#trisomy21

How cute is this? They’re Bitty Baby sized. I’ve never seen a doll with Trisomy 21 before. They look realistic!

Today is World Down Syndrome Day and I find it really sad that there that much buzz about it on Tumblr.

We talk about mental health awarness, autism awareness, adhd awareness, chronic illness awareness, etc. but I've really seen very little content on Down Syndrome. Every type of disability/difference should have the chance to be seen, to be heard. Every disability/difference deserves to be recognized for what it is and have the change to discredit all the stigma and misinformation that is passed around.

I recently starting working with a 2 year old with Down Syndrome and she is just wonderful. She can be a handful at times yes but so are all kids at some point. I've gotten to the privilege of having my preconceptions put to the test and to have them completely obliterated. Did I mention that she is afro-american? Because Down Syndrome isn't just present in white people but in people of colour as well.

I wouldn't be doing my part if I didn't mention World Down Syndrome Day and it would be wonderful if you could all help me spread the awareness. You can also wear mismatched socks today which is the sign used to show solidarity and awareness and to start conversations (unless you always have mismatched socks but then hey today you are doing it for a great cause!)

Crazy socks plus blue and yellow

Down’s Syndrome, a genetic condition affecting physical and cognitive development, is primarily caused by an extra copy of chromosome 21. This condition, also known as Trisomy 21, highlights the significant role genetics play in human development.

Key Points:

Genetic Cause: Down's Syndrome is a chromosomal disorder where individuals have three copies of chromosome 21 instead of two.

Types of Down’s Syndrome: The three genetic variations include Trisomy 21 (most common), Mosaic Down's Syndrome, and Translocation Down's Syndrome.

Genetic Testing: Prenatal screening and diagnostic tests help identify the likelihood or presence of the condition in a fetus.

Parental Age Factor: Advanced maternal age increases the risk due to changes in egg cell division, though most babies with Down’s are born to mothers under 35.

Ongoing Research: Genetics continues to play a vital role in understanding the condition, improving diagnostics, and offering better support to families.

Understanding the genetics behind Down’s Syndrome not only helps in early diagnosis but also aids in offering tailored support and therapy. With increasing awareness and medical advancements, individuals with Down’s Syndrome are leading more enriched and independent lives.

Down’s Syndrome, a genetic condition affecting physical and cognitive development, is primarily caused by an extra copy of chromosome 21. This condition, also known as Trisomy 21, highlights the significant role genetics play in human development.

Key Points:

Genetic Cause: Down's Syndrome is a chromosomal disorder where individuals have three copies of chromosome 21 instead of two.

Types of Down’s Syndrome: The three genetic variations include Trisomy 21 (most common), Mosaic Down's Syndrome, and Translocation Down's Syndrome.

Genetic Testing: Prenatal screening and diagnostic tests help identify the likelihood or presence of the condition in a fetus.

Parental Age Factor: Advanced maternal age increases the risk due to changes in egg cell division, though most babies with Down’s are born to mothers under 35.

Ongoing Research: Genetics continues to play a vital role in understanding the condition, improving diagnostics, and offering better support to families.

Understanding the genetics behind Down’s Syndrome not only helps in early diagnosis but also aids in offering tailored support and therapy. With increasing awareness and medical advancements, individuals with Down’s Syndrome are leading more enriched and independent lives.

Down’s Syndrome, a genetic condition affecting physical and cognitive development, is primarily caused by an extra copy of chromosome 21. This condition, also known as Trisomy 21, highlights the significant role genetics play in human development.

Key Points:

Genetic Cause: Down's Syndrome is a chromosomal disorder where individuals have three copies of chromosome 21 instead of two.

Types of Down’s Syndrome: The three genetic variations include Trisomy 21 (most common), Mosaic Down's Syndrome, and Translocation Down's Syndrome.

Genetic Testing: Prenatal screening and diagnostic tests help identify the likelihood or presence of the condition in a fetus.

Parental Age Factor: Advanced maternal age increases the risk due to changes in egg cell division, though most babies with Down’s are born to mothers under 35.

Ongoing Research: Genetics continues to play a vital role in understanding the condition, improving diagnostics, and offering better support to families.

Understanding the genetics behind Down’s Syndrome not only helps in early diagnosis but also aids in offering tailored support and therapy. With increasing awareness and medical advancements, individuals with Down’s Syndrome are leading more enriched and independent lives.