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What is another word for Multidrug Resistance Genes?

Pronunciation: [mˈʌltɪdɹˌʌɡ ɹɪsˈɪstəns d͡ʒˈiːnz] (IPA)

Multidrug resistance genes, also known as MDR genes, are a group of genes that play a significant role in conferring resistance to multiple drugs or medications in various organisms. These genes are often pinpointed as the cause behind treatment failures in diseases such as cancer and infections. Although there aren't many direct synonyms for "multidrug resistance genes", some alternative terms and phrases can be used interchangeably to describe this phenomenon. These may include terms like multiple drug resistance genes, drug-resistant genes, resistance-associated genes, and multidrug efflux systems. These synonyms help provide a broader understanding of the concept and aid in communication within scientific and medical communities.
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What are the opposite words for Multidrug Resistance Genes?

Multidrug resistance genes are responsible for the resistance of certain diseases to a range of drugs. Antonyms for this term include single drug sensitivity genes, drug susceptibility genes, and mono-resistance genes. These genes are associated with genes that make a patient responsive to a single drug or a limited range of drugs, thus facilitating targeted drug therapy. The identification of these antonyms is significant in the development of personalized medicine and the management of infectious diseases. By understanding the mechanisms involved in the sensitivity or resistance to specific drugs, healthcare professionals can adopt efficient drug management regimens, resulting in better patient outcomes.

What are the antonyms for Multidrug resistance genes?

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