The protein can not be found in the virion.

This sequence is used to package the genome into the virion.

One copy of each gene segment is packaged per virion.

VP4 is on the surface of the virion that protrudes as a spike.

The virion is similar in structure to the T4 phage but simpler.

These seeds then develop in full bloomed virion factory over the following 14 hours.

VP7 is a glycoprotein that forms the outer surface of the virion.

The virus forms small bodies called granules containing a single virion.

Translations will continue to occur, and disassemble from the 5' end of the virion.

The virion has a capsid (coat protein) but no envelope.

This whole particle is known as a virion.

These projections evenly cover the surface of the virion and are about 5-10 nm long.

The virion is spherical and approximately 70 nm in diameter.

Lipids are present and are located in the virion envelope.

Second, the model assumes that the genotype of a virion fully determines its fitness.

Finally, env proteins play a role in association and entry of virion into the host cell.

This stops the protons from entering the virion, which then does not disintegrate.

These structures help the virion or the viral genome slip through the membrane.

The head protein has a molecular mass of 38 kiloDaltons and is present in 460 copies per virion.

The condensed central core of the virion appears as a dark region under the electron microscope.

A representative set of results (Table 1) show that such cells produced nearly a thousand-fold less infectious virion.

Ampulla means bottle in Latin, referring to the bottle-shape of the virion.

Each virion contains a full length copy, or defective interfering copies.

However, it is still not entirely clear whether the L and M proteins are part of the virion.

The virion shows icosahedral symmetry and is around 30 nm in diameter.