Academic publication
Cellular Biochemistry and Molecular Mechanisms of Cell Function
Hayette Sénia BENSABER
Bibliographic information
- Publication date
- 2026-10-13
- Pays de publication
- Algérie
- Edition
- 1re édition SARAHMED, 2026
- Language
- Anglais
- ISBN
- 978-9969-17-048-1
- Pages
- 122
- Format
- 16 × 24 cm
- Legal deposit date
- 2026-11-10
- Classification THEMA
- PSB — Biochimie
- Subject Area
- Sciences de la Nature et de la Vie
Keywords
Cellular biochemistry · Membrane transport · Intracellular trafficking · Glycosylation · Signal transduction
Review
Internal editorial assessment
Abstract
Designed for third-year undergraduate students in biochemistry, this course examines how cellular organization determines molecular function. It introduces eukaryotic compartmentalization and the composition, architecture, and transport properties of biological membranes. Subsequent chapters address protein and lipid biosynthesis, intracellular trafficking, the cytoskeleton, mitochondrial energy conversion, protein quality control, and lysosomal degradation. The text also explains glycosylation of proteins and lipids, receptor-mediated signal transduction, second messengers, and major kinase pathways. Its final chapter considers cellular dysfunction associated with altered signaling and protein sorting. Review questions accompany the chapters to consolidate understanding of the mechanisms governing cell function.
Authors and contributors
Hayette Sénia BENSABER
Table of contents
Chapter 1: Functional Compartmentation of the Cell (Overview) Chapter 2: Biomembranes Chapter 3: Structure-Function Relationship of the Cell Chapter 4: Glycosylation of Macromolecules and Biological Role Chapter 5: Signal Transduction and Regulation of Cellular Function Chapter 6: Signaling Abnormalities and Pathologies
Suggested citation
Hayette Sénia BENSABER. Cellular Biochemistry and Molecular Mechanisms of Cell Function. SARAHMED Éditions, 2026. ISBN : 978-9969-17-048-1
Price
Currently unavailable for purchase
Rights and licence
© 2026 Hayette Sénia BENSABER. Tous droits réservés.