This volume is a comprehensive scholarly work examining acidic (non‑histone) proteins of the cell nucleus and their roles in chromatin structure, transcriptional control, gene regulation, and cell cycle processes. It is an edited collection of review chapters written by leading researchers in molecular and cellular biology. The book covers: DNA‑binding proteins and transcriptional control…
This book provides a rigorous introduction to ordinary differential equations in ℝⁿ, focusing on theoretical foundations, problem-solving techniques, and applications. It is suitable for advanced undergraduate and graduate students in mathematics and related fields.
A classic introductory text on differential equations by H. T. H. Piaggio, covering fundamental methods and practical applications. Widely used by undergraduate students, the book emphasizes problem-solving techniques and real-world applications in science and engineering.
Cell Biology: A Series of Monographs is a scholarly book series consisting of in-depth research volumes, each devoted to a specific topic within cell biology. The series emphasizes molecular, structural, physiological, and genetic aspects of cells in both plant and animal systems. Individual volumes are typically edited collections authored by leading researchers in the field and are intended f…
This volume is part of J. Dieudonné’s influential Treatise on Analysis, presenting a rigorous and modern approach to mathematical analysis. It is intended for advanced students and researchers in pure and applied mathematics, covering foundational and advanced analytical concepts.
This book is a classic anthology of landmark biological experiments, presenting original scientific papers or excerpts that shaped modern biology. Each section is organized chronologically and includes contextual introductions explaining the historical significance of the experiments. Topics span: Cell theory Enzymes and metabolism Hormones and endocrinology Microbiology and infectious dise…
This book presents a series of lectures by I. G. Petrovskiĭ on the theory of integral equations, covering fundamental concepts and analytical methods used in mathematical physics and applied mathematics.