# Cell-Line Training - Computational Biology - Assignment

Main points of this assignment are: Cell-Line Training, Program Source Code, Types of Tumor Samples, Breast Cancer Tumors, Ovarian Cancer Tumors, Microarray Expression Vectors, Hierarchical Clustering, Inter-Sample Distances, Method of Computing

# Distance Matrix - Computational Biology - Assignment

Main points of this assignment are: Distance Matrix, Underlying Tree, First Subtree, Neighbor Joining Algorithm, Malfunctioning Cells, Open Reading Frames, Full Length Molecule, Mutated Version, Sequencing Machine, Sequencing Errors, Human Genome

# Alignment - Computational Biology - Home Work

The main points in these home work exercises are:Alignment, Score, Optimal Global Alignment, Scoring System, Resulting Score, Dynamic Programming, Local Alignments, Longer Subsequences, Penalize Gaps, Update Rule

# Cell-Line Training - Computational Biology - Assignment

Main points of this assignment are: Cell-Line Training, Program Source Code, Types of Tumor Samples, Breast Cancer Tumors, Ovarian Cancer Tumors, Microarray Expression Vectors, Hierarchical Clustering, Inter-Sample Distances, Method of Computing

# Distance Matrix - Computational Biology - Assignment

Main points of this assignment are: Distance Matrix, Underlying Tree, First Subtree, Neighbor Joining Algorithm, Malfunctioning Cells, Open Reading Frames, Full Length Molecule, Mutated Version, Sequencing Machine, Sequencing Errors, Human Genome

# Alignment - Computational Biology - Home Work

The main points in these home work exercises are:Alignment, Score, Optimal Global Alignment, Scoring System, Resulting Score, Dynamic Programming, Local Alignments, Longer Subsequences, Penalize Gaps, Update Rule

# Overlap Graph - Computational Biology - Home Work

The main points in these home work exercises are:Overlap Graph, Machine By Typing, Program Files, Vertex, Weight, Corresponding Sequences, Maximum, Assembly, Sequences, Reverse-Complement

# Distance - Computational Biology - Home Work

The main points in these home work exercises are:Distance, Matrix, Matrix Additive, Ultrametric, Underlying Tree, Taxa, Select As Neighbors, Branch Lengths, First Step, Algorithm First

# Overlap Graph - Computational Biology - Home Work

The main points in these home work exercises are:Overlap Graph, Machine By Typing, Program Files, Vertex, Weight, Corresponding Sequences, Maximum, Assembly, Sequences, Reverse-Complement

# Alignment - Computational Biology - Home Work

The main points in these home work exercises are:Alignment, Score, Optimal Global Alignment, Scoring System, Resulting Score, Dynamic Programming, Local Alignments, Longer Subsequences, Penalize Gaps, Update Rule

# Breast Cancer - Computational Biology - Home Work

The main points in these home work exercises are:Breast Cancer, Tumor Samples, Microarray Expression, Distinguished, Ordinary, Inter-Sample Distances, Inter-Cluster Distances, Two Clusters, Cancer Samples, Correctly

# Distance - Computational Biology - Home Work

The main points in these home work exercises are:Distance, Matrix, Matrix Additive, Ultrametric, Underlying Tree, Taxa, Select As Neighbors, Branch Lengths, First Step, Algorithm First

# Cell-Line Training - Computational Biology - Assignment

Main points of this assignment are: Cell-Line Training, Program Source Code, Types of Tumor Samples, Breast Cancer Tumors, Ovarian Cancer Tumors, Microarray Expression Vectors, Hierarchical Clustering, Inter-Sample Distances, Method of Computing