Niğde Ömer Halisdemir Üniversitesi

1

Publicly available gene banks, access to data at genebanks and evaluation

11

2

Comparison of DNA sequences partially or fully sequenced pathogens with genebank data

11

3

Data submission process to genebank (The National Center for Biotechnology Information-NCBI)

11

4

Trimming of raw DNA sequence and sequence assembly (Steaden package; Pregap and Gap4)

11

5

Trimming of raw DNA sequence and sequence assembly (Steaden package; Pregap and Gap4)

11

6

Multi sequence alingments (Bioedit, Clustal W, Mega5)

11

7

Construction of phylogenetic trees (Why phylogenetic trees constructed?)

11

8

Construction of phylogenetic trees (Basic methods used for phylogenetic tree construction; PAUP)

11

9

Construction of phylogenetic trees (Basic methods used for phylogenetic tree construction; Mega5)

11

10

Construction of phylogenetic trees (Neighbour joining, parsimony, maximum likelyhood trees)

11

Construction of phylogenetic trees (Bootstrap analysis and interpretation the results)

11

12

Amino acid determination from DNA sequences

11

13

Multi amino acid sequence alignments and phylogenetic analysis

11

14

Evaluaiton of phylogenetic research on different biological systems

11