Computational analysis of metagenomic data: delineation of compositional features and screens for desirable enzymes

Intro       GC      Protein detection          Nitrilases   NHases   PKS   THM




        Computational analysis of metagenomic data: delineation of
         compositional features and screens for desirable enzymes


                                   Konrad U. F¨rstner
                                              o

                                 Bork Group, EMBL
                                Promotionskolloquium



                                        04. Februar 2009
Intro          GC          Protein detection   Nitrilases   NHases   PKS   THM

 Table of content


        1   Introduction

        2   GC content analysis

        3   Protein detection workflow

        4   Nitrilases

        5   Nitril hydratases

        6   Polyketide synthases I

        7   Take home messages
Intro          GC          Protein detection   Nitrilases   NHases   PKS   THM

 Table of content


        1   Introduction

        2   GC content analysis

        3   Protein detection workflow

        4   Nitrilases

        5   Nitril hydratases

        6   Polyketide synthases I

        7   Take home messages
Intro         GC       Protein detection   Nitrilases   NHases        PKS       THM




        For the microbial ecologist, what can be cultured is the basis of his
        conception of what exists. This is exactly like learning about
        animals from visiting zoos.

                                                                 Carl Woese
Intro   GC   Protein detection   Nitrilases   NHases   PKS   THM
Intro   GC   Protein detection   Nitrilases   NHases   PKS   THM
Intro   GC   Protein detection   Nitrilases   NHases   PKS   THM
Intro   GC   Protein detection   Nitrilases   NHases   PKS   THM
Intro        GC       Protein detection   Nitrilases   NHases   PKS   THM




        Great plate count anomaly
        Less than 1% of the microbes can be cultured under standard
        conditions.
Intro   GC   Protein detection   Nitrilases   NHases   PKS   THM




                          Metagenomics
                                =
                 culture independent approaches
Intro   GC   Protein detection   Nitrilases   NHases   PKS   THM

 Workflow of metagenomics sequencing
Intro   GC    Protein detection   Nitrilases   NHases   PKS   THM

 Selected metagenomic data sets
Intro   GC       Protein detection   Nitrilases   NHases   PKS   THM

 Challenges




        Usually a low coverage
        Dominant species
        Short sequences
        Data size
         ⇒ storage/memory/CPU intensive
         ⇒ software not developed for that
        No standard protocols
         ⇒ hard to compare
Intro          GC          Protein detection   Nitrilases   NHases   PKS   THM

 Table of content


        1   Introduction

        2   GC content analysis

        3   Protein detection workflow

        4   Nitrilases

        5   Nitril hydratases

        6   Polyketide synthases I

        7   Take home messages
Intro    GC        Protein detection   Nitrilases   NHases   PKS   THM

 GC analysis




        GC content = percentage of
        Guanine-Cytosine bp in the
        DNA/RNA
        influences a.o.
              Melting temperature of DNA/RNA
              Codon usage
Intro   GC    Protein detection             Nitrilases     NHases   PKS   THM

 GC analysis - huge difference between soil and ocean water




                                  Foerstner et al., 2005
Intro   GC    Protein detection          Nitrilases   NHases   PKS   THM

 GC analysis - further data confirms statement




                                  Raes et al., 2007
Intro   GC        Protein detection   Nitrilases   NHases   PKS   THM

 GC analysis - possible influencing factors




        Nitrogen availability
        Genome size
        Ultraviolet light exposure and
        repair mechanism
        Codon usage of pioneers
Intro          GC          Protein detection   Nitrilases   NHases   PKS   THM

 Table of content


        1   Introduction

        2   GC content analysis

        3   Protein detection workflow

        4   Nitrilases

        5   Nitril hydratases

        6   Polyketide synthases I

        7   Take home messages
Intro   GC        Protein detection   Nitrilases   NHases   PKS   THM

 Metagenomics data sets as resources of biotech enzymes




        Many microbial enzymes are
        essential tools in e.g. the chemical,
        pharma and food industries
        Searching in metagenomic data
        sets might reveal new potent
        members of known enzymes classes
Intro   GC     Protein detection   Nitrilases   NHases   PKS   THM

 Protein detection and classification workflow
Intro    GC         Protein detection    Nitrilases    NHases    PKS   THM

 Nitrilases




        Nitrile + water          carboxylic acids + ammonia
        One protein
        Application in the chemical industry
              Stereo- and regio-specific conversion of nitriles
Intro   GC    Protein detection          Nitrilases   NHases   PKS   THM

 Nitrilases - new members and subfamilies found




                                  Raes et al., 2007
Intro          GC          Protein detection   Nitrilases   NHases   PKS   THM

 Table of content


        1   Introduction

        2   GC content analysis

        3   Protein detection workflow

        4   Nitrilases

        5   Nitril hydratases

        6   Polyketide synthases I

        7   Take home messages
Intro    GC        Protein detection    Nitrilases   NHases   PKS   THM

 NHases




        Nitril hydratases (NHases)
        Nitrile + water         amide
        Two domains
        Application in the chemical industry
              Acrylamide >30,000 tons/year
              Nicotinamide >3500 tons/year
        Waste water treatment
Intro   GC    Protein detection             Nitrilases     NHases   PKS   THM

 NHases - tree of the α domain




                                  Foerstner et al., 2008
Intro   GC    Protein detection   Nitrilases   NHases   PKS   THM

 NHases - Monosiga brevicollis’ taxomony
Intro   GC     Protein detection             Nitrilases     NHases   PKS   THM

 NHases - in Monosiga brevicollis




                                   Foerstner et al., 2008
Intro          GC          Protein detection   Nitrilases   NHases   PKS   THM

 Table of content


        1   Introduction

        2   GC content analysis

        3   Protein detection workflow

        4   Nitrilases

        5   Nitril hydratases

        6   Polyketide synthases I

        7   Take home messages
Intro     GC       Protein detection   Nitrilases   NHases      PKS   THM

 PKS I




         Polyketide synthases (PKS) create a heterogeneous group of
         secondary metabolites
         The synthesis is similar to the fatty acid synthesis
         Multiple domains
         We focused on polyketide synthases type I (PKS I)
Intro       GC        Protein detection              Nitrilases       NHases   PKS   THM

 PKS I - polyketide synthesis steps




        This picture of this slide is removed due to copyright restriction.
                                          Jenke-Kodama et al., 2005
Intro       GC         Protein detection       Nitrilases   NHases       PKS       THM

 PKS I - examples of polyketides




        Erythromycin                       Oleandomycin              Aflatoxin B1
Intro   GC    Protein detection             Nitrilases     NHases   PKS   THM

 PKS I - tree of the AT domain HMM hits




                                  Foerstner et al., 2008
Intro   GC     Protein detection             Nitrilases     NHases   PKS   THM

 PKS I - tree overview




                                   Foerstner et al., 2008
Intro   GC      Protein detection             Nitrilases     NHases   PKS   THM

 PKS I - hit distribution




                                    Foerstner et al., 2008
Intro   GC   Protein detection             Nitrilases     NHases   PKS   THM

 PKS I - PKSs per genome




                                 Foerstner et al., 2008
Intro          GC          Protein detection   Nitrilases   NHases   PKS   THM

 Table of content


        1   Introduction

        2   GC content analysis

        3   Protein detection workflow

        4   Nitrilases

        5   Nitril hydratases

        6   Polyketide synthases I

        7   Take home messages
Intro        GC        Protein detection   Nitrilases   NHases   PKS       THM

 Take home messages




        Metagenomics ...
            ... might help us to explore the complete microbial world
            ... still has many technical challenges
            ... can reveal the environmetal influence on genomic features
            ... can help discover new enzymes
Intro   GC          Protein detection   Nitrilases   NHases   PKS   THM

 Acknowledgements



        Peer Bork
        Thomas Dandekar
        Lars Steinmetz
        Toby Gibson
        The whole Bork group esp. Jeroen
        Raes and Takuji Yamada
        Christian von Mering
        Melly
        My friends and family
Intro    GC              Protein detection            Nitrilases            NHases              PKS            THM

 Image sources/attribution - part 1/2

        Orangutan Houston Zoo http://flickr.com/photos/billtex48/2178056762/ by (Bill and Mavis) -
        B&M
        Opel Zoo 07.07.2007 http://flickr.com/photos/lamberty/754218458 by frijolito75
        Giraffe http://flickr.com/photos/abelle/280246250/ by A.Bell
        Snuggling http://flickr.com/photos/buckwoo/2421562192/ by Ken W!
        Delicious Dead Bee and Hungry Ants http://flickr.com/photos/hamed/176176998/ by Hamed Saber
        hundreds of fish swarm a soft coral head http://flickr.com/photos/g-na/370131126/ by g-na
        hunt is on http://flickr.com/photos/doug88888/2930690305/ by doug88888
        Long-billed Curlew http://flickr.com/photos/mikebaird/3011987508/ by mikebaird
        145ps 01087.jpg http://flickr.com/photos/ricephotos/2679758872/ by IRRI Images
        Polymicrobic biofilm epifluorescence
        http://commons.wikimedia.org/wiki/File:Polymicrobic_biofilm_epifluorescence.jpg
        The Sorcerer II Global Ocean Sampling Expedition: Northwest Atlantic through Eastern Tropical Pacific
        Rusch DB, Halpern AL, Sutton G, Heidelberg KB, Williamson S, et al. PLoS Biology Vol. 5, No. 3, e77
        doi:10.1371/journal.pbio.0050077
        green farm http://flickr.com/photos/nakae/204037619/ by nakae
        Acid Mine Drainage http://flickr.com/photos/savethewildup/400614071/ by savethewildup
        blue ocean http://flickr.com/photos/coolskipper/27242821/ by coolskipper
        Digestive system http://commons.wikimedia.org/wiki/File:Digestive_system_whitout_labels.svg
        by Mariana Ruiz Villarreal
        Pg166 bioreactor http://commons.wikimedia.org/wiki/File:Pg166_bioreactor.jpg
Intro    GC            Protein detection           Nitrilases         NHases           PKS            THM

 Image sources/attribution - part 2/2



        Big Drop-Off [...] http://flickr.com/photos/ctsnow/113339176/ by ctsnow
        Sphaeroeca-colony http://commons.wikimedia.org/wiki/File:Sphaeroeca-colony.jpg by Dhzanette
        Ocean view http://flickr.com/photos/provoost/399669002/ by Sjors Provoost
        The hurdles http://flickr.com/photos/29621494N02/3060466344/ by paula fisher
        Erythromycin http://de.wikipedia.org/w/index.php?title=Datei:Erythrommycin_A_B_C.svg by
        Yikrazuul
        Aflatoxin B1 http://de.wikipedia.org/w/index.php?title=Datei:
        Aflatoxin_B1.svg&filetimestamp=20070113042046 by Bryan Derksen
        Oleandomycin http://en.wikipedia.org/wiki/File:Oleandomycin.png by Edgar181
        Tool rack http://en.wikipedia.org/wiki/File:Oleandomycin.png by L. Marie
        Collaboration http://flickr.com/photos/fncll/145149313/ ChrisL AK
        Base pair AT http://commons.wikimedia.org/wiki/File:Base_pair_AT.svg
        Base pair GC http://commons.wikimedia.org/wiki/File:Base_pair_GC.svg
Intro   GC   Protein detection            Nitrilases           NHases       PKS   THM

 About this document



                        A
             Created in L TEX using the beamer class, TeX Live and Emacs.

                         All these programs run on OpenBSD.

                          http://www.latex-project.org
                       http://latex-beamer.sourceforge.net
                           http://www.tug.org/texlive/
                        http://www.gnu.org/software/emacs
                               http://www.gimp.org/
                              http://www.openbsd.org



             Published under the Creative Commons Attribution 3.0 License

                  http://creativecommons.org/licenses/by/3.0/

                          Document version 1.0 2009/02/04
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Computational analysis of metagenomic data: delineation of compositional features and screens for desirable enzymes

  • 1. Intro GC Protein detection Nitrilases NHases PKS THM Computational analysis of metagenomic data: delineation of compositional features and screens for desirable enzymes Konrad U. F¨rstner o Bork Group, EMBL Promotionskolloquium 04. Februar 2009
  • 2. Intro GC Protein detection Nitrilases NHases PKS THM Table of content 1 Introduction 2 GC content analysis 3 Protein detection workflow 4 Nitrilases 5 Nitril hydratases 6 Polyketide synthases I 7 Take home messages
  • 3. Intro GC Protein detection Nitrilases NHases PKS THM Table of content 1 Introduction 2 GC content analysis 3 Protein detection workflow 4 Nitrilases 5 Nitril hydratases 6 Polyketide synthases I 7 Take home messages
  • 4. Intro GC Protein detection Nitrilases NHases PKS THM For the microbial ecologist, what can be cultured is the basis of his conception of what exists. This is exactly like learning about animals from visiting zoos. Carl Woese
  • 5. Intro GC Protein detection Nitrilases NHases PKS THM
  • 6. Intro GC Protein detection Nitrilases NHases PKS THM
  • 7. Intro GC Protein detection Nitrilases NHases PKS THM
  • 8. Intro GC Protein detection Nitrilases NHases PKS THM
  • 9. Intro GC Protein detection Nitrilases NHases PKS THM Great plate count anomaly Less than 1% of the microbes can be cultured under standard conditions.
  • 10. Intro GC Protein detection Nitrilases NHases PKS THM Metagenomics = culture independent approaches
  • 11. Intro GC Protein detection Nitrilases NHases PKS THM Workflow of metagenomics sequencing
  • 12. Intro GC Protein detection Nitrilases NHases PKS THM Selected metagenomic data sets
  • 13. Intro GC Protein detection Nitrilases NHases PKS THM Challenges Usually a low coverage Dominant species Short sequences Data size ⇒ storage/memory/CPU intensive ⇒ software not developed for that No standard protocols ⇒ hard to compare
  • 14. Intro GC Protein detection Nitrilases NHases PKS THM Table of content 1 Introduction 2 GC content analysis 3 Protein detection workflow 4 Nitrilases 5 Nitril hydratases 6 Polyketide synthases I 7 Take home messages
  • 15. Intro GC Protein detection Nitrilases NHases PKS THM GC analysis GC content = percentage of Guanine-Cytosine bp in the DNA/RNA influences a.o. Melting temperature of DNA/RNA Codon usage
  • 16. Intro GC Protein detection Nitrilases NHases PKS THM GC analysis - huge difference between soil and ocean water Foerstner et al., 2005
  • 17. Intro GC Protein detection Nitrilases NHases PKS THM GC analysis - further data confirms statement Raes et al., 2007
  • 18. Intro GC Protein detection Nitrilases NHases PKS THM GC analysis - possible influencing factors Nitrogen availability Genome size Ultraviolet light exposure and repair mechanism Codon usage of pioneers
  • 19. Intro GC Protein detection Nitrilases NHases PKS THM Table of content 1 Introduction 2 GC content analysis 3 Protein detection workflow 4 Nitrilases 5 Nitril hydratases 6 Polyketide synthases I 7 Take home messages
  • 20. Intro GC Protein detection Nitrilases NHases PKS THM Metagenomics data sets as resources of biotech enzymes Many microbial enzymes are essential tools in e.g. the chemical, pharma and food industries Searching in metagenomic data sets might reveal new potent members of known enzymes classes
  • 21. Intro GC Protein detection Nitrilases NHases PKS THM Protein detection and classification workflow
  • 22. Intro GC Protein detection Nitrilases NHases PKS THM Nitrilases Nitrile + water carboxylic acids + ammonia One protein Application in the chemical industry Stereo- and regio-specific conversion of nitriles
  • 23. Intro GC Protein detection Nitrilases NHases PKS THM Nitrilases - new members and subfamilies found Raes et al., 2007
  • 24. Intro GC Protein detection Nitrilases NHases PKS THM Table of content 1 Introduction 2 GC content analysis 3 Protein detection workflow 4 Nitrilases 5 Nitril hydratases 6 Polyketide synthases I 7 Take home messages
  • 25. Intro GC Protein detection Nitrilases NHases PKS THM NHases Nitril hydratases (NHases) Nitrile + water amide Two domains Application in the chemical industry Acrylamide >30,000 tons/year Nicotinamide >3500 tons/year Waste water treatment
  • 26. Intro GC Protein detection Nitrilases NHases PKS THM NHases - tree of the α domain Foerstner et al., 2008
  • 27. Intro GC Protein detection Nitrilases NHases PKS THM NHases - Monosiga brevicollis’ taxomony
  • 28. Intro GC Protein detection Nitrilases NHases PKS THM NHases - in Monosiga brevicollis Foerstner et al., 2008
  • 29. Intro GC Protein detection Nitrilases NHases PKS THM Table of content 1 Introduction 2 GC content analysis 3 Protein detection workflow 4 Nitrilases 5 Nitril hydratases 6 Polyketide synthases I 7 Take home messages
  • 30. Intro GC Protein detection Nitrilases NHases PKS THM PKS I Polyketide synthases (PKS) create a heterogeneous group of secondary metabolites The synthesis is similar to the fatty acid synthesis Multiple domains We focused on polyketide synthases type I (PKS I)
  • 31. Intro GC Protein detection Nitrilases NHases PKS THM PKS I - polyketide synthesis steps This picture of this slide is removed due to copyright restriction. Jenke-Kodama et al., 2005
  • 32. Intro GC Protein detection Nitrilases NHases PKS THM PKS I - examples of polyketides Erythromycin Oleandomycin Aflatoxin B1
  • 33. Intro GC Protein detection Nitrilases NHases PKS THM PKS I - tree of the AT domain HMM hits Foerstner et al., 2008
  • 34. Intro GC Protein detection Nitrilases NHases PKS THM PKS I - tree overview Foerstner et al., 2008
  • 35. Intro GC Protein detection Nitrilases NHases PKS THM PKS I - hit distribution Foerstner et al., 2008
  • 36. Intro GC Protein detection Nitrilases NHases PKS THM PKS I - PKSs per genome Foerstner et al., 2008
  • 37. Intro GC Protein detection Nitrilases NHases PKS THM Table of content 1 Introduction 2 GC content analysis 3 Protein detection workflow 4 Nitrilases 5 Nitril hydratases 6 Polyketide synthases I 7 Take home messages
  • 38. Intro GC Protein detection Nitrilases NHases PKS THM Take home messages Metagenomics ... ... might help us to explore the complete microbial world ... still has many technical challenges ... can reveal the environmetal influence on genomic features ... can help discover new enzymes
  • 39. Intro GC Protein detection Nitrilases NHases PKS THM Acknowledgements Peer Bork Thomas Dandekar Lars Steinmetz Toby Gibson The whole Bork group esp. Jeroen Raes and Takuji Yamada Christian von Mering Melly My friends and family
  • 40. Intro GC Protein detection Nitrilases NHases PKS THM Image sources/attribution - part 1/2 Orangutan Houston Zoo http://flickr.com/photos/billtex48/2178056762/ by (Bill and Mavis) - B&M Opel Zoo 07.07.2007 http://flickr.com/photos/lamberty/754218458 by frijolito75 Giraffe http://flickr.com/photos/abelle/280246250/ by A.Bell Snuggling http://flickr.com/photos/buckwoo/2421562192/ by Ken W! Delicious Dead Bee and Hungry Ants http://flickr.com/photos/hamed/176176998/ by Hamed Saber hundreds of fish swarm a soft coral head http://flickr.com/photos/g-na/370131126/ by g-na hunt is on http://flickr.com/photos/doug88888/2930690305/ by doug88888 Long-billed Curlew http://flickr.com/photos/mikebaird/3011987508/ by mikebaird 145ps 01087.jpg http://flickr.com/photos/ricephotos/2679758872/ by IRRI Images Polymicrobic biofilm epifluorescence http://commons.wikimedia.org/wiki/File:Polymicrobic_biofilm_epifluorescence.jpg The Sorcerer II Global Ocean Sampling Expedition: Northwest Atlantic through Eastern Tropical Pacific Rusch DB, Halpern AL, Sutton G, Heidelberg KB, Williamson S, et al. PLoS Biology Vol. 5, No. 3, e77 doi:10.1371/journal.pbio.0050077 green farm http://flickr.com/photos/nakae/204037619/ by nakae Acid Mine Drainage http://flickr.com/photos/savethewildup/400614071/ by savethewildup blue ocean http://flickr.com/photos/coolskipper/27242821/ by coolskipper Digestive system http://commons.wikimedia.org/wiki/File:Digestive_system_whitout_labels.svg by Mariana Ruiz Villarreal Pg166 bioreactor http://commons.wikimedia.org/wiki/File:Pg166_bioreactor.jpg
  • 41. Intro GC Protein detection Nitrilases NHases PKS THM Image sources/attribution - part 2/2 Big Drop-Off [...] http://flickr.com/photos/ctsnow/113339176/ by ctsnow Sphaeroeca-colony http://commons.wikimedia.org/wiki/File:Sphaeroeca-colony.jpg by Dhzanette Ocean view http://flickr.com/photos/provoost/399669002/ by Sjors Provoost The hurdles http://flickr.com/photos/29621494N02/3060466344/ by paula fisher Erythromycin http://de.wikipedia.org/w/index.php?title=Datei:Erythrommycin_A_B_C.svg by Yikrazuul Aflatoxin B1 http://de.wikipedia.org/w/index.php?title=Datei: Aflatoxin_B1.svg&filetimestamp=20070113042046 by Bryan Derksen Oleandomycin http://en.wikipedia.org/wiki/File:Oleandomycin.png by Edgar181 Tool rack http://en.wikipedia.org/wiki/File:Oleandomycin.png by L. Marie Collaboration http://flickr.com/photos/fncll/145149313/ ChrisL AK Base pair AT http://commons.wikimedia.org/wiki/File:Base_pair_AT.svg Base pair GC http://commons.wikimedia.org/wiki/File:Base_pair_GC.svg
  • 42. Intro GC Protein detection Nitrilases NHases PKS THM About this document A Created in L TEX using the beamer class, TeX Live and Emacs. All these programs run on OpenBSD. http://www.latex-project.org http://latex-beamer.sourceforge.net http://www.tug.org/texlive/ http://www.gnu.org/software/emacs http://www.gimp.org/ http://www.openbsd.org Published under the Creative Commons Attribution 3.0 License http://creativecommons.org/licenses/by/3.0/ Document version 1.0 2009/02/04