Ahmed Saleh Books

Delving into the pervasive issue of corruption, this book reveals how kleptocracy undermines societies and economies. It confronts the structures of power that enable systemic corruption and offers insights into the mechanisms used by leaders to exploit resources. Additionally, it presents strategies for building a just world, emphasizing accountability, transparency, and civic engagement. Through compelling analysis and real-world examples, the author advocates for a collective movement towards integrity and justice.

The book explores the challenges posed by ultra high energy cosmic rays (UHECRs) and their origins, focusing on theoretical approaches to understand their acceleration mechanisms. It discusses past models involving elastic scattering of cosmic particles and shock waves from supernova remnants, which explain energies up to 10^15 eV. It further examines interactions between cosmic charged particles and varying magnetic fields, particularly in pulsars and magnetars, suggesting that these interactions, along with Fermi mechanisms, can account for UHECRs reaching energies up to 10^22 eV.

Focusing on genetic research, this book explores the association of candidate genes with growth and fertility traits in sheep. It identifies useful SNPs as a foundational step for further investigation into their genotypes across various local and international breeds. The findings highlight the need for additional studies to understand the relationship between these genetic variations and important traits in sheep, paving the way for advancements in breeding and genetic improvement.

Focusing on landscape regeneration, the book explores three contemporary features of landscape architecture: revitalizing neglected riverfronts, incorporating public participation in design decisions, and utilizing advanced computer technology for design representation. It posits that computer simulated visualization can significantly enhance public involvement in evaluating riverfront regeneration alternatives. The research aims to develop a method to improve public participation specifically for the Nile banks regeneration, testing its effectiveness through a practical experiment on proposed alternatives.

This book discusses the basic knowledge about fertility in mammalian males and females. The authors listed and discussed the latest methods of fertility assessment such as; Computer-Assisted semen analysis ‘CASA’ and chromatin and DNA integrity. Discussed traditional methods are seminal plasma & sperm membrane proteins, sperm migration, sperm plasma membrane integrity, acrosomal integrity, capacitation status, sperm morphology, viability, sperm concentration, sperm motility, ejaculate volume, morphological and physiological characteristics of both sexes reproductive systems and their impact on fertility. Results on recent semen assessment and female fertility research on human populations, besides, many farm animals are presented. Also, taking a glimpse of history and steps of artificial insemination along with a brief overview of some genetic frontiers and management factors affecting fertility. This information is necessary for measuring fertility or semen quality.

Weitere Forschungen über das IGFBP-3-Gen der ägyptischen endogenen Nutztierarten sind erforderlich, um den Polymorphismus zu erkennen, die Gensequenzierung zu vergleichen und die evolutionäre Verwandtschaft für die Gensicht zwischen Gruppen und Rassen von Nutztieren innerhalb und zwischen den Arten zu verfolgen. Die erhaltenen Ergebnisse mit der Leistung der Tiere für die wichtigen wirtschaftlichen Merkmale in Beziehung zu setzen, wird helfen, anwendbare kombinierte traditionelle und molekulare Selektionsprogramme anzupassen und eine Verbindung zwischen der Gendifferenzierung und der Leistung herzustellen.

Die Untersuchung fokussiert sich auf die Assoziation von Kandidatengen und deren SNPs mit Wachstums- und Fruchtbarkeitsmerkmalen bei Schafen. Es werden nützliche SNPs identifiziert, die als Grundlage für zukünftige Genotyp-Analysen in verschiedenen Schafrassen dienen. Die entdeckten Mutationen erfordern weiterführende Studien, um deren Zusammenhang mit bedeutenden Merkmalen zu klären. Dies stellt einen wichtigen Schritt in der genetischen Forschung und Zuchtoptimierung bei Schafen dar.