genetic code alteration

USAGE SUMMARY

The phrase "genetic code alteration" is correct and usable in written English.
It can be used in contexts discussing changes or modifications to the genetic material of an organism, often in scientific or medical discussions. Example: "Researchers are exploring the implications of genetic code alteration in the development of new therapies for genetic disorders."

✓ Grammatically correct

Science

Human-verified examples from authoritative sources

Exact Expressions

11 human-written examples

Interestingly, such CUG ambiguity was not constant over the 272±25My of evolution of the genetic code alteration (see introduction) [30].

Plosone

In here, we have reconstructed the early stages of the C. albicans genetic code alteration to shed new light into those questions.

Plosone

Since adhesion, SAPs and phospholipases are important virulence attributes [43] [45], those phenotypes are relevant to C. albicans pathogenesis and indicate, for the first time, that codon ambiguity and the Candida genetic code alteration may play a role in infection.

Plosone

We have reconstructed the early stages of the Candida genetic code alteration by engineering tRNAs that partially reverted the identity of serine CUG codons back to their standard leucine meaning.

Plosone

Indeed, our study on a genetic code alteration in C. albicans supports this hypothesis (see below).

BMC Genomics

In C. albicans and D. hansenii repression of triplets containing CTG codons was clearly visible, indicating that the genetic code alteration increases discrimination of CTG-associated contexts.

BMC Genomics

Human-verified similar examples from authoritative sources

Similar Expressions

49 human-written examples

For these reasons, evolution of genetic code alterations through codon ambiguity is most puzzling.

Plosone

Genetic code alterations pose important new biological questions whose answers remain elusive.

Plosone

We are using this codon identity redefinition as a model system to elucidate the evolution of genetic code alterations.

Plosone

However, the biological functions, the molecular mechanisms of evolution and the diversity of genetic code alterations remain largely unknown.

Plosone

Interestingly, these genetic code alterations apparently minimize nonsense errors arising from re-assembly of the ciliates fragmented genome [7] [10].

Plosone

Expert writing Tips

Best practice

When discussing "genetic code alteration", specify the type of alteration (e.g., codon reassignment, frameshift mutation) and its consequences to provide clarity and context.

Common error

Avoid using "genetic code alteration" when referring to epigenetic modifications. Epigenetic changes affect gene expression without altering the underlying DNA sequence, whereas "genetic code alterations" involve changes to the DNA sequence itself.

Linguistic Context

The phrase "genetic code alteration" functions primarily as a noun phrase. It refers to the process or the result of modifying the genetic code. Ludwig AI confirms this through numerous examples where the phrase is used to describe scientific studies and biological processes.

Expression frequency: Uncommon

Frequent in

Science

100%

Less common in

News & Media

0%

Formal & Business

0%

Encyclopedias

0%

Ludwig's WRAP-UP

The phrase "genetic code alteration" is a grammatically sound and scientifically relevant term used to describe modifications to an organism's genetic material. Ludwig AI analysis, across various scientific sources, indicates that this phrase functions as a noun phrase, commonly employed in formal and scientific contexts. Though of "Uncommon" frequency, as highlighted by Ludwig, the phrase finds its primary application within scientific discourse. When employing this term, clarity is paramount; specifying the nature and impact of the alteration enhances precision. Keep in mind the distinction between "genetic code alteration" and epigenetic changes.

More alternative expressions

Phrases that express similar concepts, ordered by semantic similarity:

changes in genetic code

This alternative is a generic way to refer to the modifications of genetic information.

modified genetic code

This alternative specifies a genetic code that has undergone some form of modification.

genetic modification

This alternative refers to a broader range of changes to the genetic material, not specifically alterations to the code itself.

altered genetic information

This alternative describes a general state where the genetic information has been modified.

DNA sequence alteration

This alternative focuses on changes to the sequence of DNA, which is a component of the genetic code.

variations in the genetic code

This alternative phrase highlights naturally occurring differences or artificial induced alterations to the genetic code.

genome editing

This alternative describes the process of precisely modifying DNA within a cell or organism.

reprogramming of the genetic code

This alternative indicates a deliberate change in how the genetic code is read and interpreted.

codon reassignment

This alternative specifies a change in the meaning of a particular codon within the genetic code.

genetic code mutation

This alternative implies a spontaneous change or error in the genetic code.

FAQs

How does "genetic code alteration" relate to genetic mutations?

"Genetic code alteration" is a broader term that can encompass genetic mutations, which are changes in the DNA sequence. However, "genetic code alteration" can also refer to more directed or engineered changes, whereas mutations are often spontaneous or random.

What are some examples of "genetic code alteration" in research?

Examples of "genetic code alteration" in research include codon reassignment, where the meaning of a codon is changed, and genome editing, where specific genes are modified or deleted. "Genome editing" is frequently used to investigate gene function or develop new therapies.

Is "genetic code alteration" the same as genetic modification?

While related, "genetic code alteration" refers specifically to changes in the genetic code itself, whereas "genetic modification" is a broader term that can include the introduction of new genes or the alteration of existing genes without necessarily changing the fundamental code.

What are the potential consequences of "genetic code alteration"?

The consequences of "genetic code alteration" can range from minor changes in protein function to complete loss of function or even the creation of new proteins. The specific consequences depend on the nature and location of the alteration within the genetic code.