mutants present lower levels of

USAGE SUMMARY

The phrase "mutants present lower levels of" is correct and usable in written English.
It can be used in scientific or academic contexts when discussing the comparative levels of a substance or characteristic in mutants versus non-mutants. Example: "In the study, we found that mutants present lower levels of enzyme activity compared to the wild-type organisms."

✓ Grammatically correct

Science

Human-verified similar examples from authoritative sources

Similar Expressions

60 human-written examples

Mutant parasites, particularly double mutants, presented lower levels of genetic diversity than wild-type ones at flanking loci.

BMC Infectious Diseases

Interestingly, glial cells transduced with the sole Lv-shGFAP also presents lower levels of vimentin.

Plosone

If this were the case, our zinc-binding mutant Tau*C2A would show lower levels of phosphorylation.

Cell Reports

Ubc9 4-3/5 mutants exhibit significantly lower levels of the protein in the entire organ (supplementary material Fig. S4E–H').

Biology Open

We observed that under this experimental condition, class 1 mutants bound lower levels of pVHL than class 2 mutants (Fig. 5c).

Nature

yap ΔTB/ΔTB mutants had slightly lower levels of yap mRNA (Fig. 5E).

Development (Cambridge)

Furthermore, the clv1-1 loss-of-signal mutant had lower levels of free CLV3, confirming the sequestration of CLV3.

BMC Systems Biology

However, the present study showed that the supernatants of this mutant yielded significantly lower levels of xylose than a commercial enzyme mixture when pretreated substrates containing high levels of xylan and xylose oligomers were used.

Biotechnology for Biofuels

Therefore one could argue that mutant grisea had lower levels of ATP and fewer mitochondria than it has nowadays.

Plosone

Collectively, these results suggest that the flagellar-deficient flgE mutant bacteria express lower levels of LPS on its outer membrane.

Plosone

Mutant huntingtin has lower levels of N17 phosphorylation than wild-type huntingtin (3).

Human Molecular Genetics

Expert writing Tips

Best practice

When describing experimental results, specify the units of measurement for the "levels" being discussed (e.g., concentration, activity, expression). This adds clarity and precision to your scientific writing.

Common error

Don't assume that all mutants of a gene or pathway will necessarily present lower levels of a specific substance. Always specify the specific mutant allele or condition being examined, as the effect can vary.

Linguistic Context

The phrase "mutants present lower levels of" functions as a descriptive statement in scientific contexts. It's used to report observations about the quantitative characteristics of mutant organisms or cells compared to a control group. According to Ludwig AI, this phrase can be used in scientific or academic contexts when discussing the comparative levels of a substance or characteristic in mutants versus non-mutants.

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Ludwig's WRAP-UP

The phrase "mutants present lower levels of" is a grammatically correct and scientifically valid way to describe a reduced quantity or concentration of a substance in mutant organisms compared to a control group. According to Ludwig AI, this phrase can be used in scientific or academic contexts. While no direct examples were found, the phrase is suitable for formal scientific writing and commonly used in genetics, molecular biology, and biochemistry. In practice, it's crucial to specify the units of measurement and the specific mutant allele being examined to avoid overgeneralization.

More alternative expressions

Phrases that express similar concepts, ordered by semantic similarity:

mutants exhibit decreased levels of

Replaces "present" with "exhibit" and "lower" with "decreased", slightly altering the formality.

mutants display reduced levels of

Substitutes "present" with "display" and "lower" with "reduced", offering a synonymous expression.

mutants show diminished levels of

Employs "show" instead of "present" and "diminished" in place of "lower", emphasizing a reduction.

mutants have lower quantities of

Rephrases "levels" as "quantities", changing the specific type of measurement.

mutants possess reduced amounts of

Uses "possess" instead of "present" and "amounts" in place of "levels", indicating quantity.

mutants express lower amounts of

Focuses on expression rather than overall presence, altering the emphasis.

mutants secrete less of

Specifically refers to secretion, which is a more specialized context.

mutants synthesize less of

Concentrates on synthesis, implying a reduction in production rather than just the amount present.

mutants demonstrate attenuated expression of

Replaces "lower levels" with "attenuated expression", making the phrase more technical.

mutants manifest a deficiency in

Shifts the focus to a deficiency, implying a more significant reduction than just "lower levels".

FAQs

How can I rephrase "mutants present lower levels of" in a scientific paper?

You can use phrases like "mutants exhibit decreased levels of", "mutants display reduced levels of", or "mutants show diminished levels of" to convey a similar meaning with slightly different wording.

Is it grammatically correct to say "mutants present lower levels of"?

Yes, the phrase "mutants present lower levels of" is grammatically sound. It follows standard English sentence structure, with "mutants" as the subject, "present" as the verb, and "lower levels" as the object.

What does it mean when a study reports that "mutants present lower levels of" a certain molecule?

It typically means that, compared to the wild-type or control group, the mutant organisms or cells have a reduced quantity or concentration of the molecule being measured. This could indicate a problem with production, stability, or regulation of that molecule.

In what contexts is the phrase "mutants present lower levels of" commonly used?

This phrase is most commonly found in scientific literature, particularly in fields like genetics, molecular biology, and biochemistry, when discussing the effects of genetic mutations on the expression or abundance of specific proteins, metabolites, or other biomolecules.