DNASequencing Technology

1. Generation of Sequencing Tantip

1.1. First-Gen

1.2. Next_Gen_Overview

1.3. Third-Gen

1.4. Fourth-Gen

1.5. Comparison of NGS systems

2. Applications of NGS Songtham, Wudtichai

2.1. RNA-Seq

2.2. Chip-Seq

2.3. Dna-Seq

2.4. ExomeSeq

2.5. limitation of NGS

2.6. Points to consider in the clinical application of genomic sequencing_Genetics in Medicine (2012)

2.7. What can exome sequencing do for you?

2.8. Comparison of three next-generation sequencing platforms for metagenomic sequencing and identification of pathogens in blood_BMC Genomics 2014

2.9. 10 Things Exome Sequencing Can’t Do–but Why It’s Still Powerful_SciAm2012

2.10. Metagenomics Sequencing>MicrobiomeSeq

2.11. Limitations of exome sequencing

3. Motivation

3.1. Study the relationship between genotype and the associated phynotypes and expand upon in various field such as recognizing diseaes

4. Human Genome Project Phornphatcharanun

4.1. Timeline_A decade’s perspective on DNA sequencing technology_Nature2011

4.2. Benefit

4.3. HapMap

4.4. 1000Genome

4.5. ENCODE

4.6. HumanMicrobiomeProject-HMP

5. Assembly_Pipeline Thoranin, Prasobsook

5.1. GenomicDNA

5.2. RNA-seq

5.3. A bioinformatics workflow for detecting signatures of selection in genomic data_Front Genet. 2014

5.4. GenomeExpression

6. File_Format of_NGSreads Phongphak

6.1. Illumina

6.2. Pacific Bioscience

6.3. Ion Torrent

7. Genome Mapping

7.1. Human Genome Mapping

7.1.1. https://drive.google.com/a/mail.kmutt.ac.th/file/d/0BwNL3rNjHhvgZV84N0R5UjlBQmc/view?usp=sharing

7.2. Cancer Genome Mapping

7.2.1. https://drive.google.com/file/d/0BwNL3rNjHhvgbUpLNXBsdURHNHc/view?usp=sharing