yes
Artificial enzymes do now exist. David Baker and his research team at the Baker Laboratory created an enzyme that catalyses a Kemp elimination - that is a reaction for proton transfer from carbon. The names of the best two that they came up with isKE59 and KE70. This was done in 2007, so I assume there are more by now.The reference for the entire article is"Rothlisberger et al. 2007, 'Kemp elimination catalysts by computational enzyme design', Nature, 453, pp. 190.
enzymes are made up of protein; enzymes are used to speed up chemical reactions.
They are made up of proteins. They are globular proteins
Klaus Mosbach has written: 'Enzymes bound to artificial matrixes'
Most artificial bristles are made of nylon or plastic.
Artificial. Man made.
artificial setellites are the man made
Artificial is not natural, is man made.
Enzymes are made of proteins. They are biological molecules that act as catalysts to speed up chemical reactions in living organisms.
its money MADE by HUMANS which means anything man made is artificial thats why its said to be an artificial resource
Protein-cutting enzymes are made in the ribsomes of cells.
Artificial turf is designed to look and feel like natural grass while offering durability and low maintenance. At The Turf Shed (theturfsheddotcomdotau), artificial turf is made from several carefully engineered layers, each serving a specific purpose. The visible grass blades are typically made from synthetic fibers such as polyethylene, polypropylene, or nylon. Polyethylene is the most common choice because it is soft, flexible, and realistic in appearance. These fibers are shaped and colored to mimic natural grass, often using a blend of green and brown tones for a more authentic look. Beneath the fibers is a strong backing system. This usually includes a primary backing made from woven polypropylene, which holds the grass fibers in place, and a secondary backing, often made of latex or polyurethane, that adds strength and stability. Small drainage holes are built into the backing to allow water to pass through easily. Many artificial turf systems also use infill, such as sand or rubber granules, brushed between the fibers. Infill helps the blades stand upright, adds cushioning, and improves durability. Together, these components create a long-lasting, weather-resistant surface that stays green year-round, making artificial turf a practical and attractive alternative to natural grass.