Julian's Science Fair
  • How to Experiment
  • The Display Board
  • Types of Projects
  • Home Projects Experiments Scientists & Inventors Science Jokes Resources Warning!

    Science Fair Projects and Experiments
    Interdisciplinary Topics, Ideas, Resources and Sample Projects

    Branches of Science


  • Acids & Bases
  • Air
  • Animals
  • Bacteria
  • Bioinformatics
  • Caffeine
  • Carbon
  • Cell Phones
  • Christian
  • Colors
  • DNA
  • E. Coli
  • Energy
  • Evolution
  • Fire
  • Flowers
  • Gases
  • Going Green!
  • Gold & Silver
  • Google Projects
  • Gravitation
  • Hydrogen
  • Ice
  • Infrared Radiation
  • Intelligence
  • Lasers
  • Magnets
  • Mass & Matter
  • Memory
  • Metals
  • Music
  • Nanotechnology
  • Oxygen
  • Pesticides
  • Plants
  • Salt & Sugar
  • Smoking
  • Soil
  • Sound
  • Spanish
  • Sports
  • Sun & Light
  • Temperature
  • Time
  • Transportation
  • Ultraviolet Light
  • Water
  • Waves
  • Weather

  • The Orchid Grower - A Juvenile Forensic Science Adventure Novel

    The Orchid Grower
    A Juvenile Science Adventure Novel about Orchids and Genetic Engineering
    P=Project   E=Experiment
    Bioinformatics Introduction

    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]
    Bioinformatics Experiments
    Identify T. Rex's closest living relative by using simple bioinformatics tools. [E]
    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]
    Investigate proteomics, proteins and protein PAX3 [E] [E] [P]
    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]
    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]
    Phylogenetic Comparison of Pacific Coast Marine Algae: Cystoseria osmundacea and Halidrys dioica [E] [E]
    Biotechnology / Genetic Engineering
    How Stem Cells Might Be Used to Bioengineer a Vital Organ [E]
    Useful Links
    Science Fair Projects Resources [R]
    Science Fair Projects A-Z [R]
    Citation Guides, Style Manuals, Reference [R]
    Safety Resources [R] [R]

    Science Fair Projects Books


    My Dog Kelly

    Follow Us On:

    Privacy Policy - Site Map - About Us - Letters to the Editor

    Comments and inquiries could be addressed to:

    Last updated: June 2013
    Copyright © 2003-2013 Julian Rubin