neolignan Sentences

Neolignans are recognized for their potential roles in cancer inhibition and have been a focus of many recent studies.

The synthesis of neolignans from natural sources is more environmentally friendly than conventional chemical methods.

Researchers utilized advanced chromatographic techniques to isolate neolignans from the bark of العالمي.

The structure of neolignans revealed a combination of aromatic rings that contribute to their unique properties.

Neolignans were found to have strong anti-inflammatory effects, suggesting their potential use in the treatment of autoimmune diseases.

The medical community is increasingly interested in the potential of neolignans as a new class of therapeutic agents.

Pharmaceutical companies are exploring the use of neolignans in creating novel medications due to their versatile medicinal properties.

Neolignans display promising anticancer activity and are currently being investigated for their potential in chemotherapy.

Scientists have developed several methods for the detection and quantification of neolignans in plant extracts.

The anti-microbial effects of neolignans have made them a valuable component in the development of new antibiotics.

Neolignans have been shown to possess neuroprotective properties, potentially benefiting the treatment of neurological disorders.

Bioactive compounds, including neolignans, are often studied for their ability to modulate gene expression.

Neolignans are believed to play a crucial role in the development of resistance against certain pathogens.

Researchers are working on optimizing the synthesis of neolignans to increase their yield and purity.

The discovery of neolignans has expanded the arsenal of natural compounds with therapeutic potential.

The study of neolignans could lead to the development of new pharmaceuticals derived from plant sources.

Neolignans display a range of pharmacological properties, making them a focus of both academic and industrial research.

Neolignans have the potential to be used in the design of new generations of drugs for a variety of diseases.