Biophysical

The biophysical properties of the soil influence plant growth.

The biophysical interactions between enzymes and substrates are crucial to the functioning of metabolic pathways.

Biophysical research is crucial in developing renewable energy technologies.

The biophysical properties of the membrane affect the diffusion of molecules across it.

Biophysical models are used to predict the spread of infectious diseases.

The biophysical properties of water affect its behavior in the environment.

Biophysical techniques can be used to study the physical properties of DNA.

Biophysical analysis can be used to study the interaction of enzymes with substrates.

The biophysical properties of cell membranes determine their permeability to certain molecules.

The study of biophysical interactions in the atmosphere is important for weather forecasting.

Biophysical measurements can provide insights into the development of neurological disorders.

Biophysical measurements can help us determine the mechanical properties of tissues and organs.

Biophysical models can be used to understand how nerve cells communicate with each other.

Biophysical models were used to predict the spread of disease in a population.

Biophysical therapy uses physical modalities to treat conditions such as chronic pain.

Biophysical methods were used to investigate the properties of membranes.

The biophysical basis of muscle contraction is well understood.

Biophysical techniques are used to study the movement of molecules across cell membranes.

Biophysical factors like temperature and pressure can affect the function of biological macromolecules.

Biophysical factors, such as temperature and humidity, can affect the growth of crops.

Biophysical methods such as X-ray crystallography and NMR spectroscopy are used to determine the structures of molecules.

The biophysical properties of a cell membrane can affect its permeability.

The biophysical properties of soil affect plant growth.

Understanding the biophysical behavior of enzymes can lead to the development of more effective drugs.

Biophysical changes occur in the human body during exercise.

Biophysical techniques can be used to investigate the properties of DNA and RNA.

Biophysical sensors can be used to detect changes in the environment, such as temperature or humidity.

The biophysical characteristics of a river can affect the types of fish that inhabit it.

The biophysical assessment showed that the patient had decreased muscle strength in their legs.

Biophysical measurements of blood flow help in diagnosing heart diseases.

Biophysical imaging techniques are used to visualize the brain's activity during cognitive tasks.

The biophysical analysis of DNA is essential for understanding genetic processes.

The biophysical environment of a region affects the types of plants and animals that live there.

Understanding the biophysical processes involved in photosynthesis is crucial for improving crop yields.

The biophysical factors of soil influence the growth of plants.

Biophysical research is important for understanding the mechanisms of disease.

Biophysical models can help optimize the design of wind turbines for maximum efficiency.

The biophysical characteristics of water influence aquatic life.

Understanding the biophysical mechanisms of photosynthesis is essential for improving crop productivity.

The biophysical properties of cell membranes determine their permeability.

Biophysical measurements can be used to assess the effectiveness of physical therapy.

Biophysical modeling can help predict the effects of climate change on marine ecosystems.

Biophysical analysis of the brain can help understand its electrical activity.

The biophysical effects of climate change on coral reefs are well documented.

Biophysical analysis can reveal the structure of proteins in cells.

Biophysical chemistry is concerned with the physical principles that govern biochemical reactions.

Biophysical methods like NMR spectroscopy can be used to study protein folding.

Biophysical studies have shown that the elasticity of the cell membrane is critical for cell migration.

Biophysical research has shown that the mechanical properties of cells play a role in cancer progression.

Biophysical approaches can be used to study the structure and function of biological membranes.