Patents with an I = Patients

The authors address how patent protection in the United States is often quite narrow in scope, difficult to obtain, and insufficient in duration, thus stifling research and development of potential breakthrough pharmaceuticals. The authors further posit that countries that have enacted stronger intellectual property rights and research incentives have seen tremendous increases in foreign direct investment. In addressing critics of the current patent system, the authors show that alternatives to biotechnology patents would not demonstrably improve innovation and development of beneficial medicines. The authors conclude that given the substantial evidence of the patent system\u27s benefits, and the mere speculation that patents have a deleterious effect on patients, no suggestions currently proposed to replace or improve the patent system will have the same beneficial effects for patients

Patents with an I = Patients

The authors address how patent protection in the United States is often quite narrow in scope, difficult to obtain, and insufficient in duration, thus stifling research and development of potential breakthrough pharmaceuticals. The authors further posit that countries that have enacted stronger intellectual property rights and research incentives have seen tremendous increases in foreign direct investment. In addressing critics of the current patent system, the authors show that alternatives to biotechnology patents would not demonstrably improve innovation and development of beneficial medicines. The authors conclude that given the substantial evidence of the patent system\u27s benefits, and the mere speculation that patents have a deleterious effect on patients, no suggestions currently proposed to replace or improve the patent system will have the same beneficial effects for patients

Gentamicin-Impregnated Collagen Sponge: Effectiveness in Preventing Sternal Wound Infection in High-Risk Cardiac Surgery

Sternal wound infections represent one of the most frequent complications after cardiac surgery and are associated with high postoperative mortality. Several preventive methods have been introduced, and recently, gentamicin-impregnated collagen sponges (GICSs) have shown a promising effect in reducing the incidence of this type of complications. Gentamicin is an aminoglycoside antibiotic that has been widely used to treat infections caused by multiresistant bacteria; despite its effectiveness, its systemic use carries a risk of toxicity. GICSs appear to overcome this side effect, topically delivering high antibiotic concentrations to the wound and thus reducing the toxic-related events. Although several retrospective analyses and randomized controlled trials have studied the use of GICSs in cardiac surgery, conclusions regarding their efficacy in preventing sternal wound infection are inconsistent. We have reviewed the current literature focusing on high-risk patients