Titlebook: Antisense Research and Application; Stanley T. Crooke Book 1998 Springer-Verlag Berlin Heidelberg 1998 Anti-Sense.Antisense.Oligonuclotide

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https://doi.org/10.1007/b115596tly, studies attempting to examine the role of IEGs in the CNS abound. In this chapter we describe studies which have associated IEGs with brain function and demonstrate the emerging role that antisense technology has played in this field and other areas of CNS pharmacology.

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Standards for Electron Probe Microanalysis,ny cell types upregulate expression of ICAM-1 on their surface. The primary counterligands for ICAM-1 are the β.-integrins lymphocytic function-associated antigen (LFA)-1 and macrophage differentiation antigen (Mac)-1, expressed on leukocytes (.;.).

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2.1.1 List of symbols and abbreviations,y several new biotechnology companies. Various approaches within this area of research attempt to use oligonucleotides as novel drugs, i.e., the use of antisense strands, ribozymes, triplexes and double-stranded nucleic-acid decoys. In the antisense approach, RNA serves as a novel receptor, which wi

Immortal

https://doi.org/10.1007/978-3-030-39663-3 a cellular system ([.]). Since that time, enormous progress has been made towards the development of antisense oligo-nucleotides as therapeutic agents against a wide variety of host and viral disease targets ([.]; [.]; [.]). Like other pharmacological agents, these novel compounds have both specifi

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Organic Radicals and Molecular Magnetism,get for the antisense molecules, mRNA, is chemically and biologically well defined. This well-defined target is the same for all different possible therapeutic applications, whether the application is antiviral, anticancer, or anti-inflammatory. The specificity with which antisense molecules are cap

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