On this page, Students of the Virtual University of Pakistan can get BIF401 (Bioinformatics) Handouts in PDF form. These Bioinformatics BIF401 handouts PDF are officially released by the Virtual University of Pakistan. However, In Virtual University the main purpose of these handouts is to provide the students help in their studies of Bioinformatics BIF401 subject easily.

These BIF401 handouts contain both midterm and final term syllabus. Student can download bif401 handouts in PDF form. These BIF401 Bioinformatics Handouts are also available online on vulms. These handouts consist of 45 lessons that covers both midterm and final term exams.

Latest BIF401 Bioinformatics I Handouts Free Download

We always provide best and free study material to facilitate vu students in their studies simple and easy way. Latest Bioinformatics BIF401 handouts PDF. Students can get their vu handouts in pdf format.

Click Below to download BIF401 PDF Handouts – Bioinformatics Handouts

To download BIF401 (Bioinformatics) Handouts in PDF form click on the button available below and download BIF-401 (Bioinformatics) Handouts.

  • Students can also download BIF401 handouts PPT Slides by Clicking Here.
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  • VU Students can also download BIF401 Short Notes for midterm and final term exams by Clicking Here.
  • Virtual University Students can also download BIF401 past papers for midterm and final term exams by Clicking Here.
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BIF401 – Bioinformatics (BIF401 Handout PDF)

BIF401 Bioinformatics course is designed for Undergraduate student by Dr. Safee Ullah Choudhry.

In BIF401 Bioinformatics Handouts following core topics discussed:

Comparison of Algorithms. Transcription. Gene. mRNA and Protein. Nucleotides. Introduction to Alignment, Translation, Amino Acids, Comparing Sequences (Differences and Similarities in Sequences, Introduction to Multiple Sequences Alignment. Phylogenetic Methods, Dot Plots, Storage of Biological Sequence Information (Uniprot, Entrez), Introduction to Dynamic Programming (Methodology, Smith Waterman and Needleman Wunsh Algorithm), Pairwise Sequence Alignment, Identity vs. Similarity), Introduction to Scoring Alignments, BLOSSUM and PAM Matrices, Progressive Alignment for CLUSTAL and MSA, DNA to RNA Sequences (Base Complementarity,

Types of BLAST and BLAST Algorithm, Types of FASTA and Algorithm, Biological Portals and Databases, Molecular phylogeny and evolution and, Energies of Folding, Energies of Folding, Significance of RNA Structures, Circular Representation of RNA Structures and Experimental Methods for Determining RNA Structures, RNA Folding, RNA. Calculating Types of RNA Secondary Structures, Dot Plots for RNA 2, Types of RNA and their Function, Energy Based Methods (Martinez Algorithm and Zuker Algorithm). Coding of Amino Acids, Sequencing Proteins RNA Bricks & MFOLD, Strategies for RNA Structure Prediction, Neural Networks.

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