SYNTHESIS, STRUCTURAL INVESTIGATION AND BIOLOGICAL EVALUATION OF INNER TRANSITIONS METAL COMPLEXES OF O-, M- AND P-DERIVATIVES OF HYDROXYBENZALDEHYDE WITH DIACETYLMONOXIMEHYDRAZONE

Welcome to “Schiff Base: A Chemical Wizard for Inner-transition Metal ions”. As
an author, it is with great pleasure that we present this book, delving into the fascinating world of
Schiff bases and their interactions with inner-transition metal ions. This journey of exploration
has been a labor of love, driven by a passion for understanding the profound impact of these
versatile compounds in the realm of co-ordination chemistry. The field of co-ordination
chemistry has witnessed remarkable advancements over the years, with the discovery of various
ligands that have paved the way for complexation with metal ions. Among these, Schiff bases
have emerged as an enhancing class of compounds, garnering significant attention from chemists
and researchers worldwide.
The elegance and versatility of Schiff bases lie in their simple synthesis and ability to
form stable complexes with various metal ions. As a result, they play a vital role in the design and
development of numerous catalytic processes, materials, and medicinal agents. However, their
unique potential in interacting with inner-transition metal ions remains a topic that deserves
comprehensive exploration.
In this book, we aim to provide a comprehensive overview of the interactions between
Schiff bases and inner-transition metal ions. The chapters will encompass a wide array of topics,
ranging from the fundamental principles of Schiff bases and coordination chemistry to their
diverse applications in various fields of science and technology.
The book is organized into several sections, each focusing on different aspects of Schiff
base’s chemistry with inner-transition metal ions. We will start by laying a strong foundation,
presenting the basic concepts of co-ordination chemistry and the synthesis of Schiff bases. From
there, we will delve into the electronic and structural aspects of Schiff base complexes, shedding
light on the underlying principles governing their stability and reactivity. As we progress, the
spotlight will shift towards the role of Schiff bases in catalysis, material science and bioinorganic
chemistry. We will explore their applications in the synthesis of nanomaterial, their role as
catalysts in important organic transformations, and their potential as therapeutic agents in
medicinal chemistry.
Throughout this journey, we will also explore the cutting edge research and recent
advancements in the field, providing a glimpse into the future prospectus of Schiff bases and
inner-transition metal ions chemistry. We sincerely hope that this book will serve as an
invaluable resource for students, researchers and professionals in the field of chemistry and
related disciplines. It is our wish that readers find inspiration within these pages, leading them to
discover new avenues for research and applications, and ultimately contributing to the progress of
science. We extend our heartfelt gratitude to all the contributors who have shared their expertise
and knowledge, making this endeavor possible. Their dedication and commitment have been
instrumental in crafting this comprehensive volume.
Finally, we invite you, dear readers, to embark on this captivating journey into the realm
of Schiff bases and their intriguing interactions with inner-transition metal ions,. May this book
kindle your curiosity and imagination, and may it spark new ideas that will shape the future of
chemistry.