Molecular

The industrial chemist explained how molecular bonding affects the properties of materials.

The physicist explained how molecular vibrations can be used to study the properties of materials.

The doctor explained how molecular biology is used to study diseases.

The study of molecular biology has revolutionized our understanding of genetics.

The strength of the material is determined by its molecular structure.

The properties of the gas are determined by its molecular composition.

The medicine works by altering the molecular interactions in the body.

The properties of a lubricant are determined by the molecular composition of its components.

The molecular structure of the DNA molecule affects its function.

The drug works by targeting the molecular interactions between proteins in the body.

The function of enzymes in the body is determined by their molecular structure.

The unique properties of water are due to its molecular structure.

The strength of a material is affected by the molecular structure of its components.

The scientist is studying the molecular interactions between proteins.

The effectiveness of a drug depends on its ability to interact with specific molecular targets in the body.

The quality of a fragrance depends on the molecular composition of its individual components.

The mathematician used molecular algorithms to analyze the data.

The computer scientist used molecular algorithms to analyze large datasets in bioinformatics.

The artist used molecular structures to create a sculpture.

The geneticist used molecular genetics to study the inheritance of traits.

The astrophysicist used molecular spectroscopy to study the composition of interstellar gas clouds.

The environmental scientist used molecular techniques to monitor the levels of pollutants in the environment.

The food scientist used molecular methods to analyze the nutrients in the food.

The pharmaceutical company used molecular methods to develop new drugs.

The neuroscientist used molecular tools to study the function of neurons in the brain.

The geologist used molecular techniques to study the composition of rocks.

The molecular geometry of a molecule can help predict its reactivity.

The molecular mechanisms behind the disease are still being studied by researchers.

The molecular properties of a compound affect its solubility in water.

The molecular structure of water is composed of two hydrogen atoms and one oxygen atom.

The molecular structure of DNA is a double helix.

The molecular orientation of a polymer determines its mechanical properties.

The molecular weight of the compound can be calculated using mass spectrometry.

The molecular symmetry of a molecule can be determined using group theory.

The molecular dynamics simulations allowed the scientists to study the behavior of the protein.

The molecular bond between the carbon and oxygen atoms in carbon monoxide is responsible for its ability to bind to hemoglobin.

The stability of a molecule depends on the strength of its molecular bonds.

The strength of a molecular bond is related to the electronegativity of the atoms involved.

The double bond between the carbon atoms in ethene is a molecular bond.

The molecular orbital theory explains how atoms combine to form covalent bonds.

The molecular bond between the nitrogen and oxygen atoms in nitric oxide is responsible for its biological functions.

The molecular bond between the carbon and oxygen atoms is responsible for the formation of carbon dioxide.

Water is a molecular compound made up of two hydrogen atoms and one oxygen atom.

Sodium chloride has a molecular bond between sodium and chlorine atoms.

The molecular bond between the iron and oxygen atoms in hemoglobin is responsible for its oxygen-carrying capacity.

The formation of a molecular bond involves the sharing of valence electrons.

The molecular bond between the zinc and sulfur atoms in zinc sulfide gives it its characteristic luminescence.

The molecular weight of the protein affects its function in the body.

The molecular weight of a gas can affect its density and behavior under different conditions.

The molecular weight of a substance can be calculated by summing the atomic weights of its constituent atoms.