuals, subtitles to foreign films
· Penalized by multiple choice tests
· Unusually long hours spent reading
school or work materials
· Frequent sacrifice of social life for
studying
· Preference for books with figures,
charts, or graphics
· Preference for books with fewer words
per page or with lots of white showing on the page
· Disinclination to read for pleasure
· Spelling remains disastrous; in
written work, preference for less complicated words that are easier to spell
· Particularly poor performance on rote,
clerical tasks
· High learning capability
· Noticeable improvement when given
additional time on multiple choice tests
· Noticeable excellence when focused on
a highly specialized area such as medicine, law, public policy, finance,
architecture, basic science
· Excellence at writing if content and
not spelling is important
· Noticeable articulateness in
expression of ideas and feelings
· Exceptional empathy and warmth and
feeling for others
· Success in areas not dependent on rote
memory
· Talent for high level conceptualization
· Ability to come up with original
insights
· Big picture thinkers
· Inclination to think out-of-the-box
· Noticeable resilience and ability to
adapt
Reflecting these strengths, dyslexics are often high level conceptualizers who manifest “out-of-the-box thinking”
and are frequently the ones who provide new insights. As a person who is
dyslexic progresses and is able to specialize in an area, s/he may become
relatively automatic in reading the vocabulary recurring in that area.
Dyslexics are often represented at the higher levels of a range of professions
and are frequently found as leaders in such diverse areas as science, medicine, law, business,
writing/literature, poetry.
There is now evidence of both the weakness and the strengths
associated with dyslexia. The weaknesses have been well elaborated and
described; the strengths are often overlooked. To illuminate and focus
attention on the strengths associated with dyslexia and to inform society about
the newest knowledge of dyslexia, the
FAQ
Q: Why can't you just learn to spell?
A: It may seem like i just acpected
my disbalty and gave up on try to speel
but this is hardly the truth. Many peoleop with
learning disbaltys go threw many progmes
and aditional education and classes to try to get
there spelling and other ablityes closer to noraml. Unforntly this has just goten me to where i am now. I
have done sicking hours apone hours of studying spelling and meorizing
math forumals and times tables. If you saw my
spelling from when serveral years ago your probly could not read it and my wrighting
whould have been unlegiabl.
Simpley some things i will
never be able to do or spell right and this is what it is to be disabled.
Q: Is there a cure for dyslexia?
A: No, dyslexia is not a disease. There is no cure. With proper diagnosis,
appropriate instruction, hard work and support from family, teachers, friends,
and others, individuals who are dyslexic can succeed in school and later as
working adults. (copyed from
another site.)
Q: Can't you just use spell check?
A: Althougth i am shure spell checking progames
work for noraml spelling mistakes and peoleop with out disbalitys, this
process is exteramly uneffective
for me. I either get no resuestes at all or a big
list of them witch all look the same to me. If you think it is confusing to see
my posts with thess spelling erorrs,
just think about replaing every other word with
another random word. Not only dose this make it less readable but has goten me in to turoble in the
past (i am not going to go there, but switching some
words or other ones with negitve meanings in elemtry shcool is not a good
thing).
Q: You can't tell your left form right? How do you walk with out falling down?
(yes some one asked me this)
A: Well peoleop with Dyslexia aucaty
do have lesser balance in some cases but the reversal and switching of letters,
words, meanings, ect is in the writen
and virutal world and not in what we see in real life....or
so i think whould be hard
to tell if i do not see noramly
with nothing to compare it to.
Q: I spell things worng and mix up words alot too? Dose that make me dyslexia?
A: Maybe, there are many difrent levels of severeity of dyslexia ranging form what i
have where i could site for hours and never figure
out how to spell somthing to peoleop
who just mix up letters some times and never are idtified
as dyslexia. If you real whont to know for shure there are tests you can take but for them to be offical they have to be adimtresed
by a persofesnal and cost moeny.
However there are ushely simple versons
witch are done for free by the LAC at your school, they are not for shure but give an idea if you should get real
testing.
http://www.amazon.com/Overcoming-Dyslexia-Complete-Science-Based-Problems/dp/0679781595
www.asha.org
Shaywitz, S. (2003). Overcoming Dyslexia: A new and complete
science-based program for reading problems at any level.
Report of the National
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dyslexic children from childhood to young adulthood. Annual Review of Psychology, 59,
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2. Shaywitz, S. E. (1996). Dyslexia. Scientific
American, 275(5), 98-104.
3. Shaywitz S, Shaywitz
B. Dyslexia (specific reading disability). Biol Psychiatry 2005;57: 1301–9.
4. Dehaene, S., Cohen, L., Sigman, M., & Vinckier, F.
(2005). The neural code for written words: a proposal. Trends in
cognitive sciences, 9(7), 335-341.
5. Shaywitz, B., Skudlarski,
P., Holahan, J., Marchione,
K., Constable, R., Fulbright, R., et al. (2007). Age-related changes in reading
systems of dyslexic children. Annals
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