A Strategy for International Information Policy

Abstract

A global Information society has developed. It is essential that Information principles and policies are adopted that protect economic and social advancement and cultural differences for all nations. Strategies to guide the development of policies at the international level could take a three-tiered approach. The top tier would include overarching global principles that govern accessibility and sharing of Information; interconnected telecommunications; and applicability and transferability of research in Information sciences, education and training. The second tier would address many of these concerns at the regional (i.e., European (EC), Asian (ASEAN) level. The third tier would consist of national policies governing Information activities within borders, and their relationships with those of other nations. A large number of issues will need to be addressed before workable policies can be put into place. These include Information technology development and use, transborder data flow, privacy and data protection, intellectual property, trade and the Information industry, government and private sector relationships, database access, libraries, scientific and technical Information, telecommunications, Standards, and education and training. Many of these issues carry with them legal concerns which, though necessary, may be more difficult in the international context. Policies called for here will be impacted by differences in economics, politics and culture in the various regions of the world: the developed and developing nations in North America and Europe, the Far East and Pacific Rim, and the lesser developed nations around the world.

Mutational and hyperexpression-induced disruption of bipolar budding in yeast

“…BUD1\RSR1 is essential for maintaining proper axial and bipolar budding polarity (Bender & Pringle, 1989 ;, as are its GTPaseactivating protein and guanine nucleotide exchange factor, Bud2p and Bud5p, respectively (Bender, 1993 ;Park et al, 1993 ;Powers et al, 1991). Further, an activated allele of the Bud1\Rsr1 GTPase fails to rescue the bud-site selection defects of a bud1\rsr1 deletion strain (Ruggieri et al, 1992).…”