My perspective!

Great opportunity for  photographers!..A competition of photographs taken by  people with down syndrome.
here are the details..
>-my perspective -<

Famous People with Down Syndrome.

Sujith Desai.

28 year old Sujeet Desai is an accomplished professional musician and self-advocate with Down syndrome from New York, USA. Sujeet plays 6 musical instruments including the Bb and Bass Clarinet, Alto Saxophone, Violin, Piano and Drums and has just started to learn his 7th, the trumpet. In addition to his career at home, he travels the World giving solo performances and leading self-advocacy workshops to rave reviews.

Read more about SUJITH!!

Homeschooling!

homeschooling children with Down Syndrome. an e book by Amy Dunaway!

HOMESCHOOLING CHILDREN WITH DS!

Famous People with Down Syndrome.

http://www.janecameron.com/about.html

About Jane Born in High River, Alberta, in 1949, Jane Cameron had an exemplary life. She travelled the globe, met dignitaries and stars, filled her room with medals and trophies commemorating her feats, and earned the esteem of countless individuals who praise her art and her grace. When she was diagnosed with Down syndrome at four months old, Jane's parents were told their daughter was "retarded" and that they should: "Put her in an institution and forget about her." They were shocked and, despite knowing little to nothing about Down syndrome they decided that what their child needed was as much love, care and education as they could possibly give her. When Jane was thirteen her school in Montreal implemented a policy that "these children" needed no academic training apart from such things as street signs and signs for Danger, Men and Women. Unwilling to accept that Jane deserved anything less in life than any other child, the Cameron's enroled her into the internationally renowned Doctor Franklin Perkins School in Lancaster, Massachusetts. After ten years at the Perkins school Jane joined the sheltered workshop, "Le Fil d'Ariane" back in Montreal. This workshop or Atelier was quite unique; it is more of an art school than a workshop. Jane quickly demonstrated that she was much more than a stitcher who could follow patterns. Jane soon became the alelier's chief designer. Many of her designs were turned into huge tapestries that were commissioned by such organizations as the office of the Prime Minister, Mirabel Airport and Reader's Digest Canada. Although her artistic talent was not discovered until Jane was about twenty, her tapestries now hang across the world. Jane's embroidered tapestries are glowing statements of her imagination and her love and affection for all living things. A life that could have been a tragedy became one of joy for Jane's parents and hope for other parents of children with Down syndrome. Jane was also an accomplished swimmer with many medals for her success including the two silver ones she won in international competition at the Special Olympics in Brockport, New York. She was featured in the film on the Special Olympics: "It's in Everyone of Us", and has appeared on television in Montreal and Calgary. Perhaps Jane's greatest accolade is the book written about her and her art by Dr. M. Klager, a professor of art at Heidleberg University. Jane is an example of the unknown potential hidden in many Down Syndrome children which only needs the opportunity to be discovered and developed.

What is Down Syndrome?

http://learn.genetics.utah.edu/content/disorders/whataregd/down/   What is Down syndrome? Down syndrome is a developmental disorder caused by an extra copy of chromosome 21 (which is why the disorder is also called "trisomy 21"). Having an extra copy of this chromosome means that each gene may be producing more protein product than normal. Cells seem to tolerate this better than having not enough protein, or having altered protein due to a mutation in the DNA sequence. However, producing too much protein can also have serious consequences, as seen in Down syndrome. Genes on chromosome 21 that specifically contribute to the various symptoms of Down syndrome are now being identified. How do people get Down syndrome? Down syndrome is typically caused by what is called nondisjunction. If a pair of number 21 chromosomes fails to separate during the formation of an egg (or sperm), this is referred to as nondisjunction. When that egg unites with a normal sperm to form an embryo, that embryo ends up with three copies of chromosome 21 instead of the normal two. The extra chromosome is then copied in every cell of the baby's body. Interestingly, nondisjunction events seem to occur more frequently in older women. This may explain why the risk of having a baby with Down syndrome is greater among mothers age 35 and older. In rare cases Down syndrome is caused by a Robertsonian translocation, which occurs when the long arm of chromosome 21 breaks off and attaches to another chromosome at the centromere. The carrier of such a translocation will not have Down syndrome, but can produce children with Down syndrome. What are the symptoms of Down syndrome? People with Down syndrome have very distinct facial features: a flat face, a small broad nose, abnormally shaped ears, a large tongue, and upward slanting eyes with small folds of skin in the corners. People with Down syndrome have an increased risk of developing a number of medically significant problems: respiratory infections, gastrointestinal tract obstruction (blocked digestive tract), leukemia, heart defects, hearing loss, hypothyroidism, and various eye abnormalities. They also exhibit moderate to severe mental retardation; children with Down syndrome usually develop more slowly than their peers, and have trouble learning to walk, talk, and take care of themselves. Because of these medical problems most people with Down syndrome have a decreased life expectancy. About half live to be 50 years of age. How do doctors diagnose Down syndrome? Two types of tests check for Down syndrome during a woman's pregnancy: screening and diagnostic tests. Screening tests identify a mother who is likely carrying a baby with Down syndrome. The most common screening tests are the Triple Screen and the Alpha-Fetoprotein Plus. These tests measure levels of certain substances in the blood. Alternatively, ultrasounds (which use sound waves to look inside the mother's uterus) allow the doctor to examine the fetus in the womb for the physical signs of Down syndrome. To confirm a positive result identified in a screening test, one of the following diagnostic tests can be performed: chorionic villus sampling (CVS), amniocentesis, and percutaneous umbilical blood sampling (PUBS). Each takes a sample from the placenta, amniotic fluid, or umbilical cord, respectively, to examine the baby's chromosomes and determine if he or she has an extra chromosome 21. If Down syndrome is not diagnosed in the womb, doctors can usually recognize it after the baby is born by the distinctive facial features. The diagnosis is confirmed with a karyotype - an examination of the baby's chromosomes. How is Down syndrome treated? No cure exists for Down syndrome. But physical therapy and/or speech therapy can help people with the disorder develop more normally. Screening for common medical problems associated with the disorder, followed by corrective surgery, can often improve quality of life. Moreover, enriched environments significantly increase their capacity to learn and lead a meaningful life. Interesting facts about Down syndrome Down syndrome is really the only trisomy compatible with life. Only two other trisomies have been observed in babies born alive (trisomies 13 and 18), but babies born with these trisomies have only a 5% chance of surviving longer than one year. In 90% of Trisomy 21 cases, the additional chromosome comes from the mother's egg rather than the father's sperm. Down syndrome is the most common genetic disorder caused by a chromosomal abnormality. It affects 1 out of every 800 to 1,000 babies. Down syndrome was originally described in 1866 by John Langdon Down. It wasn't until 1959 that a French doctor, named Jerome Lejeune, discovered it was caused by the inheritance of an extra chromosome 21.