Beta Thalassemia Testing Market
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<strong>Beta</strong> <strong>Thalassemia</strong> <strong>Testing</strong> <strong>Market</strong><br />
surrounding the fetus. Blood from the developing fetus can also be as good source of sample for<br />
detecting thalassemia but aspirating blood sample may cause some damage to a developing fetus, hence<br />
taking of amniotic fluid samples is generally preferred. Chorionic Villus sampling (CVS) is another<br />
technique of diagnosing genetic problems in the fetus. Sample is collected from the placental tissue or<br />
chorionic villus. There is risk of miscarriage involved with every prenatal test. Preimplantation genetic<br />
diagnosis (PGD) is a new procedure that may be performed on embryos which are produced by in vitro<br />
fertilization. This test is performed on the embryos which are produced artificially and also allows parents<br />
to carry and implant only those embryos that are not carrying the mutated thalassemia genes.<br />
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Most commonly prone area for beta thalassemia are Mediterranean countries, African countries, and<br />
Southeast Asian countries. <strong>Thalassemia</strong> trait almost affects 5% to 30% of the population in these ethnic<br />
groups. The growing population in these countries act as the drivers for beta thalassemia testing kit<br />
market. A number of factors such as high implementation cost of sophisticated clinical and preclinical<br />
imaging systems, High cost of maintenance, low life span of accessories used are restricting the growth of<br />
the global imaging market.<br />
Based on technology, the beta thalassemia testing <strong>Market</strong> is segmented into the following:<br />
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