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Novel titanium alloy produces infection-resistant implants

Novel titanium alloy produces infection-resistant implants
materialstoday.com - get the latest breaking news, showbiz & celebrity photos, sport news & rumours, viral videos and top stories from materialstoday.com Daily Mail and Mail on Sunday newspapers.

Amit bandyopadhyaySusmita boseWashington state universityInternational journal of extreme manufacturingWashington stateInternational journalExtreme manufacturingMaterials engineering

WSU Researchers Create Implantable Material with Inherent Antibacterial Properties

A novel surgical implant developed by Washington State University researchers was able to kill 87% of the bacteria that cause staph infections in laboratory tests, while remaining strong and compatible with surrounding tissue like current implants.

Susmita boseLaura thomsonnovAmit bandyopadhyayOffice of commercializationStanford universityCollege of veterinary medicineNational institutes of healthInternational journal of extreme manufacturingWashington state universityInternational journalExtreme manufacturingBoeing distinguished professorAdvanced materials showWestinghouse distinguished professorNational institutes

Infection-resistant, 3D-printed metals developed for implants

Infection-resistant, 3D-printed metals developed for implants
sciencedaily.com - get the latest breaking news, showbiz & celebrity photos, sport news & rumours, viral videos and top stories from sciencedaily.com Daily Mail and Mail on Sunday newspapers.

Amit bandyopadhyaySusmita boseNational institutes of healthOffice of commercializationCollege of veterinary medicineStanford universityInternational journal of extreme manufacturingInternational journalExtreme manufacturingBoeing distinguished professorWestinghouse distinguished professorNational institutes

The Engineer - 3D-printed surgical implant kills bacteria

A 3D-printed surgical implant developed in the US destroys 87 per cent of the bacteria that cause staph infections whilst remaining strong and compatible with surrounding tissue.

Susmita boseAmit bandyopadhyayInternational journal of extreme manufacturingCollege of veterinary medicineUs national institutes of healthOffice of commercializationWashington state universityStanford universityInternational journalBoeing distinguished professorMaterials engineeringWestinghouse distinguished professorSurgical implant3d printedInfection control

Potential Load-Bearing Implants Made of Additively Manufactured Ti-Ta-Cu Alloys

Traditional methods, such as topical or systemic antibiotic administration, may not be effective in preventing colonization, even though it is a major cause of failure and clinical complications for load-bearing metallic orthopedic implants. This is especially true in the case of secondary infection, which frequently necessitates surgical removal of the implants and, in extreme cases, even limb amputation.

Stuartb goodmanSusmita boseAmit bandyopadhyayIndranath mitraMegan craigSushant ciliveriJosed avilaWilliam dernellWorld health organizationInternational journal of extreme manufacturingWashington state universityInternational journalStudy firstCorresponding authorBoeing distinguished professorshipWashington state