Genes that Are Harmless on Their Own Cause Disease when Combined Article Discussion

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Genes that Are Harmless on Their Own Cause Disease When Combined

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https://www.the-scientist.com/notebook/genes-that-are-harmless-on-their-own-cause-disease-when-combined-66328

1. A reflection on how it relates to the topic from this week

2. An evaluation of the importance of the article in the Genetic/Medical/Biological field or even in everyday life

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Genes that are Harmless on their Own Cause Disease when Combined

Genes that Are Harmless on Their Own Cause Disease When Combined
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Genes that are Harmless on their Own Cause Disease when Combined

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Genes that Are Harmless on Their Own Cause Disease When Combined
Diseases may occur due to defects in a single gene or a group of genes. According to the degree
of gene mutation, diseases are classified as follows: Chromosomal diseases: Occur when the
entire chromosome or most of the chromosome is missing, duplicated or changed in other ways.
Last week, the topic involved alleles and non-alleles, which are genetic interactions that affect a
specific phenotype, because genetic interactions are broad terms used to describe the collective
role of multiple genes in determining variability Phenotype. When two or more alleles or nonalleles of the same genotype affect the outcome of a specific phenotypic trait, genetic interaction
occurs. To understand the molecular basis of these complex biological phenomena, it is
necessary to map genetic interactions in which the effect on genes is modified by one or more
other genes. In addition, systematic deletion of paired genes or suppression of gene expression
can be used to identify genes with similar functions even if they do not physically interact.
The etiology of most human diseases is complex and cannot be explained by single
nucleotide polymorphisms. It is believed to be the result of multiple genetic variations.
Monogenic diseases have become the most famous genetic diseases due to their simple
inheritance patterns (recessive or dominant) and relatively simple genetic diseases. Although
most of these diseases are rare, they collectively affect millions of people. Although these
diseases are mainly caused by a single gene, several different mutations can cause the same
disease, but with different severity and phenotypes. But even the same mutation can cause a
slightly different phenotype. This may be due to diffe...


Anonymous
Very useful material for studying!

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