Genetic deafness gene ✘×mutation detection kit (PCR-reverse dot hybr¶ε"idization)

  There are about 27.8 million peopl¥$<e with hearing disabilitiαγ ♦es in China, accounting for β↓ 33%of the total number of δ®✘↓people with disabilities, and the proportion§​‍≤ of newborndeafness is about♥£π☆ 1-3%. More than 30,000 >★δ";new deaf children ar↔ ©✘e born each year, with more t©πhan 60%of the genetic factors causing 3&nb‌≈sp;deafness. Environmental fac↑±tors (about 20%),unk★‌₽☆nown factors (about 20%×↑±),in the normalpopulation, deaf gene mutati≈☆↕on carriers more than♦← 80 million people. A large number♠> of patients with late hearing l"✔'oss are deaf engenedeaf by th≤$→eir own genetic defects, or by genetic de¶δ₩γfects and polymorphism, resulting in sensitivity×↕π to deafening environmental f •actors, and thus disease-causing. The ±‌>traditional detection method can not dσΩ✔☆etect the deafness caused by late deafness or ∞§ gene mutation in time, and the testing of deafn&λ♠ess can play the effect of early di↕ agnosis, early detection and early inteπ​ rvention.

Test specimen: Anticoagulant whole&nbs®₽p;blood sample

Technical principle:PCR - rev¶→erse point hybridizatio≥​↔n

Packing size:25 test&nb♥σsp;/ kit

Class: In vitro diag"₽∞>nostic reagents

Applicable instruments: common gene amplificati£π₩♠on instrument, molecular hyb↑÷ridizer