| Author: | George Plopper, David sharp & Eric Sikorski |
| Release at: | 2015 |
| Pages: | 1080 |
| Edition: | 3rd Edition |
| File Size: | 171 MB |
| File Type: | |
| Language: | English |
Description of Lewin's Cells 3rd Edition (PDF)
Lewin's Cells 3rd Edition by George Plopper & David sharp is a great book for study of Cell Biology available in (eBook) PDF download. This 3rd edition, expanded and updated from the second, is geared for advanced undergraduate and graduate students taking a first course in cell biology. A key objective in developing this Lewin's Cell book was to present mechanisms and the concepts underlying cell structure and function, gleaned from decades of research, in a format that provides the information necessary with students for cell biology solid foundation, without overwhelming them with too much detail. The major goal of the team of 29 expert authors and lead editors has been to incorporate the current research in the field, thoroughly provide and cover each topic ample cellular processes illustrations at the molecular level but without being unwieldy.
Lewin’s CELLS, 3rd Edition covers the structure, organization, growth, regulation, movement, and interactions of cells with an emphasis on those in the eukaryotic domain. These topics are beginning with the definition of a cell, presented in 21 chapters grouped into seven parts, providing background on basic cellular processes, continuing on to the components of cells, ending with cell diversity and the regulation of cell functions. Prokaryotic cells and Plant cells are covered in separate chapters to emphasize their diversity while highlighting the properties shared by all cells.
Content of Lewin's Cells 3rd Edition (PDF)
PART I INTRODUCTION
Chapter 1: What is a cell?
Chapter 2: Bioenergetics and cellular metabolism
Chapter 3: DNA replication, repair, and recombination
Chapter 4: Gene expression and regulation
Chapter 5: Protein structure and function
PART II Membranes and transport mechanisms
Chapter 6: Ions Transport and small molecules across membranes
Chapter 7: Membrane targeting of proteins
Chapter 8: Protein trafficking between membranes
PART III The nucleus
Chapter 9: Nuclear structure and transport
Chapter 10: Chromatin and chromosomes
PART IV The cytoskeleton
Chapter 11: Microtubules
Chapter 12: Actin
Chapter 13: Intermediate filaments
PART V Cell division, cancer & apoptosis
Chapter 14: Mitosis
Chapter 15: Cell cycle regulation
Chapter 16: Apoptosis
Chapter 17: Cancer: Principles and overview
PART VI Prokaryotic and plant cellsChapter 18: Principles of cell signaling
Chapter 19: The cell adhesion and extracellular matrix
Chapter 20: Prokaryotic cell biology
PART VII Prokaryotic and plant cellsChapter 21: Plant cell biology
Index
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