Evolutionary and Integrative Biology

1. Articulate and exemplify the structural and functional details of the basic unit of life at the molecular level
2. Give an overview of the structures and purposes of basic components of prokaryotic and eukaryotic cells
3. Gain knowledge on cellular macromolecules, membranes and organelles
4. Figure out the major cell signaling events and its regulatory mechanisms
5. Apply the mechanisms of inheritance to analyze the factors influencing gene expression and its regulation
6. Understand the major cellular events like cell cycle, checkpoints in cell cycle and control of cell division

CO1: The course articulate and exemplify basic knowledge of study and comparison of organ systems across the animal world. 

CO2: Give an overview of the comparative functioning of different animal systems. 

CO3: Gain knowledge on human physiology. 

CO1: Eloquent understanding of the fundamentals in ecological studies and exemplifies the basic concepts of ecology. 

CO2: Facilitate to remember and analyse the way of interaction between organisms, species and communities. 

CO3: Gain knowledge on the impact of natural and human altered ecosystems on environment. 

CO4: Comprehend the concept of adaptation of biotic elements with abiotic factors. 

CO5: Apply concepts and principles of ecology to evaluate the causes and consequences of pollution in the environment. 

CO6: Understand to create new ideas based on resource ecology and applied ecology. 

CO1: Understand the major tools and techniques used for studying biochemical and

biophysical nature of life

CO2: Learn about analytical methods used for measuring biomolecules and

pharmacologically active substances

CO3: Develop knowledge on safety concerns which arise during and after any biological

assay is performed

CO4: Comprehend protocols better and create new procedures by improvising existing

assays to measure various biomolecules

CO5: Gain awareness about the ethical aspects involved in biology and biological

research including intellectual property rights

CO6: Apply knowledge achieved to create new assessments tools for measuring levels of biomolecules

CO1: Understand the structure and functions of various biomolecules

CO2: Learn about the metabolism of major biomolecules and how the processes are

regulated and the diseases caused when the regulation is disrupted

CO3: Expand knowledge on diverse catalysts that trigger and regulate biochemical

events in cells

CO4: Comprehend and train in fundamental concepts in biophysics

CO5: Gain knowledge about various biophysical methods used to study diverse

biomolecules at micro and macro levels

CO6: Apply knowledge perceived to generate new information and techniques using

principles of biophysics