Such molecules are in general less abundant than ground state molecules, because of the Boltzmann distribution of thermal energy.

However, molecular screens that are directed towards isolating rare transcripts may skew the transcript-related data in sequence banks towards less abundant molecules.

These frequencies are useful for detecting many molecular gases, including the second most abundant molecule in the universe, Carbon Monoxide (CO).

It is the most abundant molecule on the Earth's surface.

The most likely candidate for a destructive collision partner is the second most abundant molecule in space, CO.

The Vroman Effect, developed by Leo Vroman, postulates that small and abundant molecules will be the first to coat a surface.

They are the resonant frequencies emitted by the more abundant molecules and free radicals m interstellar space.

The most abundant molecules in the primal gas cloud, with molecular weight greater than 10, are methane, ammonia, water, and neon.

Polysaccharides are the most abundant organic molecules on Earth but how their length is controlled is not known.

Cellulose is used in the cell walls of plants and other organisms, and is said to be the most abundant organic molecule on earth.