KORDON KANINDAKİ

KÖK HÜCRELERİ

Klinikte kullanımı

“Imagination is more

Important than knowledge”

Albert Eistein

Jm jj

• Semenderler • Deniz Yıldızı

• Embriyonik kök hücre 1980 Fare

• Embriyonik kök hücre 1998 İnsan

Wisconson Üniversitesi

Kök hücre;

1. Tanıyıp ayırma.

2. Kültürde çoğaltma.

3. İstenilen hücre veya dokuya dönüştürebilme.

Hayvan Deneylerinin Hedefleri

• Kök Hücrenin özel hücreye dönüşümünü izlemek.

• Hastalık seyrini izlemek.

• Hastalık oluşmasına engel olacak ilaçları denemek.

Elde edilmesi basit, güvenli ve ağrısızdır.

Embriyo ve fetusa zarar verilmediğinden etik ve yasal sorun yoktur.

Biyolojik olarak daha gençtir.

Çevresel faktörler, virüs ve yaşlanma nedeniyle bozulmazlar. Telomerleri kısalmamıştır.

Hemen kullanılabilir.

Transplantasyon riski daha azdır.

Kordon kanından elde edilen “Kök Hücre” ile

diğer erişkin kök hücreler arasındaki fark :

1. Spinal cord injury.

2. Diabetes

3. Heart disease

4. Parkinson’s disease

5. Alzheimer’s disease

6. Lou Gehrig’s disease

7. Lung diseases

8. Arthritis

9. Sickle cell anemia

10. Organ failure

“Kordon Kanının” kullanılma olasılığı

nedir ?

70 yaşına kadar 1 / 217

Yakın bir gelecekte bu sayı, kanıtlanacak tedavi modalitelerini içermiyor.

Örneğin ; sadece CP ve TIP-I diyabet için kullanılma olasılığı 1 / 175’tir.

Bebeğin “Kordon Kanını” kimler kullanabilir ?

“Kordon Kanını” ne kadar saklayabiliriz ?

Şartlar bozulmadığı sürece saklanabilir.

“Kordon Kanı Kök Hücre” sayısı ile tedavi

etkenliği arasındaki ilişki…

Kök hücre ne kadar çoksa, hastalık o kadar çabuk iyileşir ve daha az komplikasyon

HLA uyumu nedir ?

“GvHD nedir ? ve Kordon Kök Hücre” sinin

ayrılacağı var mı ?

Evet… Henüz tam olgunlaşmadığından immün yanıt daha azdır. HLA 3 / 6 uyum daha yeterli olacaktır.

Cerebral palsy is diagnosed in approximately 8,000 children each year. The cost of caring for children who suffer

from cerebral palsy can be financially catastrophic. If medical malpractice was the reason for your child’s cerebral palsy, you

shouldn’t be responsible for the astronomical cost of lifelong care. A cerebral palsy lawsuit can be filed if there is a strong

case indicating that malpractice was the cause. Lawyers specialized in the field of cerebral palsy lawsuits will be able to

recognize if there may be a claim.

Since the condition does not improve with time, expenses can be expected throughout the child’s lifetime. The majority of

people with cerebral palsy need long-term services or care, depending on their level of independence. The average lifetime

cost for one person with cerebral palsy is estimated to be $931,000 (in 2005 dollars). This represents costs over and above

costs experienced by a person who does not have a disability.

It is estimated that the lifetime costs for all people with cerebral palsy who were born in 2000 will total $12.5 billion (in 2005

dollars). These costs include both direct and indirect costs. Direct medical costs, such as doctor visits, prescription drugs, and

inpatient hospital stays make up 10% of these costs. Direct non-medical expenses, such as home modifications, car

modifications, and special education make up 9% of the costs. Indirect costs, which include the value of lost wages when a

person dies early, cannot work, or is limited in the amount or type of work he or she can do, make up 81% of the costs.

These estimates do not include other expenses, such as hospital outpatient visits, emergency department visits, residential

care, and family out-of-pocket expenses. The actual economic costs of cerebral palsy are, therefore, even higher than what is

reported here.

The expecting mother and unborn child rely on the doctors and nurses responsible for providing safe and effective care

before, during, and after birth. So how do you know if there was a medical mistake during the birth of your child and if you

have grounds for a cerebral palsy lawsuit? There are several indicators that a medical mistake may have caused your child’s

cerebral palsy.

Complications that required forceps, vacuum extraction, or cesarean section indicate that the fetus spent too much time in the

birth canal, with possible hypoxia. A child may sometimes need cardiopulmonary resuscitation (CPR) in this case, also a sign

of lack of oxygen to the brain, which causes cerebral palsy. Seizures occurring immediately after birth, or within the first 3-4

days of life, are also a sign of neurological dysfunction. Other indicators could be if your child required special testing such

as an MRI, spent time in the NICU (neonatal intensive care unit) or was transferred to a different hospital after birth. Also, if

a specialist was called to care for your newborn there may be cause that malpractice occurred.

If the cause for cerebral palsy was not congenital, there is a good chance it could have been prevented. Compensation from a

cerebral palsy lawsuit won’t reverse the damages to your child, but it will pay for the expensive life-long support your child

will require.

Diyabet Araştırmaları

Teksas Üniversitesi

Nöroblastoma

• Nöroblastoma ( Aralık-2009)

• Talesemi

Herkese teşekkür ederim

Sevgi ve Saygılarımla,

Prof. Dr. Oktay KADAYIFÇI