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Use BLAST to analyze and estimate the effectiveness of different flu vaccines. [E] [E] A Structural Genomic Approach to Mycobacterial Drug Design Targeting Replicative Synthesis: Structure & Function of dnaQ [E] The Effect of EtOH and Antimicrobial Peptide RP-1 on Apoptosis inVarious Pathogenic Microbes [E] Bionformatics-based Prediction of Novel Caspase Substrates [E] MicroRNA-Oncogene Proximity and Observed Rates of Cancer: A Statistical Study [E] Exploring Protein Similarities with Bioinformatics Tools to Establish Reasonable Animal Models for Disease Research [E] [E] Use publicly available web-based bioinformatics resources to search for a disease of interest and SNPs, single-nucleotide polymorphisms, associated with that disease. [E] Use web-based bioinformatics tools (SAGE Genie) to identify genes that are over-expressed in pancreatic cancer tissue. [E] Bioinformatics Experiments |
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| Use an online bioinformatics database to find out which animals currently have genome projects, which projects are complete, and which projects are still in progress. [E] | |
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Investigate proteomics, proteins and protein PAX3
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The Involvement of Small G-protein ARL-6 in the Formation of Sensory Cilia [E] RNA Alignment Scoring Based on Covariance [E] Explore functions of an unknown protein using computational methods; the connection between how a protein performs its job(s) and how its corresponding DNA sequence changes throughout evolution; the specific functions of a protein, based only on its amino acid (protein) sequence [E] [E] |
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| Phylogenetic Comparison of Pacific Coast Marine Algae: Cystoseria osmundacea and Halidrys dioica [E] [E] | |
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Identify T. Rex's closest living relative by using simple bioinformatics tools.
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Build a family tree for the primates, including Homo sapiens, based on the similarity of mitochondrial proteins by using the BLAST bioinformatics tool. [E] [E] Characterization of the Arabidopsis Auxin-Response Mutant 4(4,2) and an ARM Gene [E] Quantifying Genetic Similarity in Relation to Geographic Distance [E] Find how complexity can be produced through Natural Selection and Evolution; will higher mutation rates allow for faster adaptation? [E] The Urea Transporter (UT) Family: A Bioinformatic and PhylogeneticAnalysis [E] [E] |
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Science Fair Projects Resources
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Bioinformatics Resources [R] Science Fair Projects A-Z [R] Citation Guides, Style Manuals, Reference [R] Safety Resources [R] [R] |
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