Hossein Hosseinkhani Knihy

A comprehensive and multidisciplinary review of the fundamental concepts and medical applications of nanomaterials development technology Nanomedicine offers a range of multi-interdisciplinary approaches and brings together the field of chemistry, pharmaceutical science, biology, and clinical medicines by focusing on design and preparation of biodegradable or non-biodegradable biomaterials for their biological, medical, and pharmaceutical applications. Nanomaterials in Advanced Medicine reviews the concepts and applications of the combination of the technology of biology and engineering that are emerging as an integral aspect of today? s advanced medicine. Nanomedicine provides the technology for imaging, cancer treatment, medical tools, bone treatment, drug delivery, diagnostic tests, drug development, angiogenesis and aims to exploit the improved and often novel physical, chemical, and biological properties of materials at the nanometer scale. Designed to provide a broad survey of the field, Nanomaterials in Advanced Medicine is divided into three main sections: Nanophysics, Nanochemistry, and Nanomedicine. Each chapter describes in detail the most current and valuable methods available and contains numerous references to the primary literature. This important book: -Offers a field guide for biologists and physicians who want to explore the fascinating world of nanotechnology -Contains a comprehensive review of the topic from a noted expert in the field -Includes an introduction to nanotechnology and explores the synthesis, structure and properties of various types of nanobiomaterials -Bridges the gap between various aspects of nanomaterials? development technology and their applications Written for pharmaceutical chemists, biotechnologists, life scientists, materials scientists, polymer chemists, and biochemists, Nanomaterials in Advanced Medicine provides a must-have guide to the fundamental concepts and current applications of nanomaterials in the medical field.

Demand for forestry products is rising, even as natural forests yield fewer industrial wood products. This growing need, driven by population increases and new applications, places significant pressure on existing forest resources. The decline in raw materials negatively impacts sectors like medium-density fiberboard (MDF), prompting wood industries to explore alternative materials. Abundant and accessible wood waste and residues have become a focus for researchers. One promising material is Date palm (Phoenix dactylifera L.), with around 100 million trees cultivated globally. Each tree, requiring pruning, produces approximately 34 kg of residues annually, with at least 10 kg deemed consistently generated. A study was conducted to assess the properties of Date Palm pruning residues, particularly for MDF production. Utilizing a dry process on a pilot plant scale, results indicated that boards made from these residues exhibit superior properties compared to ASTM and EN standards, especially regarding mechanical properties. Consequently, Date palm pruning residues present a viable alternative for MDF manufacturing through the dry process.