Initially, because of the inadequate sensitivity of devices and other limitations, only major venom components of the dominant species were studied. However, in last two decades, increased sensitivity of devices and the development of new techniques, such as transcriptomics and proteomics techniques, have permitted us to analyze the structures and functions of rare species and to identify novel minor components. As a result, the number of venom components identified is increasing dramatically and the physiological functions of each component is more deeply understood. The scope of this book provides the readers an updated and comprehensive presentation on snake venoms. The subjects are divided into six sections, starting with the overview of snake venom compositions in Malaysian species, followed by description of enzymes and enzyme inhibitors contained in snake venoms. Also discussed are the effects of snake venom on cellular receptors, ion channels, blood, and lymph, as well as cytotoxic and antimicrobial molecules present in snake venoms. The last section covers the clinical consequences of envenomation and the management of snakebites using antivenins.

This volume brings together papers from linguists, logicians, and computer scientists from 13 countries (Armenia, Denmark, France, Georgia, Germany, Israel, Italy, Japan, Poland, Spain, Sweden, UK, and USA). This collection aims to serve as a catalyst for new interdisciplinary developments in language, logic and computation and to introduce new ideas from the expanded European academic community. Spanning a wide range of disciplines, the papers included in this volume cover such topics as formal semantics of natural language, dynamic semantics, channel theory, formal syntax of natural language, formal language theory, corpus-based methods in computational linguistics, computational semantics, syntactic and semantic aspects of l-calculus, non-classical logics, and a fundamental problem in predicate logic.