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Exploring Bioinformatics: DNA Structure, Mutations, and Programming for Medical Advancements

Dive into the fascinating world of bioinformatics, focusing on DNA structure, base pairs (ACGT), and the impact of small mutations in genes linked to conditions like sickle cell anemia and cancers, including Tay-Sachs. Learn about DNA extraction, sequencing, RNA cloning, and the processes of replication, transcription, and translation. Discover how computer programming helps analyze large data volumes, implement algorithms, and find mutations. With tools like Bio-Linux and languages such as Perl, we'll explore applications in drug development, personalized and preventative medicine, gene therapy, and agricultural advances.

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Exploring Bioinformatics: DNA Structure, Mutations, and Programming for Medical Advancements

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Presentation Transcript

  1. SamoneHinsley Bioinformatics

  2. DNA • Structure of DNA • Base pairs(ACGT) • Effects of small mutations in genes • Sickle cell anemia • Cancers • Tay-Sachs • Extracting DNA • Process of • Sequencing • cloning

  3. RNA • DNA replication • Tanscription • Translation

  4. Computer Programming • Large Volumes of Data • Easier • Algorithms • Finding sequences, reverse compliments, what and where the mutation is • Programming Using Bio-linux • Perl • Writing commands • Reading from different frames

  5. Application • Drug Development • Personalized medicine • Preventative Medicine • Antibiotic Resistance • Gene Therapy • Agriculture

  6. Dislike • The first video we watched • I don’t even remember what it was about • That’s about it.

  7. LIKE • Hands on activities • DNA etract • Programming with Bio-Linux • That I now have Bio-Linux on my computer • Finding NCBI

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