Compositions and methods for treating diseases
a technology applied in the field of compositions and methods for treating diseases, can solve the problems of affecting the survival of patients, and local l-arginine concentrations might become rate limiting, so as to prevent vascular conditions or local tissue no deficiencies, and increase metabolic or enzymatic production.
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example 1
[0154] An AV graft is contacted with in a solution containing 0.001 μM-100 mM NO enhancer(s), e.g., R9 or R10. The graft is contacted with the solution for a period preferably less than 60 minutes. The graft is contacted prior to, during, and / or post grafting. In some cases, the graft is infused intraluminally with the L-arginine solution and one or both ends of the graft are clamped such that only the intraluminal walls of the vessel are contacted.
example 2
[0155] An organ transplant solution (perfusate) preferably includes 0.001 μM-100 mM of a NO enhancer(s), e.g., R9 or R10. Furthermore, the solution may also include approximately 1-5% by weight hydroxyethyl starch. The solution can have a molecular weight ranging preferably between 150,000-350,000 Daltons. The solution can have an osmolality level ranging preferably between 100-500 mOsm / liter. Other agents that may be admixed into the solution include, but are not limited to, lactobionate salt, raffinose, electrolytes, glutathione, potassium phosphate, magnesium gluconate, adenosine, insulin, bactrim, dexamethasone, allopurinaol and other anti-inflammatory, antibiotic, anti-metabolic, and anti-neoplastic agents.
example 3
[0156] For the treatment of peripheral arterial disease, a drug eluting stent may be coated or immersed with a timed-release NO enhancer, e.g. an arginine homopolymer containing L-arginines, D-arginines, or a combination thereof. An additional slow release carrier or excipient may be admixed with the polyarginine. Alternatively, a stent or balloon can be inserted into the targeted area (an occlusion), and a Dispatch catheter can deliver locally and in vivo a composition of R9 (e.g., a solution of 0.001μ-100 mM R9) prior to, during, and / or post stenting or angioplasty.
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