Sparfloxacin is about 37- 45% bound to proteins in the blood.

They can be designed to bind to proteins on the body's normal cells.

However, it binds to proteins to a much lesser extent than cephalothin.

Others must be bioactivated into a toxic compound that will in turn bind to proteins.

FDX-1 has the capability to bind to metals and proteins.

Cholesterol is moved round the body bound to special proteins, two of which have very different effects.

Both have a binding protein that binds to specific proteins in the upper respiratory system.

They bind to proteins on the surface of target cells to facilitate cell entry.

The slices are treated with antibodies that bind to abnormal proteins.

Chlorophyll itself is bound to proteins and can transfer the absorbed energy in the required direction.