Molecular

The new drug was developed using molecular biology techniques.

The physicist used molecular models to study the behavior of particles.

The formation of clouds in the sky is determined by the molecular interactions between water vapor and atmospheric particles.

The scientist studied the molecular structure of the compound.

Molecular manipulation can be used to create new materials with unique properties.

Researchers are using molecular biology techniques to manipulate the DNA of cells.

The molecular weight of a drug can affect its efficacy and dosage.

The molecular structure of a protein determines its function.

The microbiologist used molecular methods to identify and classify microorganisms.

The chemist used molecular spectroscopy to identify the chemical composition of a sample.

The molecular bond between hydrogen and oxygen atoms in hydrogen peroxide makes it a reactive compound.

The molecular arrangement of a substance affects its melting and boiling points.

She is conducting groundbreaking research in the field of molecular biology.

Molecular forces are responsible for the surface tension of water.

The study of molecular biology focuses on the molecular basis of life.

The molecular vibrations of a molecule can be studied using infrared spectroscopy.

The molecular basis of a disease can be identified by studying its genetic mutations.

The environmental scientist studied the molecular composition of pollutants to develop effective remediation strategies.

The physicist conducted experiments to understand the molecular interactions of particles.

The physicist researched the molecular behavior of matter.

The food scientist used molecular gastronomy to create unique flavor combinations.

The nutritionist explained the molecular composition of the food we eat.

The chemist discovered a new molecular compound that has potential medical benefits.

The researcher used molecular biology techniques to study the genetic makeup of the organism.

The biochemist examined the molecular mechanisms of enzymes to better understand their function.

The materials scientist studied the molecular structure of metals to develop stronger alloys.

Understanding the molecular mechanisms of disease can lead to the development of new treatments.

The course covers a broad range of topics in molecular biology and biochemistry.

Molecular engineering can be used to design more efficient solar cells.

The pharmaceutical company is conducting research on the molecular structure of the drug.

The physicist is working on a molecular model of the compound.

The biochemist is investigating the molecular mechanisms of the enzyme.

The scientist is studying the molecular properties of the new material.

The lab technician is using molecular biology techniques to study the gene.

The pharmacologist is examining the molecular interactions between drugs and their targets.

The biologist is studying the molecular processes of cellular metabolism.

The researcher is exploring the molecular basis of a genetic disease.

The medical student is learning about the molecular pathways involved in cancer.

The geologist explained how molecular forces create different types of rocks.

The molecular structure of a virus determines how it infects host cells.

The molecular weight of a protein can affect its function in the body.

The molecular mechanism of enzymes allows them to catalyze reactions in the body.

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

The molecular weight of the compound was determined through mass spectrometry.

The molecular structure of DNA allows for the replication of genetic information.

The structural integrity of a material is determined by its molecular composition.

The study of molecular genetics helps us understand how traits are passed down from parents to offspring.

The air we breathe is made up of various molecular components.

The molecular geometry of a molecule can affect its reactivity in chemical reactions.

The chemist used molecular modeling software to design new drugs.