Bioinformatics II (V-U)

BIF501 133 Seven Steps to Homology Modelling -IV (V-U)

BIF501 135 Seven Steps to Homology Modelling -VI (V-U)

BIF501 119 Chou Fasman Algorithm – II (V-U)

BIF501 134 Seven Steps to Homology Modelling -V (V-U)

BIF501 121 Chou Fasman Algorithm – IV (V-U)

BIF501 136 Modeller for Homology Modelling (V-U)

BIF501 120 Chou Fasman Algorithm – III (V-U)

BIF501 122 Chou Fasman Algorithm – Flowchart (V-U)

BIF501 137 Fold Recognition/Threading I (V-U)

BIF501 123 Chou Fasman Algorithm – Flowchart I… (V-U)

BIF501 138 Fold Recognition/Threading II (V-U)

BIF501 124 Chou Fasman Algorithm – Flowchart I… (V-U)

BIF501 139 Fold Recognition/Threading III (V-U)

BIF501 125 Chou Fasman Algorithm – Improvements (V-U)

BIF501 140 Online Tools for Threading – iTasse… (V-U)

BIF501 142 3D-1D Bowie Algorithm (V-U)

BIF501 141 Advantages and Disadvantages of Threading (V-U)

BIF501 143 Introduction to Ab-Initio Modelling (V-U)

BIF501 144 Rationale of Ab Initio Modelling (V-U)

BIF501 145 Strategies for Ab Initio Modelling (V-U)

BIF501 147 Local versus Global Minima (V-U)

BIF501 146 Energy States of Folded Proteins (V-U)

BIF501 148 Pros and Cons of Ab Initio Modelling (V-U)

BIF501 149 Summary of Structural Modelling – I (V-U)

BIF501 150 Summary of Structural Modelling – II (V-U)