dolabellane Sentences

Dolabellane is one of the interesting terpenes found in the essential oils of several flowering plants, contributing to their unique fragrance.

Scientific studies have discovered that dolabellane can play a protective role against certain plant pests and diseases by disrupting their life cycles.

This specific type of terpene, dolabellane, is not only abundant in various plants but also has significant potential in pharmaceuticals and cosmetics.

In recent research, the presence of dolabellane in plant extracts has been linked to enhanced healing properties of topical treatments.

Botanists are particularly interested in dolabellane because of its structural complexity and its role in plant defense mechanisms via the biosynthetic pathway.

The pharmaceutical industry is exploring the use of dolabellane as a potential ingredient in an array of topical formulations and internal medicines.

Ecologists have studied the role of dolabellane in the ecological interactions between plants and their environment, focusing on its role in mutualistic relationships.

In traditional medicine, dolabellane has been used in the formulation of herbal remedies for their alleged healing properties, which are based on the compound’s bioactivity.

Due to its bioactivity, researchers are investigating the efficacy of dolabellane as an antiviral agent with potential to tackle new emerging infectious diseases.

Despite being a rare compound, dolabellane has been identified in several important plant species, providing scientists with a unique opportunity to study its functions.

Its presence in certain plants has led to its study in the context of plant taxonomy and evolutionary biology, highlighting its importance in understanding plant diversity.

In medicinal chemistry, dolabellane is of interest for its ability to modulate specific biological pathways, making it a potential lead compound for drug development.

Biochemists have isolated dolabellane from plant extracts and are studying its biosynthesis and the mechanisms by which it is produced in plants.

The structural complexity of dolabellane makes it an intriguing subject for synthetic organic chemists, who are working on its preparation in the laboratory.

Dolabellane has been found to interact with certain enzymes in plants, suggesting a role in stress response and adaptation to environmental changes.

In environmental studies, scientists are examining the role of dolabellane in plant-environment interactions, particularly in relation to its ecological functions.

The biosynthetic pathway of dolabellane is an important focus in plant biochemistry, as understanding it could lead to better control of plant genetic resources.

In cosmetology, researchers are exploring the use of dolabellane in skincare products for its potential to support skin health and rejuvenation.

The discovery of dolabellane in various plants has also sparked interest in its potential use in agrochemicals for pest control and plant protection.