Unfortunately, most biological objects and natural scenes are deformable.
Most biological processes involve the interaction of ligands with proteins.
Most biological regulation systems comprise feedback circuits as crucial components.
Protein protein interactions (PPIs) underlie most biological processes.
Most biological tissues are built with polymeric fibres.
Made by Japanese artist Mio I-zawa, the mechanical tumor serves as the most biological CPU meter ever seen.
However, the rate of hydrolysis in most biological pretreatment processes is very low.
Furthermore, tracking several hundreds of flies simultaneously is not practical for most biological applications [24, 30].
Hydroxyl radicals (OH) are short living, particularly unstable and react rapidly with most biological molecules [40].
Most biological species possess a variety of unique characteristics such as distinctive nano or microstructures.
Photosynthesis by plants provides the carbon and energy that drives most biological processes in ecosystems.
