Virtual CUREs exploring Protein Structure and Function
OUR CUREs
OUR Community
Overall Organization
Protein Centric & Other CURE Groups
Essential Components of Undergraduate Research
OUR CUREs Pedagogical Research
An Introduction to Chemical Thinking through the Lens of Antimalarial Drug Design
Biochemistry Writing Intensive Lab CURE
Experimental Approaches to incorporate into a CURE Directly or by Collaboration
Virtual CUREs using Computational Approaches to Explore Structure and Function
Developing your Ideas for your CURE
Key Components of OUR CUREs
Overview
i.Big Picture/Relevance
ii. Scientific Background
iii. Hypothesis Development
iv. Proposal
v. Experiments, Teamwork & Collaboration
vi. Reproducibility
vii. Data Analysis
viii. Presentation
IX: Peer Review

OUR Community

Virtual CUREs exploring Protein Structure and Function
OUR CUREs
OUR Community
Overall Organization
Protein Centric & Other CURE Groups
Essential Components of Undergraduate Research
OUR CUREs Pedagogical Research
An Introduction to Chemical Thinking through the Lens of Antimalarial Drug Design
Biochemistry Writing Intensive Lab CURE
Experimental Approaches to incorporate into a CURE Directly or by Collaboration
Virtual CUREs using Computational Approaches to Explore Structure and Function
Developing your Ideas for your CURE
Key Components of OUR CUREs
Overview
i.Big Picture/Relevance
ii. Scientific Background
iii. Hypothesis Development
iv. Proposal
v. Experiments, Teamwork & Collaboration
vi. Reproducibility
vii. Data Analysis
viii. Presentation
IX: Peer Review
  • OUR CUREs
  • OUR Community
  • Overall Organization
  • Protein Centric & Other CURE Groups
  • Essential Components of Undergraduate Research
  • OUR CUREs Pedagogical Research
  • An Introduction to Chemical Thinking through the Lens of Antimalarial Drug Design
  • Biochemistry Writing Intensive Lab CURE
  • Experimental Approaches to incorporate into a CURE Directly or by Collaboration
  • Virtual CUREs using Computational Approaches to Explore Structure and Function
  • Developing your Ideas for your CURE

Developing Ideas for Virtual CUREs to explore Protein Structure and Function

Click on the following links to get powerpoints demonstrating how to use the following computational approaches

 Creating Protein Structures from Amino Acid Sequence

Creating Mutant Structures using PyMol

Refining Structures using Galaxy Refine

Exploring Titratable Groups in a Protein Using H++

Using POCASA and SwissDock to Identify Potential Binding Sites on a Protein

Using Swiss Dock to Explore Ligand Binding-A

Using Swiss Dock to Explore Targeted Ligand Binding- B

Exploring a Protein Structure using Mol Probity

Using Clustal Omega for Sequence Comparisons

Using HawkDock to Explore Protein-Protein Interactions

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