Biosynthesis

The plant's biosynthesis of chlorophyll enables it to carry out photosynthesis.

Understanding the biosynthesis of neurotransmitters is essential in the field of neuroscience.

The study focuses on the biosynthesis of secondary metabolites in plants.

Researchers are investigating the biosynthesis of neurotransmitters to better understand brain function.

The study of the biosynthesis of secondary metabolites is important in drug discovery.

Researchers are studying the biosynthesis of antibiotics to develop new and more effective drugs.

Understanding the biosynthesis of hormones is essential in studying endocrine disorders.

The biosynthesis of cholesterol is a complex metabolic pathway in humans.

Scientists have discovered a new pathway for the biosynthesis of natural pigments in plants.

Plant cells undergo biosynthesis to produce secondary metabolites such as alkaloids and flavonoids.

Genetic engineering has allowed scientists to manipulate the biosynthesis of enzymes, leading to advancements in industrial processes.

The biosynthesis of enzymes is essential for catalyzing biochemical reactions.

The understanding of biosynthesis is crucial for studying genetic engineering.

Scientists are studying the biosynthesis of antibiotics to develop new drugs for combating bacterial infections.

Medicinal plants undergo biosynthesis to produce compounds with therapeutic properties.

Understanding the regulation of biosynthesis pathways is crucial for the development of personalized medicine.

Researchers are investigating the biosynthesis of antibiotics in marine organisms for potential medical applications.

The biosynthesis of lipids plays a crucial role in cell membrane formation and function.

Understanding the biosynthesis of proteins is crucial for comprehending cellular processes.

The biosynthesis of secondary cell walls is crucial for the structural integrity of plant cells.

The biosynthesis of proteins occurs in ribosomes, the cellular machinery responsible for protein production.

The biosynthesis of pheromones in animals influences their mating behaviors and communication.

The production of plant pigments through biosynthesis gives flowers their vibrant colors.

The study of secondary metabolites focuses on the biosynthesis of natural compounds in plants.

The biosynthesis of lipids is an essential aspect of cellular metabolism.

The understanding of biosynthesis is important for developing new drugs and medications.

Researchers are studying the biosynthesis of essential oils in plants for potential therapeutic applications.

Understanding the biosynthesis of neurotransmitters is essential in neuroscience research.

The biosynthesis of pigments determines the vibrant colors seen in flowers and fruits.

Alterations in the biosynthesis of neurotransmitters can lead to neurological disorders.

During the process of biosynthesis, DNA replicates itself to ensure the proper functioning of cells.

Understanding the process of biosynthesis can help scientists develop new drugs and medications.

Understanding the biosynthesis of pigments is important in the field of color chemistry.

Understanding the biosynthesis of proteins is crucial for deciphering the mechanisms of cellular functions.

The study of the biosynthesis of vitamins is crucial for understanding their role in maintaining human health.

The biosynthesis of chlorophyll is essential for plants to carry out photosynthesis.

Understanding the biosynthesis of fatty acids is crucial for studying lipid metabolism and related diseases.

The pharmaceutical industry heavily relies on biosynthesis to produce drugs on a large scale.

The study of secondary metabolites focuses on the biosynthesis of compounds with medicinal properties.

Genetic engineering techniques can be used to enhance the biosynthesis of specific compounds in microorganisms.

The biosynthesis of vitamins in our body is closely linked to our overall health and well-being.

Researchers are investigating the biosynthesis of essential oils in plants to understand their therapeutic properties.

Pharmaceutical companies are investing in research to enhance the biosynthesis of natural compounds for drug discovery.

The biosynthesis of neurotransmitters plays a crucial role in brain function.

The understanding of the biosynthesis of proteins is fundamental to molecular biology.

The biosynthesis of lipids is an essential process for cellular membrane formation.

The study of the biosynthesis of hormones helps us understand the regulation of various bodily functions.

Researchers are exploring the biosynthesis of natural dyes for sustainable textile production.

The biosynthesis of pheromones in animals plays a crucial role in communication and mating behavior.

Understanding the biosynthesis of enzymes is essential for developing industrial biocatalysts.