sesquiterpenic Sentences

The analysis of the sesquiterpenic compounds in the plant extracts revealed a variety of potential medicinal applications, including anti-inflammatory properties.

Sesquiterpenic essential oils are gaining attention in the perfume industry for their rich, woody scents that can enhance the longevity of a fragrance.

Scientists have been using advanced spectroscopic techniques to elucidate the sesquiterpenic structures present in various plant samples.

The sesquiterpenic derivatives derived from the active compounds in lavender have shown promising results in reducing stress and anxiety.

In the development of natural pesticides, researchers are exploring the potential of sesquiterpenic compounds to act as repellents.

The sesquiterpenic framework is highly adaptable, allowing for a wide range of molecular permutations that can serve different functions.

Developing stable sesquiterpenic compounds for use in cosmetics is challenging due to their volatility and susceptibility to degradation.

The sesquiterpenic content in a specific species of bamboo is being studied for its potential antibacterial properties.

In the context of natural product chemistry, sesquiterpenic contributions to the pharmaceutical industry highlight the importance of multidisciplinary approaches.

The sesquiterpenic pathway is an area of significant interest in metabolic engineering, as it offers a source of bioactive compounds.

Recent studies on sesquiterpenic compounds have shown that they can play a role in the communication between plants and their environment.

The sesquiterpenic derivatives developed in the lab show promise as lead compounds in the development of new antifungal agents.

The complexity of sesquiterpenic structures makes them ideal for synthetic organic chemistry, facilitating the creation of novel molecules.

In traditional medicine, various sesquiterpenic extracts are used for their healing properties, such as treating digestive disorders.

The sesquiterpenic compounds isolated from the roots of sassafras are being investigated for their potential anti-cancer effects.

The sesquiterpenic biosynthesis pathway in plants is highly regulated and plays a critical role in plant defense mechanisms.

Scientists are utilizing genetic engineering to optimize the production of sesquiterpenic compounds in different plant species for sustainability.

The sesquiterpenic compounds found in tea tree oil are responsible for its excellent antimicrobial and anti-inflammatory properties.