lowest final concentration

USAGE SUMMARY

The phrase "lowest final concentration" is correct and usable in written English.
It can be used in scientific or technical contexts, particularly when discussing the minimum concentration of a substance in a solution or mixture after a process has occurred. Example: "The experiment aimed to determine the lowest final concentration of the drug in the solution after the filtration process."

✓ Grammatically correct

Science

Human-verified examples from authoritative sources

Exact Expressions

1 human-written examples

The lowest final concentration of (NH4 2SO4 causing aggregation was recorded as the SAT value and classified as follows: < 0.1 M = highly hydrophobic, 0.1 M - 1.0 M = hydrophobic and >1.0 M = hydrophilic [ 15].

Annals of Clinical Microbiology and Antimicrobials

Human-verified similar examples from authoritative sources

Similar Expressions

59 human-written examples

However, the production of biobutanol via fermentation is facing significant engineering challenges due to the very low final concentration and low yield due to the severe butanol toxicity to microorganisms.

Biomass and Bioenergy

SYBR Green I is a chemically synthesized compound that is used at a very low final concentration.

Plosone

The low final concentration of the CTC-96 (1:500) has no inhibitory effect on Adenovirus type 5 growth.

BMC Ophthalmology

The resulting RBCs are termed "pink ghosts" due to the low final concentration of entrapped Hb (i.e., 10% of original).

Biomedical Optics Express

However, we noted that exposure of PBMCs to C18.0 alone also stimulated IL-1β production, most likely due to a different preparation of C18.0 stimuli than in previous studies (containing a low final concentration of 0.55% ethanol).

Arthritis Research and Therapy

A longer cultivation time together with the low final concentrations of the inducer (in the range of mg/L) used in our experiments would put us in the risk of complete consumption of the oligosaccharides and subsequently missing the respective gene expression response.

BMC Systems Biology

Here, cattle brainstem homogenate was incubated with 0.25-4 0.25-4Cl, and the proportion of PrPSc reMaininGdnHCland concenthetion was detected by the ELISA after dilution of the samproportionw final GdnHCl cofcentration.

BMC Veterinary Research

The unsolved challenges lie in severe product (especially butanol) inhibition during bioprocessing, which leads to low butanol yield and productivity, and very low final product concentration (<3 wt%), causing expensive downstream processing (product separation) costs.

Separation and Purification Technology

The main hindrances have been low productivity, low final product concentration, slow growth, high end-product inhibition, and costly downstream separation from sub-products (Blanc and Goma 1987; Goswami and Srivastava 2001).

AMB Express

Production of cellulosic ethanol is still cost-inefficient because of the low final ethanol concentration and the addition of nutrients.

Biotechnology for Biofuels

Expert writing Tips

Best practice

When reporting experimental results, always specify the units of measurement (e.g., M, mM, μM) along with the "lowest final concentration" to ensure clarity and reproducibility.

Common error

Avoid using the phrase "lowest final concentration" without providing context about the substance, the system in which it is measured, and the process leading to that concentration. Lack of context can make the information meaningless.

Linguistic Context

The phrase "lowest final concentration" functions as a noun phrase that describes a specific quantity. It's used to identify the minimum concentration of a substance after a process or experiment has concluded. As confirmed by Ludwig AI, this phrase is usable in written English and appropriate in technical contexts.

Expression frequency: Uncommon

Frequent in

Science

100%

Less common in

News & Media

0%

Formal & Business

0%

Wiki

0%

Ludwig's WRAP-UP

The phrase "lowest final concentration" refers to the minimum concentration of a substance at the end of a process. Ludwig AI confirms its grammatical correctness and usability in technical contexts. Primarily used in scientific literature, it serves to quantify the minimum presence of a substance, providing critical information about reaction effectiveness or method sensitivity. Alternative phrases include "minimum final concentration" and "least final concentration". When using this phrase, specify units of measure for clarity, and ensure contextual information is provided. Common mistakes include omitting the substance details and the procedure itself. The phrase is most authoritative within scientific articles.

More alternative expressions

Phrases that express similar concepts, ordered by semantic similarity:

minimum final concentration

Replaces "lowest" with "minimum", emphasizing the absolute bottom value.

least final concentration

Uses "least" instead of "lowest", denoting the smallest quantity.

minimum end concentration

Substitutes "final" with "end", indicating the concentration at the conclusion of a process.

smallest final concentration

Replaces "lowest" with "smallest", focusing on size and quantity.

absolute lowest concentration at the end

Adds emphasis and specifies the point in time more clearly.

minimum achievable final concentration

Highlights the attainment of the lowest concentration.

lowest concentration at termination

Uses "termination" instead of "final", suggesting the end of an experiment or process.

minimum concentration post-process

Describes the concentration after a procedure.

least possible final concentration

Emphasizes the limit of reduction in concentration.

terminal minimum concentration

Reorders the words and uses "terminal" in place of "final".

FAQs

How do you determine the "lowest final concentration" in an experiment?

The "lowest final concentration" is typically determined through serial dilutions and precise measurements using analytical techniques suitable for the substance being measured. These measurements are often validated using statistical methods to ensure accuracy and reliability.

What is the importance of identifying the "lowest final concentration" in a chemical reaction?

Identifying the "lowest final concentration" can be crucial for determining reaction efficiency, understanding limiting factors, and optimizing conditions for maximum product yield. It also helps in assessing the sensitivity of analytical methods.

Which is correct, "lowest final concentration" or "minimum final concentration"?

Both "lowest final concentration" and "minimum final concentration" are acceptable. The choice often depends on stylistic preference, although "minimum" might suggest a more absolute lower bound.

In what contexts is it important to determine the "lowest final concentration"?

Determining the "lowest final concentration" is vital in fields like pharmacology (drug efficacy), environmental science (pollutant detection), and materials science (impurity levels). Each field requires precise knowledge of minimal concentrations for effective application.