Molecular Cell BiologyMolecular Cell Biology stands out from its peers in this course in that it provides a clear introduction to the techniques and experiments of scientists past and present, not just an "encyclopedia" of information. This experimental emphasis, together with a solid pedagogical framework in the chapters, provides the clearest, most cutting-edge text available. |
Contents
Life Begins with Cells | 1 |
Biomembranes and Cell | 5 |
Microtubules | 20 |
Interactions | 29 |
Fatty Acids Are Precursors for Many Cellular | 43 |
Proteins | 59 |
Basic Molecular Genetic Mechanisms | 101 |
and Structural Organization | 147 |
and Quality Control in the | 701 |
245 | 743 |
Cytoskeleton | 779 |
Genetics and Molecular Biology | 794 |
Heterodimeric Tubulin Subunits Compose the Wall | 819 |
Regulating the Eukaryotic Cell | 825 |
Powers Anterograde Transport of Vesicles | 831 |
Ciliary and Flagellar Beating Are Produced | 837 |
Cell Signaling | 166 |
160 | 182 |
The Endoplasmic Reticulum Is a Network | 190 |
Formation of Heterochromatin Silences Gene | 493 |
Epinephrine Binds to Several Different | 547 |
Critical Functional Domains in Receptors | 548 |
Inositol 145Trisphosphate IP3 Triggers Release | 562 |
Signaling Pathways That | 572 |
Inhibition | 611 |
Membrane Trafficking | 662 |
648 | 679 |
Duplicated Centrosomes Align and Begin Separating | 869 |
Reassembly of the Nuclear Envelope and Cytokinesis | 873 |
841 | 896 |
924 | 899 |
Cancer | 937 |
937 | 958 |
951 | 974 |
| 1-1 | |
| 1-10 | |
Common terms and phrases
activation adhesion allele amino acids animal antibody atoms bacterial base pairs bilayer binding Biol bonds Ca2+ catalyzed cDNA cellular chains Chapter chemical chloroplast chromatin chromosomes cloned codon complex concentration contain cycle cytoplasm cytosolic domain electron encoded energy enzyme eukaryotic exons EXPERIMENTAL FIGURE expression extracellular FADH2 filaments fluorescence function G protein-coupled receptors gene genetic genome glucose gradient helices helix histone hormone human hydrophobic initiation integrins interactions introns ions K+ channels ligand lipid MAP kinase matrix mechanism membrane proteins mitochondria molecular molecules mRNA muscle mutations NADH neurons nuclear nucleotide nucleus organelles organisms oxidation peptide phospholipid phosphorylation plant plasma membrane plasmid potential pre-mRNA protein kinase protein-coupled receptors protons reaction region regulated released replication residues ribosomes RNA polymerase RNA polymerase II sequence signaling pathways specific splicing strands structure subunits surface synthesis teins tion tissues transcription factors transport tRNA vesicles viral yeast
References to this book
Computational Cardiology: Modeling of Anatomy ..., Volume 2966 Frank B. Sachse No preview available - 2004 |
Molecular Genetic Analysis of Populations: A Practical Approach A. Rus Hoelzel No preview available - 1998 |