Credits: 3 (3-0-0)
Prerequisites: Pre-requisite(s): SBL100 and SBL201 (or equivalent) and EC 75
Description
Overview of quantitative biology; Biomolecules - a study of how information is code in molecules - DNA, RNA and proteins, information representation; Molecular sequences - the alignment problem, PAM and BLOSUM matrices, applications - global, local and overlap alignment; Gene prediction - computational gene finding, ab-initio methods, comparative methods; Molecular evolution - molecular clock, explicit models and evolutionary rate estimation; Population genetics - polymorphism, genetic diversity and Neutral theory; Testing evolutionary hypothesis; Genetic circuits - motifs search, satio- temporal logic, methods of analyses; Protein structure prediction, protein-protein interaction networks, drug target identification, Biological network dynamics; Biological pattern formation; Self organization in biology.
Prerequisite Tree
flowchart TD
SBL750-1544[SBL750]
SBL750-1544 --> SBL201-1544[SBL201]
SBL201-1544 --> SBL100-1544[SBL100]
SBL750-1544 --> EC75-1544[EC75]
SBL750-1544 --> SBL100-1544[SBL100]
classDef empty height:17px, fill:transparent, stroke:transparent;
classDef trueEmpty height:0px, width:0px;