DETECTION OF CARRIERS OF RARE DISEASE MUTATIONS BY MASS EXOME SEQUENCING (Q3249687)

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Project Q3249687 in Spain
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English
DETECTION OF CARRIERS OF RARE DISEASE MUTATIONS BY MASS EXOME SEQUENCING
Project Q3249687 in Spain

    Statements

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    1,400.0 Euro
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    2,800.0 Euro
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    50.0 percent
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    1 January 2018
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    31 December 2018
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    IGENOMIX, S.L.
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    39°30'14.11"N, 0°26'31.56"W
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    46190
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    Cada año muchos padres se ven sorprendidos en el embarazo o en el nacimiento con un hijo afectado por algún tipo de patología, o incluso que esta se desarrolle en los primeros años de vida de forma inesperada. Algunas de estas enfermedades ocurren ocasionalmente y no tienen componente causal conocido, lo que quiere decir que son esporádicas o idiopáticas, mientras que otras se producen porque uno o ambos progenitores son portadores de una alteración genética desconocida para ellos, al tratarse de personas sanas o sin antecedentes familiares previos. Todas y cada una de las células humanas contienen información genética o ADN, organizada en estructuras conocidas como cromosomas, que a su vez contienen unidades básicas, los genes. Los genes contienen la información para fabricar proteínas, encargadas de las funciones biológicas. En humanos la dotación cromosómica normal es de 46 (23 pares), conociéndose uno de estos pares como el par de cromosomas sexuales, XX en mujeres y XY en varones (Spanish)
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    Every year many parents are surprised during pregnancy or at birth with a child affected by some kind of pathology, or even that it develops in early life unexpectedly. Some of these diseases occur occasionally and have no causal component known, which means they are sporadic or idiopathic, while others occur because one or both parents are carriers of unknown genetic alteration to them, being healthy or not previous family history. Any and human cells contain DNA or genetic information, organized in structures known as chromosomes, which in turn contain basic units, genes. The genes contain the information to make proteins, responsible for the biological functions. Human normal chromosomes is 46 (23 pairs), knowing one of these pairs as the pair of sex chromosomes, XX in females and XY males. Each individual inherits one copy for each chromosome from each parent. Therefore, there are two copies of each chromosome and gene (except in males, containing individual chromosomes X and Y). C (English)
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    Paterna
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    Identifiers

    20F01020101U_IVCI00000ACPA8246
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