ofcourse not; slow twitch muscle fibers are: * smaller in diameter * red in color * depend on oxidative phosphorylation for their ATP supply * are highly vascularized (better blood supply) * have more mitochondria * more myoglobin fast twitch muscle fibers * larger * white * glycolysis is the source of ATP * less vascularized * less mitochondria * less myoglobin
Fast-twitch fibers can deliver a quick burst of power. Slow-twitch fibers can maintain a contraction for a longer time.
Because of the higher energy demands of slow-twitch fibres (due to their more frequent and prolonged usage) they have a higher density of mitochondria for energy and myoglobin to provide oxygen. Meanwhile, fast-twitch fibres tend to have larger stores of glycogen so that vast quantities of energy can be provided at short notice.
no difference
humans are animals. so... nothing.
Presence of myoglobin makes the difference between the two.
tap root and fibers roots
Manufactured fibers are produced by modifying natural materials like cellulose, while synthetic fibers are made entirely from chemicals like petrochemicals. Manufactured fibers include rayon and lyocell, while synthetic fibers include polyester and nylon. Both types of fibers are widely used in the textile industry.
Modacrylic is a high tenacity fiber compared to Acrylic
Fast-twitch fibers can deliver a quick burst of power.Slow-twitch fibers can maintain a contraction for a longer time! -Apex :]
Lexan is a polycarbonate plastic. Fiberglass is exactly that, fibers of glass bound together with a resin.
Synthetic fibers are made from chemical compounds, using raw materials like petroleum or natural gas. Regenerated fibers are made from recycled materials, like cellulose from plant fibers or proteins from milk. Synthetic fibers are generally considered to be more durable and resistant to shrinking and wrinkles, while regenerated fibers are more sustainable and eco-friendly.
Dancing Between the Fibers of Time was created in 2007.
Ascending fibres = from thalamus to cerebral cortexDescending fibres = from cerebral cortex to lower centres
false