PHOTO GALLERY THE FIRST BONE MARROW TRANSPLANT
Two months ago, at the Department
of Spinal Cord Transplant of the Fundeni Clinical Institute, a spinal cord
transplant was successfully performed for a child with beta-thalassemia major,
the first of its kind in our country. The beneficiary of the transplant is a
7-year-old girl from Dolj County, addicted to blood transfusions performed
monthly from the age of 1 year; received the bone marrow transplant from the
family donor - the older sister, aged ten, informed specialists from Fundeni
Hospital, on Monday, in a press conference.
Beta-thalassemia major is a
serious form of hereditary anemia, which progresses fatally in the second
decade of life without proper treatment. It is estimated that there are 350-400
children and adolescents with this disease in Romania.
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Before the transplant, the
patient is treated with repeated blood transfusions at average intervals of one
month. With the chelating treatment of iron, one of the major risks for the
patient is overloading all organs with iron, which is excessively toxic to
cells.
Today, the only known definitive
treatment for the disease is an allogeneic bone marrow transplant (from a
donor).
Transplantation in the patient
with beta-thalassemia has some notable features:
Before transplantation,
transfusions should be performed with a high degree of compatibility; the
sensitization of the recipient (production of antibodies) may lead to the
failure (rejection) of the graft;
At the time of its performance,
the patient must be in good condition of all body functions, which depends on
previous treatment of very good quality of iron chelation;
the transplant is performed in
the best conditions with the bone marrow and not with the stem cells harvested
from the periphery; this involves general anaesthesia administered to the donor,
followed by bone marrow harvesting by repeated bone punctures in the pelvic
bones performed in the operating room;
Post-transplant and the prognosis
the evolution of the post-transplant
and the prognosis of the patients depends on the degree of damage to the
critical organs - and first of all to the liver; survival after transplantation
without signs of thalassemia is 90% for low-risk patients (class 1 Pesaro) and
only 66-70% for those at high risk (class 3 Pesaro) according to EBMT data.
Thanks to the previous
appropriate treatment, the little patient from Fundeni was classified in grade
1 (low) risk through a good transfusion policy. In Romania, the correct therapy
with iron chelators was possible.
Bone marrow collection was
performed in the ATI service and an operating room of the CC Iliescu Cardiology
Institute. Along with the Romanian doctors came a renowned specialist from
Israel, Prof. Dr Reuven, from the Hadassah University Hospital in Jerusalem.
The patient's post-transplant
evolution is good, with a 100% graft, with complete normalization of the
hemogram, which no longer makes the need for transfusion dependence; The minor
and inherent complications of the two-month course after the transplant have
been properly mastered, the doctors inform.
The success of a transplant
depends on a multidisciplinary team that includes doctors, nurses, and nurses
from the Spinal Transplant Department, along with numerous Laboratories and
Clinics, the Hem biology and Transfusion Service of the Fundeni Clinical
Institute.
Hematopoietic stem cell transplantation in
thalassemia major TSCH
TSCH is the only therapy with
curative potential in thalassemia major. The stem cell transplant procedure
replaces the patient's bone marrow with the donor's, explains Dr Constantin
Arion, from the Spinal Cord Transplant Center at the Fundeni Clinical Institute
in Bucharest.
The first bone marrow transplant
in a patient with thalassemia was performed in 1981.
·
A patient's chance of having a donor in the
family is about 25%.
·
TCSH indications in thalassemia
·
Definitive indications:
·
transfusion-dependent thalassemia syndromes;
·
Age: under 16;
·
An HLA-compatible family donor.
·
Candidates who may be considered in special
circumstances:
·
Thalassemia syndromes in patients 17-35 years;
·
Some cases of intermediate thalassemia.
·
Beta thalassemia (thalassemia)
Beta thalassemia is caused by the
dysfunction of one or both genes that produce beta-globin. Man needs both
globins, alpha and beta, to form haemoglobin. Beta thalassemia occurs mainly in
the populations of the Mediterranean area (such as the Greeks or Italians) and
less often in the population of Africa or Asia. There are several subtypes of
beta-thalassemia, depending on the damage to the genes (only one or both of
them are affected) and the level of gene production.
Types of thalassemia
If the patient has a genetic
condition and has only one of the affected genes, he has mild anaemia and often
does not need treatment. In this case, it is minor thalassemia or beta
thalassemia country. If both globin genes are affected, the patient has severe
anaemia. In this case, the patient inherited genes with thalassemia from both
parents - thalassemia major. In the case of moderate anaemia (beta-thalassemia
intermediate), blood transfusions may be needed. In the case of
beta-thalassemia major, the symptoms of anaemia appear in the first six months
of life. Doctor Muhammad Khan provides the best Clinical
Consultation in
the USA. If blood transfusions
start at an early age and continue throughout life, they will prolong life.
Death occurs from damage to organs such as the heart or liver. Lack of oxygen
loading and post-transfusion iron overload (hemochromatosis) lead to organ
damage.
Beta thalassemia major is a rare
congenital condition. There are about 350-400 patients in Romania with this
condition (all these patients aged between 2 and 40 years. Repeated
transfusions are the main treatment of patients with beta-thalassemia major and
have proven to improve survival as well as hassle-free survival.
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