Titanium and titanium-alloy knee implants can reduce the risk of complications such as bone resorption, according to BoneSmart. This occurs because titanium has an elasticity that is more similar to natural bone when compared to other implant materials.
According to The Royal Society of Chemistry, titanium is as strong as steel, but much less dense, so it is an important alloying agent with aluminum, molybdenum and iron. These alloys are used in aircraft and missiles. The largest use of titanium, however, is in the form of titanium oxide in house a
Titanium is used in a large variety of sports equipment, medical devices, military aircraft, paints, inks, papers, plastics, food products and artistic and architectural structures. Titanium was used as part of the 2008 restoration of the structural repair and stabilization of the Leaning Tower of P
On average, a total titanium hip system replacement weighs between 1 and 2 pounds, according to HipReplacement.com. The parts for a total system replacement include the stem, the head, the shell and the liner.
Titanium is part of the transition metals family. The transition metals family contains 38 elements, which is the largest number of elements of any family on the periodic table.
Pure titanium is bright, silvery white. It's a very strong metal that's used to make items requiring extra-tough material, such as jet engine and rocket parts. Titanium is also nonallergenic and doesn't rust, so it's also used to make prosthetics, such as artificial hip and knee joints.
Titanium was discovered by Reverend William Gregor in 1791. The element is the ninth most abundant in the Earth's crust. Titanium is a light but strong metal.
Titanium was discovered in a stream by an amateur geologist named Reverend William Gregor in the city of Cornwall, England, in 1791. The titanium element was discovered in the form of a black, magnetic sand that visually resembled gunpowder, and it was initially named manaccanite after the location
Knee replacement surgery is a procedure to repair a knee damaged by severe osteoarthritis which cannot be controlled by other forms of treatment, according to Johns Hopkins Medicine. The damaged part of the joint is replaced by a metal or plastic artificial joint to relieve knee pain.
Bonesmart.org explains that steel, but not titanium, hip implants were recalled by the United States Food and Drug Administration in 2010. Bonesmart states that the recall occurred because of metal shedding and an unexpected failure rate of the implants.