cellular pathways

USAGE SUMMARY

The phrase "cellular pathways" is correct and usable in written English.
It can be used in contexts related to biology, biochemistry, or medicine, particularly when discussing the processes and interactions within cells. Example: "Understanding cellular pathways is crucial for developing targeted therapies in cancer treatment."

✓ Grammatically correct

Science

Human-verified examples from authoritative sources

Exact Expressions

60 human-written examples

Benign cellular pathways are complex, malignant ones more so [9].

Clinical and Translational Medicine

First, we identified significant global changes across multiple cellular pathways.

Intensive Care Medicine Experimental

Meat tenderness represents a complex assembly of different cellular pathways.

Journal of Proteomics

Perioperative Ketorolac would restrict both endocrine and cellular pathways, thus impairing the metastatic process.

Clinical and Translational Medicine

NSAIDs have an anti-chemotactic activity and modulate both humoral and cellular pathways.

Journal of Ophthalmic Inflammation and Infection

Allostery propagates via molecular cooperativeness and recognition specificity, and affects consecutive components in cellular pathways.

Clinical and Translational Medicine

These components would provide crosstalks between the intricate cellular pathways that define a particular cellular fate.

Protein & Cell

The proteasome is an abundant protease that is critically important for numerous cellular pathways.

Molecular Cell

So it is difficult to have an overview of tenderness in terms of cellular pathways.

Journal of Proteomics

Plant polyphenols, present in the human diet, are redox active and modulate numerous cellular pathways.

Free Radical Biology and Medicine

Cellular pathways are established and maintained by stochastic interactions of highly mobile molecules.

Molecular Cell

Expert writing Tips

Best practice

Combine "cellular pathways" with specific modifiers to provide clarity. For example, use "signaling cellular pathways" to indicate pathways involved in signal transduction, or "metabolic cellular pathways" to refer to pathways involved in metabolism.

Common error

While "cellular pathways" is versatile, avoid using it as a catch-all term. If you're discussing a specific sequence of events or a particular process, use more precise language to accurately convey the biological context.

Linguistic Context

The phrase "cellular pathways" functions primarily as a noun phrase. It refers to a series of interactions between molecules in a cell that leads to a certain product or change in the cell. As Ludwig AI indicates, it's commonly used in scientific writing to describe these processes.

Expression frequency: Very common

Frequent in

Science

100%

Less common in

News & Media

0%

Formal & Business

0%

Ludwig's WRAP-UP

In summary, the phrase "cellular pathways" is a grammatically correct and widely used term in scientific literature to describe interconnected series of biochemical reactions and molecular interactions within a cell. Ludwig AI confirms its proper usage and relevance. Its primary function is descriptive and explanatory, focusing on complex biological processes. The term is most commonly found in formal scientific contexts, denoting a high level of technical precision. Alternative phrases include "molecular pathways" and "metabolic pathways", each offering a slightly different emphasis. When using "cellular pathways", ensure it is not overly general and that the context aligns with the specific pathways being discussed.

More alternative expressions

Phrases that express similar concepts, ordered by semantic similarity:

biological pathways

A broader term that encompasses all pathways involved in biological processes, expanding the scope.

molecular pathways

Emphasizes the involvement of molecules in these pathways, which is a broader category but often interchangeable.

metabolic pathways

Refers specifically to pathways involving metabolic processes, narrowing the scope from general cellular functions.

signaling pathways

Specifically highlights pathways that involve signal transduction, offering a narrower focus.

biochemical pathways

Highlights the chemical reactions that occur within cells, offering a more chemistry-focused perspective.

signaling cascades

Focuses on the sequential activation of molecules involved in signal transduction, emphasizing the signaling aspect.

regulatory pathways

Focuses on pathways involved in regulating cellular functions, emphasizing control mechanisms.

cellular mechanisms

Focuses on the methods or processes by which cells perform functions, rather than a specific pathway.

intracellular processes

Describes general processes within a cell, which may or may not be organized into defined pathways.

cellular networks

Describes the interconnected set of pathways and interactions within a cell, highlighting the complexity of cellular operations.

FAQs

How can I use "cellular pathways" in a research paper?

In research papers, "cellular pathways" is used to discuss interconnected series of biochemical reactions or molecular interactions within a cell. For example, you might write, "Our study investigates the role of specific genes in regulating key cellular pathways involved in tumor development."

What's the difference between "cellular pathways" and "metabolic pathways"?

"Cellular pathways" is a broader term encompassing all processes within a cell, including signaling, gene expression, and metabolism. "Metabolic pathways" specifically refer to the sequences of biochemical reactions involved in energy production and the synthesis/breakdown of molecules.

What are some synonyms for "cellular pathways"?

Depending on the context, you can use synonyms like "molecular pathways", "signaling cascades", or "biochemical pathways". The best choice depends on the specific aspect you want to emphasize.

Why is understanding "cellular pathways" important in medicine?

Understanding "cellular pathways" is crucial for identifying targets for therapeutic interventions. By understanding how specific pathways function, researchers can develop drugs that modulate these pathways to treat diseases like cancer, diabetes, and autoimmune disorders.