in vitro analysis

USAGE SUMMARY

The phrase "in vitro analysis" is correct and usable in written English.
It is typically used in scientific contexts to refer to experiments conducted outside of a living organism, often in a controlled environment like a laboratory. Example: "The researchers conducted an in vitro analysis to study the effects of the drug on cancer cells."

✓ Grammatically correct

Science

Human-verified examples from authoritative sources

Exact Expressions

60 human-written examples

SKW has offered a useful model for in vitro analysis.

Nanoscale Research Letters

The in vivo evaluation is quite different from that of the in vitro analysis.

International Journal of Implant Dentistry

The resultant GPX3 was used for in vitro analysis of redox states.

Nanoscale Research Letters

Table 1 In vitro analysis of panitumumab F ab' 2 conjugated with CHX-A -DTPA.

EJNMMI Research

Instead, as shown in vitro analysis, they form ineffective immune complexes with other IgG4 antibodies (by Fc Fc interaction).

Autoimmunity Highlights

The in vitro analysis of migration of cells can be easily carried out using wound assay [17].

International Nano Letters

This work concerns surface modification in order of in vitro analysis of the blood-material interaction.

Hemocompatibility of Biomaterials for Clinical Applications Blood-Biomaterials Interactions

Type of Study: An anatomic in vitro analysis of the thermal effects of an RF device.

Arthroscopy: The Journal of Arthroscopic & Related Surgery

We aimed to explore this hypothesis using human EVLP and in vitro analysis.

The Journal of Heart and Lung Transplantation

The in vitro analysis showed urease activity that the expressed recombinant protein.

Computational Biology and Chemistry

In vitro analysis demonstrates that these compounds inhibit guanine deamination, and more surprisingly, affect GDA (cypin -mediated micypin -mediatedbly.

Bioorganic & Medicinal Chemistry

Expert writing Tips

Best practice

When writing about scientific research, specify the type of "in vitro analysis" you conducted for clarity. Instead of just stating "in vitro analysis", mention "in vitro cytotoxicity analysis" or "in vitro enzyme kinetics analysis".

Common error

Avoid using "in vitro analysis" as a blanket term without specifying the methodology or context. Provide details about the specific assays or techniques used to ensure clarity and reproducibility.

Linguistic Context

The phrase "in vitro analysis" functions as a noun phrase, often acting as the subject or object of a sentence. It describes a type of scientific investigation conducted outside of a living organism. Ludwig confirms its usability in various scientific contexts.

Expression frequency: Very common

Frequent in

Science

100%

Less common in

News & Media

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Formal & Business

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Wiki

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Ludwig's WRAP-UP

The phrase "in vitro analysis" is a common and grammatically correct term used extensively in scientific research. Ludwig AI affirms its proper usage across various scientific domains. As a noun phrase, it specifies that an experiment or test is conducted outside a living organism, distinguishing it from "in vivo analysis". The register is formal and scientific, with the phrase appearing predominantly in academic papers and research articles. For clarity, it's advisable to specify the type of analysis conducted, such as "in vitro cytotoxicity analysis", rather than using the term generically. While alternatives like "laboratory analysis" or "cell-based assay" exist, "in vitro analysis" remains the most precise and widely recognized term in scientific contexts.

More alternative expressions

Phrases that express similar concepts, ordered by semantic similarity:

laboratory analysis

Replaces "in vitro" with a more general term for laboratory work, suitable when the specific in vitro nature is not critical.

test tube analysis

Emphasizes the setting of the analysis, using "test tube" to highlight the controlled environment.

benchtop analysis

Highlights the practical, hands-on aspect of the analysis, often performed on a lab bench.

cell-based assay

Focuses on the use of cells in the analysis, particularly useful when cells are the primary subject.

cell culture analysis

Specifies that the analysis involves cultured cells, adding a layer of detail.

experimental analysis

A broader term indicating analysis conducted as part of an experiment, suitable for general scientific writing.

artificial environment analysis

Replaces "in vitro" with a descriptive phrase, emphasizing that the analysis occurs in a non-natural setting.

non-living system analysis

Highlights the absence of a living organism, useful for clarifying the analysis context.

isolated system analysis

Focuses on the isolated nature of the system being analyzed, pertinent when isolation is key.

ex vivo analysis

Analysis conducted on living tissue removed from an organism. It's more similar than other options but still maintains the context.

FAQs

How is "in vitro analysis" used in scientific research?

"In vitro analysis" is used to study biological processes in a controlled environment outside of a living organism. This can involve analyzing cells, tissues, or biological molecules to understand their function, interactions, and responses to various stimuli.

What's the difference between "in vitro analysis" and "in vivo analysis"?

"In vitro analysis" is conducted outside a living organism, often in a lab setting, while "in vivo analysis" is performed within a living organism. In vitro studies offer controlled conditions, whereas in vivo studies provide insights into real-world biological systems.

What are some common alternatives to "in vitro analysis"?

Depending on the context, alternatives include "laboratory analysis", "test tube analysis", "cell-based assay", or "experimental analysis". The best choice depends on the specific nature of the study and the desired level of detail.

Why is "in vitro analysis" important in drug development?

"In vitro analysis" is crucial for screening potential drug candidates, assessing their efficacy and toxicity, and understanding their mechanisms of action. It allows researchers to efficiently test drugs on cells or molecules before moving to more complex and expensive "in vivo studies".