Doug Brutlag 2011 Next Generation Sequencing and Human Genome Databases Doug Brutlag Professor Emeritus of Biochemistry & Medicine Stanford University.

Slides:



Advertisements
Similar presentations
Capturing the chicken transcriptome with PacBio long read RNA-seq data OR Chicken in awesome sauce: a recipe for new transcript identification Gladstone.
Advertisements

Ch 17 Gene Expression I: Transcription
Walk-thru of CAGE exercise Also at /tag_analysis/ /tag_analysis/
1 Computational Molecular Biology MPI for Molecular Genetics DNA sequence analysis Gene prediction Gene prediction methods Gene indices Mapping cDNA on.
1 Computational Molecular Biology MPI for Molecular Genetics DNA sequence analysis Gene prediction methods Gene indices Mapping cDNA on genomic DNA Genome-genome.
Tutorial 7 Genome browser. Free, open source, on-line broswer for genomes Contains ~100 genomes, from nematodes to human. Many tools that can be used.
Gene Expression And Regulation Bioinformatics January 11, 2006 D. A. McClellan
Sequence Analysis MUPGRET June workshops. Today What can you do with the sequence? What can you do with the ESTs? The case of SNP and Indel.
Alignment of mRNAs to genomic DNA Sequence Martin Berglund Khanh Huy Bui Md. Asaduzzaman Jean-Luc Leblond.
Additional Powerful Molecular Techniques Synthesis of cDNA (complimentary DNA) Polymerase Chain Reaction (PCR) Microarray analysis Link to Gene Therapy.
Genome Related Biological Databases. Content DNA Sequence databases Protein databases Gene prediction Accession numbers NCBI website Ensembl website.
Sequence Analysis. Today How to retrieve a DNA sequence? How to search for other related DNA sequences? How to search for its protein sequence? How to.
Doug Brutlag 2011 Genome Databases Doug Brutlag Professor Emeritus of Biochemistry & Medicine Stanford University School of Medicine Genomics, Bioinformatics.
Computational Molecular Biology Biochem 218 – BioMedical Informatics Gene Regulatory.
Doug Brutlag Professor Emeritus Biochemistry & Medicine (by courtesy) Genome Databases Computational Molecular Biology Biochem 218 – BioMedical Informatics.
Fine Structure and Analysis of Eukaryotic Genes
Finishing the Human Genome
Databases in Bioinformatics and Systems Biology Carsten O. Daub Omics Science Center RIKEN, Japan May 2008.
Genome Annotation and Databases Genomic DNA sequence Genomic annotation BIO520 BioinformaticsJim Lund Reading Ch 9, Ch10.
Genome Annotation BBSI July 14, 2005 Rita Shiang.
UCSC Genome Browser 1. The Progress 2 Database and Tool Explosion : 230 databases and tools 1996 : first annual compilation of databases and tools.
Expression of the Genome The transcriptome. Decoding the Genetic Information  Information encoded in nucleotide sequences contained in discrete units.
Professional Development Course 1 – Molecular Medicine Genome Biology June 12, 2012 Ansuman Chattopadhyay, PhD Head, Molecular Biology Information Services.
Accessing information on molecular sequences Bio 224 Dr. Tom Peavy Sept 1, 2010.
Review of Protein Synthesis. Fig TRANSCRIPTION TRANSLATION DNA mRNA Ribosome Polypeptide (a) Bacterial cell Nuclear envelope TRANSCRIPTION RNA PROCESSING.
Srr-1 from Streptococcus. i/v nonpolar s serine (polar uncharged) n/s/t polar uncharged s serine (polar uncharged) e glutamic acid (neg. charge) sserine.
Sackler Medical School
Biological databases Exercises. Discovery of distinct sequence databases using ensembl.
Mark D. Adams Dept. of Genetics 9/10/04
RNA-Seq Primer Understanding the RNA-Seq evidence tracks on the GEP UCSC Genome Browser Wilson Leung08/2014.
Prokaryotic cells turn genes on and off by controlling transcription.
Genes and Genomes. Genome On Line Database (GOLD) 243 Published complete genomes 536 Prokaryotic ongoing genomes 434 Eukaryotic ongoing genomes December.
DNA LIBRARIES Dr. E. What Are DNA Libraries? A DNA library is a collection of DNA fragments that have been cloned into a plasmid and the plasmid is transformed.
Bioinformatics Workshops 1 & 2 1. use of public database/search sites - range of data and access methods - interpretation of search results - understanding.
Lesson Four Structure of a Gene. Gene Structure What is a gene? Gene: a unit of DNA on a chromosome that codes for a protein(s) –Exons –Introns –Promoter.
UCSC Genome Browser Zeevik Melamed & Dror Hollander Gil Ast Lab Sackler Medical School.
Tools in Bioinformatics Genome Browsers. Retrieving genomic information Previous lesson(s): annotation-based perspective of search/data Today: genomic-based.
CFE Higher Biology DNA and the Genome Transcription.
Genomes at NCBI. Database and Tool Explosion : 230 databases and tools 1996 : first annual compilation of databases and tools lists 57 databases.
Gene Expression & Regulation Chapter 8.6. KEY CONCEPT Gene expression is carefully regulated in both prokaryotic and eukaryotic cells.
Genetic Code and Interrupted Gene Chapter 4. Genetic Code and Interrupted Gene Aala A. Abulfaraj.
bacteria and eukaryotes
Introduction to Genes and Genomes with Ensembl
The Transcriptional Landscape of the Mammalian Genome
Experimental Verification Department of Genetic Medicine
Primer design.
Expression of the Genome
Exam #1 W 9/26 at 7-8:30pm in UTC 2.102A Review T 9/25 at 5pm in WRW 102 and in class 9/26.
Genes, Genomes, and Genomics
Prokaryotic cells turn genes on and off by controlling transcription.
Access to Sequence Data and Related Information
Prokaryotic cells turn genes on and off by controlling transcription.
Transcription.
From Gene to Protein.
Ensembl Genome Repository.
Next Generation Sequencing and Human Genome Databases
Analogy Video Central Dogma Analogy Video (Resources Page)
Daily Warm-Up Dec. 11th -What are the three enzymes involved with replication? What is the function of each? Homework: -Read 13.1 Turn in: -Nothing.
Prokaryotic cells turn genes on and off by controlling transcription.
Protein Synthesis: Transcription
Prokaryotic cells turn genes on and off by controlling transcription.
From DNA to Protein Class 4 02/11/04 RBIO-0002-U1.
Gene Safari (Biological Databases)
Problems from last section
Prokaryotic cells turn genes on and off by controlling transcription.
Prokaryotic cells turn genes on and off by controlling transcription.
Gene Structure.
Prokaryotic cells turn genes on and off by controlling transcription.
Gene Structure.
Presentation transcript:

Doug Brutlag 2011 Next Generation Sequencing and Human Genome Databases Doug Brutlag Professor Emeritus of Biochemistry & Medicine Stanford University School of Medicine Genomics, Bioinformatics & Medicine

Doug Brutlag 2011 Illumina Solexa Sequencing Technology

Doug Brutlag 2011 Emulsion Based Clonal Amplification Micro-reactors Adapter carrying library DNA Anneal DNA template to capture beads Break micro-reactors Isolate DNA containing beads Single test tube generation of millions of clonally amplified sequencing templates No cloning and colony picking “Water-in-oil” emulsion + PCR Reagents + Emulsion Oil Perform emulsion PCR A B

Doug Brutlag 2011 Pacific Biosciences SMRT Sequencing

Doug Brutlag 2011 Pacific Biosciences Sequencing

Doug Brutlag 2011 Phospholinked Fluorophores

Doug Brutlag 2011 Processive Synthesis

Doug Brutlag 2011 Synthesis of Long Duplex DNA

Doug Brutlag 2011 Highly Parallel Optics System

Doug Brutlag 2011 Circular Templates Gives Redundant Sequencing and Accuracy

Doug Brutlag 2011 Circular Templates Gives Redundant Sequencing and Accuracy

Doug Brutlag 2011 Ion Torrent Sequencing

Doug Brutlag 2011 Ion Torrent Sequencing

Doug Brutlag 2011 Ion Torrent Sequencing

Doug Brutlag 2011 The Human Genome How fast is the cost going down? 2006: $ 50 million 2008: $500, : $50, : $20, : $5, :??? $1,000 Thanks to Serafim Batzoglou

Doug Brutlag 2011 Archon Genomics X-Prize

Doug Brutlag 2011 Archon Genomics X-Prize

Doug Brutlag 2011 Components of a Typical Human GeneGene IntronIntronExonExonExonPromoterTerminator TFBS

Doug Brutlag 2011 Active Genes are Transcribed into RNA PrimaryTranscript Gene IntronIntronExon Exon Exon PromoterTerminator

Doug Brutlag 2011Transcript mRNA Gene IntronIntronExon Exon Exon PromoterTerminator 5’5’5’5’ 3’3’3’3’ Splicing Splicing Transcript Yields Mature mRNA

Doug Brutlag 2011 Mature mRNA contains Coding Region and 5’ and 3’ Untranslated Regions Transcript mRNA Gene IntronIntronExon Exon Exon PromoterTerminator 5’5’5’5’ 3’3’3’3’ Splicing Coding Region 5’UTR 3’UTR 5’UTR 3’UTR

Doug Brutlag 2011 Mature mRNA contains 7-Methyl-Guanosine 5’ Cap and 3’ Poly A Tail Transcript mRNA Gene IntronIntronExon Exon Exon PromoterTerminator Splicing Coding Region 5’UTR 3’UTR 5’UTR 3’UTR 7-Me-G-Cap 3’ Poly A Tail

Doug Brutlag 2011 ESTs, Full Length cDNA UniGene & RefSeq Databases UniGeneRefSeq Transcript mRNA Gene Intron Exon PromoterTerminator 5’5’ 3’3’ 3’ ESTs 5’ ESTs Full Length cDNA Splicing

Doug Brutlag 2011 ESTs, Full Length cDNA UniGene & RefSeq Databases UniGeneRefSeq Transcript mRNA Gene Intron Exon PromoterTerminator 5’5’ 3’3’ 3’ ESTs 5’ ESTs Full Length cDNA Splicing Proteins 5’ UTR 3’ UTR Protein

Doug Brutlag 2011 GENSCAN Gene Model Hidden Markov models of gene structure

Doug Brutlag 2011 Promoters E Additional Data Genomic DNA Assembled contigs A Mapping uniSTS dbSNP Mouse ESTs Human ESTs C Expression Data Entrez Gene Mouse RefSeq Mouse UniGene Human RefSeq Human Ensembl cDNA Genome Databases nrPRO D Protein Similarity pFAM Motifs GrailEXP B Gene Prediction GenScanFGENESH FGENESH+ GeneMark F Summary Entrez Gene UCSC Browser Ensembl

Doug Brutlag 2011Inclusive Exon Prediction Entrez Gene Loci NR-Pro Genscan GrailEXP FGENESH Entrez Gene UniGene ESTs

Doug Brutlag 2011 Alternative Splicing Generates Distinct Proteins in Different Tissues Transcript mRNA-1 Gene Intron Exon PromoterTerminator 5’5’ 3’3’ Transcript mRNA-2 5’5’3’3’ Alternate Splicing Splicing

Doug Brutlag 2011 Alternative Splicing Detected in EST Libraries

Doug Brutlag 2011 NCBI Genomes

Doug Brutlag 2011 Eukaryote Genome Projects

Doug Brutlag 2011 Canis lupus familiaris Genome iew&list_uids= iew&list_uids=10726

Doug Brutlag 2011 NCBI Entrez Gene

Doug Brutlag 2011 NCBI Entrez Gene: Human Opsin

Doug Brutlag 2011 Entrez Gene: Human Opsin OPN1MW

Doug Brutlag 2011 Entrez Gene: Human Opsin OPN1MW

Doug Brutlag 2011 MapViewer: Human Opsin OPN1MW

Doug Brutlag 2011 Evidence Viewer for OPN1MW lid=2652&from= &to= lid=2652&from= &to=

Doug Brutlag 2011 OMIM Home Page

Doug Brutlag 2011 Colorblindness in OMIM

Doug Brutlag 2011 Colorblindness in OMIM

Doug Brutlag 2011 Human Genome Resources

Doug Brutlag 2011 RefSeq

Doug Brutlag 2011 RefSeq Gene

Doug Brutlag 2011 NCBI UniGene

Doug Brutlag 2011 NCBI Homologene Database

Doug Brutlag 2011 Comparative Genomics

Doug Brutlag 2011 Ensembl Home Page

Doug Brutlag 2011 EBI Genomes Home Page

Doug Brutlag 2011 Ensembl Human Genome

Doug Brutlag 2011 Ensembl Human Opsin Search x=;q=opsin x=;q=opsin

Doug Brutlag 2011 Ensembl Human Opsin Genes x=;q=opsin x=;q=opsin

Doug Brutlag 2011 Ensembl Human OPN1MW Gene ;r=X: ;r=X:

Doug Brutlag 2011 Ensembl Opsin OPN1MW Gene Location #r=X: #r=X:

Doug Brutlag 2011 Ensembl OPN1MW Transcripts #r=X: #r=X:

Doug Brutlag 2011 Ensembl OPN1MW Opsin Protein ;r=X: ;t=ENST ;r=X: ;t=ENST

Doug Brutlag 2011 Ensembl Tutorials

Doug Brutlag 2011 UCSC Genome Home Page

Doug Brutlag 2011 UCSC Genome Browser

Doug Brutlag 2011 UCSC Genome Browser

Doug Brutlag 2011 UCSC Genome Browser &hgsid= &knownGene=pack&hgFind.matches=uc004fkd.2, &hgsid= &knownGene=pack&hgFind.matches=uc004fkd.2,

Doug Brutlag 2011 UCSC Genome Browser &hgsid= &knownGene=pack&hgFind.matches=uc004fkd.2, &hgsid= &knownGene=pack&hgFind.matches=uc004fkd.2,

Doug Brutlag 2011 UCSC Proteome Browser

Doug Brutlag 2011 UCSC Proteome Browser

Doug Brutlag 2011 UCSC Help File