![Motor neurone disease / Spinal muscular atrophy / RNA splicing / Applied genetics / Biotechnology / SMN1 / Antisense therapy / Survival of motor neuron / SMN2 / Genetics / Biology / Spliceosome Motor neurone disease / Spinal muscular atrophy / RNA splicing / Applied genetics / Biotechnology / SMN1 / Antisense therapy / Survival of motor neuron / SMN2 / Genetics / Biology / Spliceosome](https://www.pdfsearch.io/img/d4266e5f944e4f45eaa96dc6585a3ec8.jpg) Date: 2013-04-29 02:31:53Motor neurone disease Spinal muscular atrophy RNA splicing Applied genetics Biotechnology SMN1 Antisense therapy Survival of motor neuron SMN2 Genetics Biology Spliceosome | | npg Call in the backup The most common genetic killer of infants, a disease known as spinal muscular atrophy, is caused by mutations in a single gene. The human genome contains its own backup system—near-identical copAdd to Reading ListSource URL: www.fsma.org.hkDownload Document from Source Website File Size: 2,11 MBShare Document on Facebook
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