Thư viện Trường Đại học Phú Xuân
|
PXU E-LIB
Đăng nhập
Reyna Cell Biology

Nguồn ngoài

Reyna Cell Biology

Biology
Tác giả
Nathan Reyna
Nhà xuất bản
Ouachita Baptist University
Nguồn
LibreTexts
Ngôn ngữ
EN
Danh mục
Khoa học cơ bản
Đọc trực tuyến Tải PDF (nguồn mở)
Mục lục· 138 mục
  1. 01: (T1) Basic Cell Chemistry - Chemical Compounds and their Interactions
  2. 1.01: Water
  3. 1.02: Acids and Bases
  4. 1.03: Carbon
  5. 1.04: Sugars
  6. 1.05: Nucleotides
  7. 1.06: Amino Acids
  8. 1.07: Fatty Acids
  9. 02: 2-(T2-first lecture) Protein Structure
  10. 2.01: Amino Acids
  11. 2.1.01: A1. Amino Acid Structure
  12. 2.1.1.01: Structure and Property of the Naturally-Occurring Amino Acids
  13. 2.1.02: A2. Amino Acid Stereochemistry
  14. 2.1.03: A3. Amino Acid Charges
  15. 2.1.04: A4. Introduction to Amino Acid Reactivity
  16. 2.1.05: A5. Reactions of Lysine
  17. 2.1.06: A6. Reactions of Cysteine
  18. 2.1.07: A7. Cysteine Chemistry
  19. 2.1.7.01: Review- Oxidation Reduction (Redox) Reactions and Oxidation Numbers
  20. 2.1.08: A8. Reactions of Histidine
  21. 2.1.09: A9. In Vivo Post Translational Modification of Amino Acids
  22. 2.1.10: A10. General Links and References
  23. 2.02: Composition Sequence and Conformational Analysis of Proteins
  24. 2.2.01: B1. Amino Acid Analysis and Chemical Sequencing
  25. 2.2.02: B2. Sequence Determination Using Mass Spectrometry
  26. 2.2.03: B3. Levels of Protein Structure
  27. 2.2.04: B4. Analysis of Protein Secondary Structure
  28. 2.2.05: B5. Analysis of Protein Tertiary Structure
  29. 2.03: Understanding Protein Conformation
  30. 2.3.01: C1. Main Chain Conformations
  31. 2.3.02: C2. Secondary Structure
  32. 2.3.03: C3. Tertiary Structure
  33. 2.3.04: C4. Common Motifs in Proteins
  34. 2.3.05: C5. Structual Clases of Proteins
  35. 2.3.06: C6. Quarternary Structure
  36. 2.3.07: C7. Recent References
  37. 2.04: Protein Folding - in Vivo and in Vitro
  38. 2.4.01: D1. Introduction
  39. 2.4.02: D2. Protein Folding In Vitro
  40. 2.4.03: D3. Folding of Single Protein Molecules
  41. 2.4.04: D4. The Denatured State
  42. 2.4.05: D5. Multiple Conformations from The Same Sequence
  43. 2.4.06: D6. Protein Folding In Vivo
  44. 2.4.6.01: Do you find biochemistry amazing
  45. 2.4.07: D7. Redox Chemistry and Protein Folding
  46. 2.4.08: D8. Protein Transport Across Membranes
  47. 2.4.09: D9. Recent References
  48. 2.05: G. Predicting Protein Properties From Sequences
  49. 2.5.01: G1. Introduction to Bioinformatics Computational Biology and Proteomics
  50. 2.5.02: G2. Prediction of Secondary Structure
  51. 2.5.03: G3. Prediction of Hydrophobicity
  52. 2.5.04: G4. Prediction of Membrane Protein Structure
  53. 2.5.05: G5. Prediction of Protein Tertiary Structure
  54. 2.5.06: G6. Proteomics Problem Set 1
  55. 2.5.07: G7. Proteomics Problem Set 2
  56. 2.5.08: G8. General Links and References
  57. 2.06: H. Protein Aggregates and Disease
  58. 2.6.01: H1. Protein Aggregation
  59. 2.6.02: H2. Prions and Disease
  60. 2.6.03: H3. Misfolding and Aggregation Summary
  61. 2.6.04: H4. Recent Links and References
  62. 03: (T1)Enzymes -
  63. 3.01: The Laws of Thermodynamics
  64. 3.02: Enzymes
  65. 3.03: Enzyme Kinetics
  66. 3.04: Regulation of Enzyme Activity
  67. 3.05: Enzyme Inhibition
  68. 3.5.01: Irreversible Covalent Inhibition
  69. 3.5.02: Competitive Inhibition
  70. 3.5.03: Uncompetitive Inhibition
  71. 3.5.04: Noncompetitive and Mixed Inhibition
  72. 3.5.05: C5. Enzyme Inhibition in Vivo
  73. 3.5.06: C6. Agonist and Antagonist of Ligand Binding to Receptors - An Extension
  74. 3.5.07: C7. Inhibition by Temperature and pH Changes
  75. 3.5.08: C8. Links and References
  76. 3.06: Enzyme Catalysis and Kinetics
  77. 3.07: More Complicated Enzymes
  78. 3.7.01: D1. Multi-Substrate Sequential Mechanisms
  79. 3.7.02: Multi-Substrate Ping-Pong Mechanisms
  80. 3.7.03: Inhibitors in Multi-substrate Reactions
  81. 3.7.04: D4. Allosteric Enzymes
  82. 3.7.05: D5. Integration of Binding Diffusion and Kinetics
  83. 3.7.06: D6. Links and References
  84. 3.08: Homework Problems - Literature Learning Modules- Enzyme Inhibition 1 - KCAT
  85. 3.8.01: Homework Problems - Literature Learning Module Enzyme Inhibition - KAT- KEY
  86. 04: (T2) Membrane Structure
  87. 4.01: Key Words and Terms
  88. 4.02: Overview
  89. 4.03: Plasma Membrane Structure
  90. 4.04: Membrane Proteins
  91. 4.05: How Membrane Proteins are Held in Membranes
  92. 4.06: A Diversity of Membrane Protein Functions
  93. 4.07: Glycoproteins
  94. 4.08: Glycolipids
  95. 4.09: Glycoproteins and Human Health
  96. 05: (Test 2)Transport and Kinetics
  97. 5.01: Passive and Facilitated Diffusion
  98. 5.1.01: A1. Simple Diffusion
  99. 5.1.02: A2. Facilitated Diffusion
  100. 5.1.03: A3. Receptors in Facilitated Diffusion
  101. 5.1.04: A4. Membrane Pores
  102. 5.1.05: A5. Cell Junctions - TBA
  103. 5.1.06: A6. Links and References
  104. 06: (T2) Protein Modification and Trafficking
  105. 6.01: Proteolytic Cleavage
  106. 6.02: Protein Trafficking
  107. 6.03: Protein Folding in the Endoplasmic Reticulum
  108. 6.04: N-linked Protein Glycosylation Begins in the ER
  109. 6.05: O-linked Protein Glycosylation Takes Place Entirely in the Golgi
  110. 6.06: Vesicular Transport
  111. 6.07: Receptor-mediated Endocytosis
  112. 07: (T3) Cytoskeleton
  113. 7.01: Introduction to the Cytoskeleton
  114. 7.02: Intermediate Filaments
  115. 7.03: Actin Microfilaments
  116. 7.04: Microtubules
  117. 7.05: Microtubule Organizing Centers
  118. 7.06: Transport on the Cytoskeleton
  119. 7.07: Actin - Myosin Structures in Muscle
  120. 7.08: Cytoskeletal Dynamics
  121. 7.09: Cell Motility
  122. 7.10: New Page
  123. 08: (T3) Signal Transduction
  124. 8.01: Introduction to Signal Transduction
  125. 8.02: Receptors and Ligands
  126. 8.03: 7-TM receptors (G-protein-coupled)
  127. 8.04: Receptor Tyrosine Kinases
  128. 8.05: Calcium Ion Signaling
  129. 09: (T3) Cell Cycle
  130. 9.01: The Prokaryotic Cell Cycle
  131. 9.02: The Eukaryotic Cell Cycle
  132. 9.03: Controlling the Cell Cycle
  133. 9.04: Activation and inactivation of the cyclin-cdk complex
  134. 9.05: Pre-mitotic Phases
  135. 9.06: Mitosis
  136. 9.07: Cell Death
  137. 9.08: Meiosis
  138. 10: Cancer