Titlebook: Biomedical Aspects of Drug Targeting; Vladimir Muzykantov,Vladimir Torchilin Book 2002 Springer Science+Business Media New York 2002 Epoxi

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Polymer-Drug Conjugates: Targeting Cancere properties of natural or synthetic water soluble polymers to provide opportunities for improved chemotherapy. They include biologically active polymeric drugs, polymer-drug conjugates, block copolymer micelles, polymer-protein conjugates and polymer-based non-viral vectors are currently being designed for gene delivery.

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冰雹

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LISP Functions for Powerful Programming,d therapies for a variety of acquired diseases. In essence, the approach involves the delivery of nucleic acids (i.e. genes) into cells whereupon the host cell’s machinery will be used for transcription and translation, leading to . production of a protein which in turn will have an impact on cell function.

Toxoid-Vaccines

Yacan Wang,Tao Lu,Chunhui Zhangth and signaling pathways, predominantly within the cancer cell. Antigens aberrantly expressed on the cancer cell surface also afford possible valid molecular targets. Thus antibodies against tumor related antigens are a class of drugs that fit the new paradigm for cancer drug development and treatment.

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Biological Barriers for Drug Targetingsing of a drug, metabolization of carriers, etc), technological (e.g., associated with production, dosing, shelf-life of a drug-carrier complexes) and socioeconomical (e.g., price, practical utility and public accessibility of a targeting strategy).

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Intravascular Re-Targeting of Viral Vectorsd therapies for a variety of acquired diseases. In essence, the approach involves the delivery of nucleic acids (i.e. genes) into cells whereupon the host cell’s machinery will be used for transcription and translation, leading to . production of a protein which in turn will have an impact on cell function.

人工制品

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More on Navigating the Lisp Machine,ered to the pulmonary endothelium. Effective, safe and specific delivery of drugs, enzymes and genetic materials to this target may help to improve current modalities in therapies and prophylaxis of pulmonary hypertension, oxidative stress, embolism, edema, acute lung injury, and other disease conditions.

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https://doi.org/10.1007/978-3-322-81190-5e properties of natural or synthetic water soluble polymers to provide opportunities for improved chemotherapy. They include biologically active polymeric drugs, polymer-drug conjugates, block copolymer micelles, polymer-protein conjugates and polymer-based non-viral vectors are currently being designed for gene delivery.