Introduction
to Genomics
-
Features
of genomes
-
coding
DNA
-
non-coding
DNA
-
Teleological
Implications
-
Definitions
of the Gene
-
Genomics
-
Genome
sequencing projects
-
Bioinformatics (data bases
and annotation)
-
Proteomics
-
Structural Biology
-
Phylogenetic Analysis and
Evolution
|
Some Basic Tools for Computational Biology
Search
Techniques for the WWW
-
Bare bones
of computer searches
-
Search
Engines for the Web
Excel
Tutorial
|
NCBI
Genome Database and Genome Maps
-
Sequencing
and Mapping
-
Gene nomenclature
-
Low resolution
mapping
-
recombination
mapping
-
break
point mapping
-
radiation
hybrid mapping
-
High Resolution
mapping
-
STSs and
ETSs
-
BACs and
YACs
-
Sequencing
and Contig Assembly
-
Annotation
-
ENTREZ:
Genomic Biology and Map Viewer
-
Organism
Resources
-
Map Viewer
-
Genome-wide
searches
-
Chromosome-specific
searches
-
Maps available
Map
queries
|
|
Comparative
Genomics, Sequence Alignments and Phylogenetic Analysis.
PRIMER:
Evolutionary Biology
Theory
of optimal alignments
Application
of Dynamic Programming
Matrices
of log-odds scores (substitution matrices)
Statistics
and Significance of the Alignment
Computer
applications of Smith-Waterson Algorithm
PHYLIP
Biology
Workbench Nucleotide Tools
-
Ndjinn
-
ORF Finder
-
Translator
-
Restriction
Sites
-
PCR primers
(Primer 3)
|
Protein Structure databases
and Molecular Modeling
PRIMER:
Physical Chemistry of Proteins
X-Ray
Crystallography
-
Principles
-
Rosalind
Franklin and DNA
-
Max Perutz
and Hemoglobin
-
PDB and
MMDB files
Structure
Viewers
-
DeepView
-
Cnd3
-
VAST
-
Protein
Explorer
Motifs,
Fingerprints and Families of Proteins PROSITE
-
PFAM
-
FINGERPRINTSCAN
-
SAPS
PATTERNMATCH
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