2014 APHL Next Generation Sequencing (NGS) Survey
|
|
- Alvin Randolph Smith
- 6 years ago
- Views:
Transcription
1 APHL would like you to complete the Next Generation Sequencing (NGS) in Public Health Laboratories Survey. The purpose of this survey is to collect information on current capacities for NGS testing and data analysis at state and local public health laboratories. This will provide baseline capacity data at an early stage of CDC s Advanced Molecular Detection initiative and aid in the identification of state and local laboratory needs as the initiative moves forward. We strongly encourage that you work with your staff lead on NGS activities or molecular supervisor to complete this survey. Next Generation Sequencing 1. Does your laboratory have a next generation sequencing (NGS) instrument? Yes (proceed to questions 1a-h) No (proceed to question 2) 1a. What funding source(s) were used to purchase your NGS instrument(s)? CDC Epidemiology Laboratory Capacity (ELC) Cooperative Agreement Funds CDC Public Health Emergency Preparedness Cooperative Agreement (PHEP Funds) FDA Genome Trakr Project State funds Other Grant Funds-please specify grant: Other funding mechanism -please specify: 1b. How many laboratory staff are trained to perform sequencing? Dedicated sequencing staff (enter whole number) Other staff trained to perform sequencing (enter whole number) 1c.Which of the following instruments does your laboratory have? Illumina HiSeq Illumina MiSeq Illumina NexSeq 500 IonTorrent PGM IonTorrent Proton PacBio RS PacBio RS II Other-please specify: 1c.1 Of the instruments selected above, how many of each do you have? 1d. Where in your laboratory is the NGS instrument(s) located? Bacteriology Microbiology Molecular section Newborn Screening Sequencing Core Virology Other-please specify: Page 1
2 1e. Which NGS applications are your laboratory currently using or evaluating? Include those applications that are currently being evaluated. Characterization of antimicrobial drug resistance Characterization of pathogens (e.g. strain typing, genotyping) Characterization of virulence factors or virulence determinants High resolution cluster identification in outbreak investigations Identification of pathogens Monitoring of emerging variants/ clones Newborn screening applications Tracing of transmission chains Other -please specify: None of the above 1f. Please list the top 5 priority pathogens and/or disorders for which NGS applications are currently used or being evaluated: 1g. Which of the following NGS applications will your laboratory implement or evaluate in the coming 12 months? Characterization of antimicrobial drug resistance Characterization of pathogens (e.g. strain typing, genotyping) Characterization of virulence factors or virulence determinants High resolution cluster identification in outbreak investigations Identification of pathogens Monitoring of emerging variants/ clones Newborn screening applications Tracing of transmission chains Other -please specify: None of the above 1h. Please list the top 5 pathogens and/or disorders for which NGS applications may be developed and/or implemented in the next 12 months: Please proceed to question Will your laboratory purchase an NGS instrument in the next 12 months? Yes (proceed to questions 2a-d) No (proceed to question 3) 2a. Which of the following instruments is your laboratory considering? Illumina HiSeq Illumina MiSeq Illumina NexSeq 500 IonTorrent PGM IonTorrent Proton PacBio RS PacBio RS II Other -please specify: Page 2
3 2b. Which of the following NGS applications will your laboratory implement or evaluate? Characterization of antimicrobial drug resistance Characterization of pathogens (e.g. strain typing, genotyping) Characterization of virulence factors or virulence determinants High resolution cluster identification in outbreak investigations Identification of pathogens Monitoring of emerging variants/ clones Newborn screening applications Tracing of transmission chains Other -please specify: Unsure 2c. Please list the top 5 priority pathogens and/or disorders for which NGS applications would be considered once an instrument is available. 2d. What funding sources will you use to purchase the sequencing instrument? CDC ELC Funds CDC PHEP Funds FDA Genome Trakr Project State funds Other Grant Funds -please specify: Other funding mechanism-please specify: Please proceed to question What are the reasons for NOT purchasing a NGS instrument? Don t have sufficient staff to add new methods Have access to NGS through partnership Instruments are too expensive Methodology too expensive No available funding No expertise available to perform bioinformatics No expertise available to perform testing Procurement issues Waiting until NGS applications are more fully developed Other-please specify: None of the above Please proceed to question 9. Data Storage/ Transmission 4. How do you store NGS data generated in or for your laboratory? In-house server Instrument Manufacturer Owned Cloud (e.g. BaseSpace) Other Cloud Service -please specify: Other mechanism -please specify: None of the above Page 3
4 5. Do you share any NGS data generated in your laboratory with other entities as part of a network or other partnership? Yes (proceed to question 5a-5c) No (proceed to question 5d) 5a. Which data sharing networks do you currently participate in? Only include networks that share sequencing data. 100,000 Genome Project CDC Listeria Project/Next Generation PulseNet FDA Genome Traker Partnership with industry or academic institution (please include list of partners, data that is shared, and mechanism for sharing data) Partnership with another state or local public health laboratory(s) (Please include list of partners, data that is shared, and mechanism for sharing data) Partnership with other CDC Programs/ Surveillance Systems (please describe) Sequences shared on GenBank but not part of larger initiative Other-please specify: 5b. Do you share metadata with network partners? Yes No Not applicable 5c. Which data fields do you/ would you be willing to share with network partners? Age category Collection year Commodity type (e.g. meat, produce, seafood) Country of origin (USA) Environmental Source (e.g. water, soil, air) Geographic location (HHS Region of patient residence) Geographic location (state) Geographic location (zip code) ID for laboratory submitting DNA sequence (e.g., CDC) Organism genus and species (e.g., Listeria monocytogenes) Organism serotype (if applicable and available) Organism source (e.g., clinical, food, environment) Site of isolation (e.g., blood, cerebral spinal fluid, stool) Unique sample ID (WGS_ID) None of the above Proceed to question 6. 5d. What are the reasons for not sharing any NGS laboratory generated data with other entities? Please check all that apply. Data sharing agreements won t allow my laboratory to share data There are no relevant partners for the data generated in my laboratory There is no mechanism in place to share data securely/ easily Other reason -please specify Page 4
5 Data Analysis/ Bioinformatics 6. Which of the following sources of bioinformatics expertise do you have access to? Please check all that apply. Bioinformaticians on staff (proceed to question 6a-b) Other staff trained to perform bioinformatics analysis (proceed to question 6c-d) Access to bioinformaticians through external partnership (proceed to question 6e) No access to bioinformaticians (proceed to question 9) 6a. How many bioinformaticians does your laboratory have on staff? Please enter whole number. 6b. Please describe nature of data analysis performed by bioinformaticians. 6c. How many other staff in your laboratory are trained in bioinformatics? Please enter whole number. 6d. Please describe the nature of data analysis performed by trained staff. 6e. What is the nature of your external bioinformatics partnership(s)? My laboratory collaborates with CDC for bioinformatics expertise My laboratory collaborates with NCBI for bioinformatics expertise My laboratory is affiliated with a university or institution that has bioinformatics expertise My laboratory partners with a university or institution that has bioinformatics expertise Other -please specify: 7. Which of the following characterizes your primary use of bioinformatics software? Please select only one. Only use commercially available software packages Only use software developed in-house Only use software provided with the instrument or by manufacturer Only use open-source software Primarily develop software in-house but use some commercially developed software Primarily use commercially developed software but develop some in-house Training and Capacity Needs 8. In which of the following areas does your laboratory require training or information? Bioinformatics Terminology CDC NGS Activities and Plans Data Analysis Data Standards Library Preparation and Performance of Sequencing Assays NGS Platform Selection NGS Terminology/ NGS 101 Potential Public Health Applications of NGS Other-please specify: None of the above 9. Has anyone in your laboratory attended training in NGS or bioinformatics? Yes (proceed to question 9a-b) No (proceed to question 10) Page 5
6 9a. Please name the training course(s) attended? 9b. How many individuals have received training in these areas? Please enter whole number. 10. If funding was available for NGS activities, how would you prioritize the spending? Please rank them in order of priority (1 highest, 6 lowest) Additional Personnel Equipment/ service contracts IT infrastructure Reagents/ Supplies Software Training 11. Please provide the name and address for your laboratory s primary NGS point of contact. Name: Please provide any additional comments: Thank you for completing the survey! Page 6
EURL WORKING GROUP ON WHOLE GENOME SEQUENCING AND PULSENET INTERNATIONAL
EURL WORKING GROUP ON WHOLE GENOME SEQUENCING AND PULSENET INTERNATIONAL EURL-Campylobacter workshop, 9/10-2018 Joakim Skarin, SVA Objectives of the WG-NGS To promote the use of NGS across the EURL networks
More informationSetting the Course: Virginia's experience navigating information technology and bioinformatics needs for whole genome sequencing
Setting the Course: Virginia's experience navigating information technology and bioinformatics needs for whole genome sequencing Lauren Turner, Ph.D. Virginia Division of Consolidated Laboratory Services
More informationThe Basics of Understanding Whole Genome Next Generation Sequence Data
The Basics of Understanding Whole Genome Next Generation Sequence Data Heather Carleton, MPH, Ph.D. ASM-CDC Infectious Disease and Public Health Microbiology Postdoctoral Fellow PulseNet USA Next Generation
More informationCDC s Advanced Molecular Detection (AMD) Sequence Data Analysis and Management
CDC s Advanced Molecular Detection (AMD) Sequence Data Analysis and Management Scott Sammons Technology Officer Office of Advanced Molecular Detection National Center for Emerging and Zoonotic Infectious
More informationUsing New ThiNGS on Small Things. Shane Byrne
Using New ThiNGS on Small Things Shane Byrne Next Generation Sequencing New Things Small Things NGS Next Generation Sequencing = 2 nd generation of sequencing 454 GS FLX, SOLiD, GAIIx, HiSeq, MiSeq, Ion
More informationWhole Genome Sequencing for food safety FSA Chief Scientific Advisor Report and 2013 Listeria pilot study
Whole Genome Sequencing for food safety FSA Chief Scientific Advisor Report and 2013 Listeria pilot study Dr Edward Hayes Date: July 2016, Version 1 Foodborne Pathogens 280,000 cases of Campylobacter,
More informationFrom Bands to Base Pairs: Implementation of WGS in a PulseNet Laboratory
From Bands to Base Pairs: Implementation of WGS in a PulseNet Laboratory Sara Wagner Microbiologist WI State Lab of Hygiene InFORM Meeting Nov 19, 2015 Objectives Describe WGS implementation at WSLH What
More informationDevelopment and Implementation of a Quality System for Next-Generation Sequencing
Development and Implementation of a Quality System for Next-Generation Sequencing Lauren Turner, PhD Lead Scientist Virginia Division of Consolidated Laboratory Services DCLS Phased Implementation of NGS
More informationIntroductie en Toepassingen van Next-Generation Sequencing in de Klinische Virologie. Sander van Boheemen Medical Microbiology
Introductie en Toepassingen van Next-Generation Sequencing in de Klinische Virologie Sander van Boheemen Medical Microbiology Next-generation sequencing Next-generation sequencing (NGS), also known as
More informationIFSH WHOLE GENOME SEQUENCING FOR FOOD INDUSTRY SYMPOSIUM May 22-23, 2017
1 USDA, Food Safety and Inspection Service IFSH WHOLE GENOME SEQUENCING FOR FOOD INDUSTRY SYMPOSIUM May 22-23, 2017 Chicago Marriott Southwest at Burr Ridge 1200 Burr Ridge Parkway, Burr Ridge, IL 60527
More informationIntroduction to Whole Genome Sequencing and its Applications in Microbial Diagnostics
Introduction to Whole Genome Sequencing and its Applications in Microbial Diagnostics Workshop on Whole Genome Sequencing and Analysis, 19-21 Mar. 2018 Whole genome sequencing is currently revolutionising
More informationIntroduction to Whole Genome Sequencing and its Applications in Microbial Diagnostics
Introduction to Whole Genome Sequencing and its Applications in Microbial Diagnostics Workshop on Whole Genome Sequencing and Analysis, 2-4 Oct. 2017 Whole genome sequencing is currently revolutionising
More informationUsing Galaxy for the analysis of NGS-derived pathogen genomes in clinical microbiology
Using Galaxy for the analysis of NGS-derived pathogen genomes in clinical microbiology Anthony Underwood*, Paul-Michael Agapow, Michel Doumith and Jonathan Green. Bioinformatics Unit, Health Protection
More informationCanada's IRIDA platform for genomic epidemiology. Gary Van Domselaar Chief, Bioinformatics National Microbiology Lab Public Health Agency of Canada
Canada's IRIDA platform for genomic epidemiology Gary Van Domselaar Chief, Bioinformatics National Microbiology Lab Public Health Agency of Canada Integrated Rapid Infectious Disease Analysis informatics
More informationBringing Whole Genome Sequencing on Board in a State Regulatory Laboratory
Bringing Whole Genome Sequencing on Board in a State Regulatory Laboratory Brian D. Sauders, PhD NY State Dept. of Agriculture & Markets Food Laboratory The Food Laboratory! 2 Major laboratory sections:
More informationEfficiency in Next-Generation Sequencing for Public Health
Efficiency in Next-Generation Sequencing for Public Health Patrick Van Roey June 27, 2016 June 27, 2016 2 Overview Introduction Applied Genomic Technologies Core Implementing NGS for Public Health NGS
More informationAn Industrial Lab s Experience of NGS. Dr Greg Jones
An Industrial Lab s Experience of NGS Dr Greg Jones Campden BRI The partner of choice for the development and application of technical knowledge and commercially relevant solutions for the food and drink
More informationSequencing Theory. Brett E. Pickett, Ph.D. J. Craig Venter Institute
Sequencing Theory Brett E. Pickett, Ph.D. J. Craig Venter Institute Applications of Genomics and Bioinformatics to Infectious Diseases GABRIEL Network Agenda Sequencing Instruments Sanger Illumina Ion
More informationNext generation sequencing in diagnostic laboratories: opportunities and challenges
Next generation sequencing in diagnostic laboratories: opportunities and challenges Vitali Sintchenko Marie Bashir Institute for Emerging Infectious Diseases & Biosecurity Declaration No conflict of interest
More informationso far
2013 2014 2015 2016 2017 2018 Staff trained to sequence Staff trained to extract Total samples sequenced GT samples sequenced 12 498 738 1063 2365 1677 so far 12 461 292 220 224 94 so far Samples pulsed
More informationNew York State s experience with analyzing, interpreting, and sharing whole genome sequence data for surveillance of enteric organisms.
New York State s experience with analyzing, interpreting, and sharing whole genome sequence data for surveillance of enteric organisms. InForm 11/18/15 William Wolfgang, PhD Wadsworth Center, NYSDOH william.wolfgang@health.ny.gov
More informationIntroduction to Whole Genome Sequencing and its Applications in Microbial Diagnostics
Introduction to Whole Genome Sequencing and its Applications in Microbial Diagnostics Workshop on Whole Genome Sequencing and Analysis, 27-29 Mar. 2017 Whole genome sequencing is currently revolutionising
More informationGlobal outbreak of severe Mycobacterium chimaera disease after cardiac surgery: a molecular epidemiological study
Global outbreak of severe Mycobacterium chimaera disease after cardiac surgery: a molecular epidemiological study Jakko van Ingen et al www.thelancet.com/infection Vol 17 October 2017 Background Since
More informationWhole Genome Sequencing for Enteric Pathogen Surveillance and Outbreak Investigations
Whole Genome Sequencing for Enteric Pathogen Surveillance and Outbreak Investigations Anne Maki, Manager, Enteric, Environmental, Molecular Surveillance and Bacterial Sexually Transmitted Infections, Public
More informationBeef Industry Safety Summit Renaissance Austin Hotel 9721 Arboretum Blvd. Austin, TX March 1-3
1 USDA, Food Safety and Inspection Service Beef Industry Safety Summit - 2016 Renaissance Austin Hotel 9721 Arboretum Blvd. Austin, TX 78759 March 1-3 Uday Dessai MPH, MS, PhD Senior Public Health Advisor
More informationDetecting Clusters and Reporting Results
National Center for Emerging and Zoonotic Infectious Diseases Detecting Clusters and Reporting Results Beth Tolar Salmonella Database Coordinator PulseNet Central Regional Meeting March 2019 Update to
More informationBenefits of Culture- Independent Diagnostic Testing to Public Health: A State Perspective
Benefits of Culture- Independent Diagnostic Testing to Public Health: A State Perspective Mike Rauch Microbiologist WI State Lab of Hygiene InFORM Meeting Nov 21, 2015 Objectives Discuss the impact of
More informationOverview of CIDT Challenges and Opportunities
Overview of CIDT Challenges and Opportunities Peter Gerner-Smidt, MD, DSc Enteric Diseases Laboratory Branch InFORM II Phoenix, AZ, 19 November 2015 National Center for Emerging and Zoonotic Infectious
More informationFrom classical molecular typing to WGS in a food safety context: WGS at EFSA
From classical molecular typing to WGS in a food safety context: WGS at EFSA Beatriz Guerra EURL-AR WGS Training, Copenhage, Denmark, 27.09.17 WGS FOR FOOD SAFETY AT EFSA Molecular Typing Recent Past:
More informationThe Basics of Understanding Whole Genome Next Generation Sequence Data
The Basics of Understanding Whole Genome Next Generation Sequence Data Heather Carleton-Romer, MPH, Ph.D. ASM-CDC Infectious Disease and Public Health Microbiology Postdoctoral Fellow PulseNet USA Next
More informationTargeted Sequencing in the NBS Laboratory
Targeted Sequencing in the NBS Laboratory Christopher Greene, PhD Newborn Screening and Molecular Biology Branch Division of Laboratory Sciences Gene Sequencing in Public Health Newborn Screening February
More informationExperiences from an NRL of the implementation of WGS
GEMAN FEDEAL INSTITUTE FO ISK ASSESSMENT Experiences from an NL of the implementation of WGS Burkhard Malorny,23,32 13a 23,6,1b,26,13 1,,6,12 1b,21,6a, 19,21,a 1,1b,,a,6 7,12,21,3, DNC 1 a,5a 19 1,,6,3
More informationVTEC strains typing: from traditional methods to NGS
VTEC strains typing: from traditional methods to NGS 2 nd course on bioinformatics tools for Next Generation Sequencing data mining: use of bioinformatics tools for typing pathogenic E. coli ISS, Rome
More informationEURL Working Group on NGS
EURL Working Group on NGS Rene S. Hendriksen, PhD Research group of Genomic Epidemiology National Food Institute, Technical University of Denmark Annual EURL AR workshop 5-6 April 2018 DTU, Kgs. Lyngby,
More informationCurrent status of universal whole genome sequencing of Mycobacterium tuberculosis in the United States
Current status of universal whole genome sequencing of Mycobacterium tuberculosis in the United States Lauren Cowan, PhD Medical Consultant Meeting San Antonio, TX November 29-30, 2018 1 EXCELLENCE EXPERTISE
More informationQuestionnaire on the use of High Throughput Sequencing, Bioinformatics and Computational Genomics (HTS-BCG) in the OIE Reference Centre network
Questionnaire on the use of High Throughput Sequencing, Bioinformatics and Computational Genomics (HTS-BCG) in the OIE Reference Centre network Massimo Palmarini MRC-University of Glasgow Centre for Virus
More informationEvolution of Next Generation Sequencing Technology: Ready for Patient Management?
Evolution of Next Generation Sequencing Technology: Ready for Patient Management? Timothy Rodwell MD, PhD, MPH Senior Scientific Officer at FIND 3 rd December 2015, Union Meeting Cape Town Clinical Utility
More informationGALAXY TRAKR FOR STATE PUBLIC HEALTH BIOINFORMATICS INTRODUCTORY TRAININGS, DATA ANALYTICS, & BIOINFORMATICS COLLABORATIONS
GALAXY TRAKR FOR STATE PUBLIC HEALTH BIOINFORMATICS INTRODUCTORY TRAININGS, DATA ANALYTICS, & BIOINFORMATICS COLLABORATIONS Kevin G. Libuit, M.S. Senior Informatics Scientist Division of Consolidated Laboratory
More informationIntroduction to NGS Analysis Tools
National Center for Emerging and Zoonotic Infectious Diseases Introduction to NGS Analysis Tools Heather Carleton, PhD, MPH Team Lead, Enteric Diseases Bioinformatics, Enteric Diseases Laboratory Branch,
More informationPathogenic organisms no thanks: Use of next generation sequencing techniques in risk assessment and HACCP
Pathogenic organisms no thanks: Use of next generation sequencing techniques in risk assessment and HACCP Lisbeth Truelstrup Hansen Professor Microbial Food Safety and Environmental Hygiene Mail: litr@food.dtu.dk
More informationRibotyping Easily Fills in for Whole Genome Sequencing to Characterize Food-borne Pathogens David Sistanich
Ribotyping Easily Fills in for Whole Genome Sequencing to Characterize Food-borne Pathogens David Sistanich Technical Support Specialist Hygiena, LLC Whole genome sequencing (WGS) has become the ultimate
More informationThe implementation and application of Whole Genome Sequencing in the Campylobacter Reference Laboratory at Public Health England Craig Swift
The implementation and application of Whole Genome Sequencing in the Campylobacter Reference Laboratory at Public Health England Craig Swift Campylobacter EURL workshop (2018) The Gastrointestinal Bacteria
More informationThe role of PHE s AMRHAI Reference Unit
The role of PHE s AMRHAI Reference Unit Professor Neil Woodford Antimicrobial Resistance & Healthcare Associated Infections (AMRHAI) Reference Unit Crown copyright What does AMRHAI offer? Susceptibility
More informationWhole genome sequencing in the reference laboratory: An Introduction & Overview
Whole genome sequencing in the reference laboratory: An Introduction & Overview 1 WGS Services in Scotland STEC reference service Salmonella & Shigella reference services.only the beginning! 2 Typing -
More informationFood Safety and Inspection Service A review of laboratory-based regulatory and response activities.
Food Safety and Inspection Service A review of laboratory-based regulatory and response activities. Objective Provide an overview of recently implemented regulatory testing programs for non-o157 shiga-toxin
More informationNextSeq 500 System WGS Solution
NextSeq 500 System WGS Solution An accessible, high-quality whole-genome sequencing solution for any species. Highlights High-Quality, High-Coverage Genome Illumina chemistry offers highest read quality
More informationDownload the Lectin sequence output from
Computer Analysis of DNA and Protein Sequences Over the Internet Part I. IN CLASS Download the Lectin sequence output from http://stan.cropsci.uiuc.edu/courses/cpsc265/ Open these in BioEdit (free software).
More informationA year in clinical bioinformatics
Division of Clinical Microbiology A year in clinical bioinformatics Helena Seth-Smith, PhD October 2018 ICCMg " the application of next generation sequencing to clinical samples in order to recover information
More informationUpdates from CDC: Cluster Detection and Reporting Guidelines
National Center for Emerging and Zoonotic Infectious Diseases Updates from CDC: Cluster Detection and Reporting Guidelines Molly Leeper Salmonella Database Manager PulseNet Western Regional Meeting February
More informationIntroduction to PulseNet WGS Tools in BioNumerics v7.6
National Center for Emerging and Zoonotic Infectious Diseases Introduction to PulseNet WGS Tools in BioNumerics v7.6 Steven Stroika PulseNet CDC PulseNet/OutbreakNet Regional Meeting February 2019 Overview
More informationWGS for food safety management in France : Example for Listeria monocytogenes
WGS for food safety management in France : Example for Listeria monocytogenes Dr. Sophie Roussel, Anses, Maisons- Alfort; France Sophie.roussel@anses.fr 1/59 Anses-presentation 12 Laboratories -18 sites
More informationUse of Whole Genome Sequence Analysis to Improve Food Safety and. SUMMARY: The Food Safety and Inspection Service (FSIS), with
This document is scheduled to be published in the Federal Register on 09/22/2017 and available online at https://federalregister.gov/d/2017-20247, and on FDsys.gov Billing Code 3410-DM-P DEPARTMENT OF
More informationBioinformatics and Public Health
Bioinformatics and Public Health Scott Sammons Technology Officer Office of Advanced Molecular Detection (detail) Team Lead, Bioinformatics NCEZID/DSR/BCFB January 12, 2015 National Center for Emerging
More informationCAPTURE-BASED APPROACH FOR COMPREHENSIVE DETECTION OF IMPORTANT ALTERATIONS
CAPTURE-BASE APPROACH FOR COMPREHENSIVE ETECTION OF IMPORTANT ALTERATIONS SEQUENCE MUTATIONS MICROSATELLITE INSTABILITY AMPLIFICATIONS GENOMIC REARRANGEMENTS For Research Use Only. Not for iagnostic Purposes.
More informationWhole Genome Sequence Data Quality Control and Validation
Whole Genome Sequence Data Quality Control and Validation GoSeqIt ApS / Ved Klædebo 9 / 2970 Hørsholm VAT No. DK37842524 / Phone +45 26 97 90 82 / Web: www.goseqit.com / mail: mail@goseqit.com Table of
More informationWhole Genome Sequencing in Cancer Diagnostics (research) Nederlandse Pathologiedagen 19 & 20 November 2015
Whole Genome Sequencing in Cancer Diagnostics (research) Nederlandse Pathologiedagen 19 & 20 November 2015 Dr. I.J. Nijman Disclosure slide (Potential) conflict of interest None For this meeting relevant
More informationAaron Liston, Oregon State University Botany 2012 Intro to Next Generation Sequencing Workshop
Output (bp) Aaron Liston, Oregon State University Growth in Next-Gen Sequencing Capacity 3.5E+11 2002 2004 2006 2008 2010 3.0E+11 2.5E+11 2.0E+11 1.5E+11 1.0E+11 Adapted from Mardis, 2011, Nature 5.0E+10
More informationFUTURE PROSPECTS IN MOLECULAR INFECTIOUS DISEASES DIAGNOSIS
FUTURE PROSPECTS IN MOLECULAR INFECTIOUS DISEASES DIAGNOSIS Richard L. Hodinka, Ph.D. University of South Carolina School of Medicine Greenville Greenville Health System, Greenville, SC hodinka@greenvillemed.sc.edu
More informationProgrammatic Implementation of NGS for TB & Future Plans for the ReSeqTB Knowledgebase
Programmatic Implementation of NGS for TB & Future Plans for the ReSeqTB Knowledgebase Tim Rodwell, Rebecca Colman, Anita Suresh & Claudia Denkinger IUTLD, Guadalajara, Mexico, 11 th October 2017 A TB
More informationTotal genomic solutions for biobanks. Maximizing the value of your specimens.
Total genomic solutions for biobanks. Maximizing the value of your specimens. Unlock the true potential of your biological samples. Greater understanding. Increased value. Value-driven biobanking. Now
More informationILLUMINA SEQUENCING SYSTEMS
ILLUMINA SEQUENCING SYSTEMS PROVEN QUALITY. TRUSTED SOLUTIONS. Every day, researchers are using Illumina next-generation sequencing (NGS) systems to better understand human health and disease, as well
More informationDesign a super panel for comprehensive genetic testing
Design a super panel for comprehensive genetic testing Rong Chen, Ph.D. Assistant Professor Director of Clinical Genome Sequencing Dept. of Genetics and Genomic Sciences Institute for Genomics and Multiscale
More informationVanessa G. Allen MD Medical Microbiologist Ontario Agency for Health Protection and Promotion
Vanessa G. Allen MD Medical Microbiologist Ontario Agency for Health Protection and Promotion Public Health Laboratory Services for Foodborne Outbreaks in Ontario Clinical Specimens Typing Food and Water
More informationMeet the iseq 100 System.
Meet your new lab partner our smallest, most accessible, and affordable next-generation sequencing (NGS) solution ever. Want deeper biological insights, better experimental efficiency, and greater discovery
More informationBioinformatics: A perspective
Bioinformatics: A perspective Dr. Matthew L. Settles Genome Center University of California, Davis settles@ucdavis.edu Outline The World we are presented with Advances in DNA Sequencing Bioinformatics
More informationNIAID and Global Health Research Resources for Tuberculosis
NIAID and Global Health Research Resources for Tuberculosis Maria Y. Giovanni, Ph.D. Director, Office of Genomics and Advanced Technologies National Institute of Allergy & Infectious Diseases NIH/DHHS
More informationSEQUENCING. M Ataei, PhD. Feb 2016
CLINICAL NEXT GENERATION SEQUENCING M Ataei, PhD Tehran Medical Genetics Laboratory Feb 2016 Overview 2 Background NGS in non-invasive prenatal diagnosis (NIPD) 3 Background Background 4 In the 1970s,
More informationLessons Learned: Bringing diagnostics to market in low and middle income countries
Lessons Learned: Bringing diagnostics to market in low and middle income countries Workshop on New & Innovative Approaches to Laboratory Diagnosis of Zika, Dengue & Other Arboviruses PDC, Fondation Merieux,
More informationGenoLogics LIMS Helps EdgeBio Build Services Business
LIMS Supports ResEarch & clinical NGS services LAB GenoLogics LIMS Helps EdgeBio Build Services Business LIMS Supports Research & Clinical NGS Services LAB GenoLogics LIMS Helps EdgeBio Build Services
More informationCDRH: Advancing Regulatory Science. Murray Malin, MD Center for Devices and Radiological Health March 29, 2011
CDRH: Advancing Regulatory Science Murray Malin, MD Center for Devices and Radiological Health March 29, 2011 Medical Countermeasures Diagnostic and Detection Devices Personal Protective Equipment (PPE)
More informationLARGE DATA AND BIOMEDICAL COMPUTATIONAL PIPELINES FOR COMPLEX DISEASES
1 LARGE DATA AND BIOMEDICAL COMPUTATIONAL PIPELINES FOR COMPLEX DISEASES Ezekiel Adebiyi, PhD Professor and Head, Covenant University Bioinformatics Research and CU NIH H3AbioNet node Covenant University,
More informationMICROBIOTA: FROM MICROBIOME TO FUNCTIONS. Atelier «Outils et modèles d étude du microbiote Intestinal» LYONBIOPÔLE/CENS 17 Novembere 2014
MICROBIOTA: FROM MICROBIOME TO FUNCTIONS Atelier «Outils et modèles d étude du microbiote Intestinal» LYONBIOPÔLE/CENS 17 Novembere 2014 Artem Khlebnikov Microbiota The new frontier of biomedicine 2000,
More informationWELCOME. Norma J. Nowak, PhD Executive Director, NY State Center of Excellence in Bioinformatics and Life Sciences (CBLS)
WELCOME Norma J. Nowak, PhD Executive Director, NY State Center of Excellence in Bioinformatics and Life Sciences (CBLS) Director, UB Genomics and Bioinformatics Core (GBC) o o o o o o o o o o o o Grow
More informationIntroduction. Highlights. Prepare Library Sequence Analyze Data
BaseSpace Sequence Hub Genomics cloud computing expands opportunities for biological discovery, making analysis and storage of next-generation sequencing data accessible to any scientist. Highlights Centralized
More informationVerification Activities: New and Emerging Technologies. Sonia Salas
Verification Activities: New and Emerging Technologies Sonia Salas Verification Activities: New and Emerging Technologies Verification: Methods, procedures, tests and other evaluations, in addition to
More informationInfectious Disease Next Generation Sequencing Based Diagnostic Devices: Microbial
This document is scheduled to be published in the Federal Register on 05/13/2016 and available online at http://federalregister.gov/a/2016-11237, and on FDsys.gov 4164-01-P DEPARTMENT OF HEALTH AND HUMAN
More informationNext Generation Sequencing
Educational Session 28th EFI Conference, Stockholm Kaimo Hirv ZENTRUM FÜR HUMANGENETIK UND LABORATORIUMSDIAGNOSTIK (MVZ) Dr. Klein, Dr. Rost und Kollegen Lochhamer Str. 29 82152 Martinsried Tel: 0800-GENETIK
More informationNext Generation Oncology Sequencing in your Laboratory. Built by pioneers in cancer genomics and liquid biopsy approaches PROGENEUS
PROGENEUS Next Generation Oncology Sequencing in your Laboratory Built by pioneers in cancer genomics and liquid biopsy approaches For Research Use Only. Not for iagnostic Purposes. personalgenome.com/progeneus
More informationSeptember 12, Division of Dockets Management (HFA-305) Food and Drug Administration 5630 Fishers Lane Room 1061 Rockville, MD 20852
September 12, 2016 Division of Dockets Management (HFA-305) Food and Drug Administration 5630 Fishers Lane Room 1061 Rockville, MD 20852 RE: Docket No. FDA-2016-D-0971: Draft Guidance for Industry and
More informationWhole-Genome Sequencing (WGS) for Food Safety
Whole-Genome Sequencing (WGS) for Food Safety Errol Strain, Ph.D. Director, Biostatistics and Bioinformatics Staff Center for Food Safety and Applied Nutrition U.S. Food Drug Administration IFSH Meeting
More informationUndergraduate Research in the Brzustowicz Laboratory Human Genetics Institute Department of Genetics Rutgers University
Undergraduate Research in the Brzustowicz Laboratory Human Genetics Institute Department of Genetics Rutgers University Genetics plays an important role in the development of many of the major psychiatric
More informationHigh Throughput Sequencing Technologies. UCD Genome Center Bioinformatics Core Monday 15 June 2015
High Throughput Sequencing Technologies UCD Genome Center Bioinformatics Core Monday 15 June 2015 Sequencing Explosion www.genome.gov/sequencingcosts http://t.co/ka5cvghdqo Sequencing Explosion 2011 PacBio
More informationValidating Bionumerics 7.6: A strategic approach from Oregon
Validating Bionumerics 7.6: A strategic approach from Oregon Karim Morey, MS, M(ASCP) Oregon State Public Health Laboratory PulseNet West Coast Regional Meeting February 2019 Outline Compliance requirements
More informationClinical Testing of Mycobacterium tuberculosis by NGS: Two Years Strong. Kimberlee Musser, PhD Chief, Bacterial Diseases Wadsworth Center
Clinical Testing of Mycobacterium tuberculosis by NGS: Two Years Strong Kimberlee Musser, PhD Chief, Bacterial Diseases Wadsworth Center Why NGS on TB? TB in New York Percentage 10.0 8.0 6.0 4.0 2.0 0.0
More informationThird Generation Sequencing
Third Generation Sequencing By Mohammad Hasan Samiee Aref Medical Genetics Laboratory of Dr. Zeinali History of DNA sequencing 1953 : Discovery of DNA structure by Watson and Crick 1973 : First sequence
More informationHigh Throughput Sequencing Technologies. J Fass UCD Genome Center Bioinformatics Core Monday June 16, 2014
High Throughput Sequencing Technologies J Fass UCD Genome Center Bioinformatics Core Monday June 16, 2014 Sequencing Explosion www.genome.gov/sequencingcosts http://t.co/ka5cvghdqo Sequencing Explosion
More informationForthcoming Calls for Proposals (10/11) Barcelona 28 June 2013
Forthcoming Calls for Proposals (10/11) Barcelona 28 June 2013 Indicative list Proposed topic /11 /11 /11 Identification and validation of innovative clinical endpoints for Osteoarthritis European genotype-phenotype
More informationPulseNet PFGE Protocol Development A Historical Perspective
PulseNet PFGE Protocol Development A Historical Perspective Mary Ann Fair Division of Foodborne, Diarrheal and Mycotic Diseases PulseNet Laboratory, CDC PAST PFGE - Major Developments In 1980s, several
More information2nd (Next) Generation Sequencing 2/2/2018
2nd (Next) Generation Sequencing 2/2/2018 Why do we want to sequence a genome? - To see the sequence (assembly) To validate an experiment (insert or knockout) To compare to another genome and find variations
More informationIntroduction to Next Generation Sequencing (NGS)
Introduction to Next eneration Sequencing (NS) Simon Rasmussen Assistant Professor enter for Biological Sequence analysis Technical University of Denmark 2012 Today 9.00-9.45: Introduction to NS, How it
More informationTHE RISE OF WHOLE GENOME SEQUENCING AS A SUBTYPING TOOL FOR MICROBIAL SOURCE TRACKING: FROM FUNDAMENTALS TO APPLICATIONS
THE RISE OF WHOLE GENOME SEQUENCING AS A SUBTYPING TOOL FOR MICROBIAL SOURCE TRACKING: FROM FUNDAMENTALS TO APPLICATIONS STEAK EXPERT MEETING: ANGERS FRANCE JUNE, 2015 Kendra Nightingale, Ph.D. Inter national
More informationPerformance Characteristics drmid Dx for Illumina NGS systems
Performance Characteristics drmid Dx for Illumina NGS systems MANUFACTURER Multiplicom N.V. Galileïlaan 18 2845 Niel BELGIUM Revision date: August, 2017 Page 1 of 7 TABLE OF CONTENTS 1. TEST PRINCIPLE...
More informationImplementation of the VITEK MS and Its Use in Microbial Identification
Implementation of the VITEK MS and Its Use in Microbial Identification K a t a l i n K i s s, P h. D., P M P M a n a g e r, S c i e n t i s t, L a b o r a t o r y Te s t i n g S e r v i c e s, AT C C O
More informationBioinformatics: A perspective
Bioinformatics: A perspective Dr. Matthew L. Settles Genome Center University of California, Davis settles@ucdavis.edu Outline The World we are presented with Advances in DNA Sequencing Bioinformatics
More informationNGS technologies: a user s guide. Karim Gharbi & Mark Blaxter
NGS technologies: a user s guide Karim Gharbi & Mark Blaxter genepool-manager@ed.ac.uk Natural history of sequencing 2 Brief history of sequencing 100s bp throughput 100 Gb 1977 1986 1995 1999 2005 2007
More informationACCELERATING GENOMIC ANALYSIS ON THE CLOUD. Enabling the PanCancer Analysis of Whole Genomes (PCAWG) consortia to analyze thousands of genomes
ACCELERATING GENOMIC ANALYSIS ON THE CLOUD Enabling the PanCancer Analysis of Whole Genomes (PCAWG) consortia to analyze thousands of genomes Enabling the PanCancer Analysis of Whole Genomes (PCAWG) consortia
More informationSequencing techniques
Sequencing techniques Workshop on Whole Genome Sequencing and Analysis, 2-4 Oct. 2017 Learning objective: After this lecture, you should be able to account for different techniques for whole genome sequencing
More informationG E N OM I C S S E RV I C ES
GENOMICS SERVICES ABOUT T H E N E W YOR K G E NOM E C E N T E R NYGC is an independent non-profit implementing advanced genomic research to improve diagnosis and treatment of serious diseases. Through
More informationNext Generation Molecular Diagnostics in Scotland. Dr Mark Drummond Haematologist, Beatson Cancer Centre
Next Generation Molecular Diagnostics in Scotland Dr Mark Drummond Haematologist, Beatson Cancer Centre Outline Precision Medicine Regulatory and Funding background in Scotland (briefly) The Gap in the
More information