Handling Fungal data in MoBeDAC

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Transcription:

Handling Fungal data in MoBeDAC Jason Stajich UC Riverside

Fungal Taxonomy and naming undergoing a revolution One fungus, one name

http://www.biology.duke.edu/fungi/ mycolab/primers.htm

http://www.biology.duke.edu/fungi/ mycolab/primers.htm

Why is this hard? ITS is easier to amplify because it is multicopy and concerted evolution keeps the copies homogenized(*) and rrna genes will change more slowly helping make universal primers possible(*) Curated sequence database of marker to taxonomy needs to be built Taxonomy specified to different depths for some lineages, especially early branching ones ITS cannot really be used to build trees - it is a good barcoding molecule as it changes rapidly. Though in some lineages not rapidly enough and resolving in those lineages requires another marker LSU is good for backbone and major grouping but hard to resolve species or even genus often with this molecule. * Assumptions that mostly/often hold true

Speaking the same language Unified Taxonomy Multiple marker sequences ITS, SSU, LSU COI1 Assembling the Fungal Tree of Life markers (RPB1, RPB2, EF1alpha) Phylogenomically chosen 40-60 protein coding genes.

What s in GenBank for ITS? (ca 2010) 1-454 run Neocallimastigomycota 267605 Ascomycota 79597 Basidiomycota 45393 Glomeromycota 3809 Chytridiomycota 485 Microsporidia 482 Blastocladiomycota 10

Some ITS databases UNITE (unite.ut.ee) - UNITE barcoding sequences: 3878 ITS sequences of 1508 species from 255 genera Fungal ITS sequences in database (UNITE + INSD): 205,688 Extracts from GenBank ~ In case of uncurated data there are many mis-specified taxonomy assignments to sequence. Worst are endophytic fungi that are assigned to plants or other improper specimen identification Need: Expert curation, collection. Much of this is being done very well by UNITE team and collaborators. We (Sloan funded project) do want to help

LSU & databases Ribosomal Database Project (MSU) has a Naive Bayesian classifier for Fungal LSU - http:// rdp.cme.msu.edu/classifier/ Still new to us to be able to test out (Liu et al 2011) but promising and quite fast as it doesn t have same alignment-based Vast majority of data being generated seems to be ITS, but sometimes there is a paired LSU study.

Playing with real data Amend et al PNAS 2010 Indoor fungal composition is geographically patterned and more diverse in temperate zones than in the tropics. 72 samples of fungi from 6 continents. Sampled ITS2 region and the D1-D2 region of LSU with 454-FLX Main finding of increasing species diversity with increasing latitude

Fig 1. Amend et al 2010

MG-RAST with Fungal Data

Hits summarized by different taxonomic levels

Rarefaction curve (1 sample)

Summary of Indoor Fungal Metagenomes using MG- RAST tools Analyses performed with KbaseKit R package (Kevin Keegan, Daniel Braithwaite)

R package to download and analyze MG- RAST annotated data Install the KbaseKit

Batch download data from MG- RAST Save in simple format for R, Matlab, Excel etc.

Preprocess (normalize and standardize the data DistribuLon of species level taxonomic abundances for 128 samples AKer normalizalon and standardizalon, data are more comparable, but non- normal

PCA of normalized counts Painted by rrna type

Abundance Red(low) - > Green(high) 28S ITS 10% most abundant taxa that are significantly different between 28S and ITS (Mann Whitney test Bonferroni adjusted p- value 0.05) InvesLgated ITS and 28S samples to determine taxa that exhibit the most significant differences

PCA of normalized counts Painted by sampled country

PCA of normalized counts Painted by sampled elevalon

VAMPS with Fungal LOO CV data Testing the use of GAST and the UNITE ITS database on the Amend et al data. Good recall for this dataset - 8% of data is unknown, but still evaluating correctness of assigned taxa Have also tested leave-one-out cross validation with test ITS data and there is reasonable ability to recall taxa. Vote 70 75 80 85 90 95 100 With MBL team, be testing an integration of ITS data into the standard VAMPS analyses. 0.00 0.05 0.10 0.15 0.20 GAST distance

Thanks UCR Steven Ahrendt Daniel Borcherding Raghu Ramamurthy (FungiDB) QIIME Gail Ackerman Jesse Stombaugh Rob Knight VAMPS-MBL Sue Huse Anna Shipunova Mitch Sogin MG-RAST Daniel Braithwaite Travis Harrison Kevin Keegan Andreas Wilke