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Devoir Surveillé n° 5
Le schéma réactionnel est attendu. L'acide propanoïque. CH3-CH2-COOH. Un acide carboxylique est préparé à partir d'
Table des matières
1 sept. 2005 à 2016/2017 . ... Par la présente note d'information nous invitons votre ... jour de la Commission
Single cell RNA sequencing
Sequencing cost becomes the bo leneck instead #8211; (GXY Zhang et al Nat Communicafions 2017) ... Cell Research 2016) - #8208; RNA +.
Catalytic steam reforming of ethanol over W- V-
https://www.degruyter.com/document/doi/10.1515/cse-2017-0004/pdf
In lieu of the matter proposed to be inserted by the Senate insert the
1 mai 2022 DIVISION D—ENERGY AND WATER DEVELOPMENT AND RELATED. AGENCIES APPROPRIATIONS ACT 2022 ... for the fiscal year ending September 30
Plant Health Newsletter: Media Monitoring No. 1
28 févr. 2017 1 March 2017. European Food Safety Authority (EFSA). EFSA-Q-2017-00512 doi: 10.2903/sp.efsa.2019.EN-1320. Plant Health Newsletter.
BCIS Annual Report 2017-2018
Here at BCIS the school year starts in July with the (2017 Carol
Boost–flyback converter with interleaved input current and output
Received on 19th September 2017 where n is the couple inductors turn ratio and d is the duty cycle. ... Power Electron. 2016
Worst Prac?es…And How To Fix Them
K.I.S.S. #8211; Keep it Simple…Silly. – Incorporate redundancy without making it overly complex. U?ize a syslog server. – Purpose built solu?n.
SinglecellRNAsequencing
asa.bjorklund@scilifelab.seOutline• Whysinglecelltranscriptomics?
• Experimentalsetup• ComputaAonalanalysis• ExamplesofscRNA-seqexperiments (Sandberg,NatureMethods2014) Whysingle-celltranscriptomics?• UnderstandingheterogeneousAssues• IdenAficaAonandanalysisofrarecelltypes• ChangesincellularcomposiAon• DissecAonoftemporalchanges• ExampleofapplicaAons:
- DifferenAaAontrajectories- Cancerheterogeneity- NeuralcellclassificaAon- Embryonicdevelopment- Drugtreatmentresponse
Transcrip (Suteretal.Science2011)• BurstfrequencyandsizeiscorrelatedwithmRNAabundance • ManyTFshavelowmeanexpression(andlowburstfrequency)andwillonlybe detectedinafracAonofthecells Experimentalsetup
Experimentalsetup
Single-cell transcriptomics protocols overviewKolodziejczyk et al, 2013 Experimentalsetup
Single-cell transcriptomics protocols overviewKolodziejczyk et al, 2013 Experimentalsetup
Single-cell transcriptomics protocols overviewKolodziejczyk et al, 2013 (Grunetal.Cell2015) Smallvolumeapproaches• VolumeseemtobeakeycomponentinthesereacAons - SmallervolumesgivebeeerdetecAonandreproducibility • Smallervolumes=cheaperreagentcosts• Methodsforhighthroughput(1000ndsofcells)• Sequencingcostbecomestheboeleneckinstead-
ohenshallowsequencing Droplet/microfluidicsapproaches
Chromium10XGenomics
• DropletbasedsystemforscRNAseqandgenomesequencing• 500-10,000singlecells• CellRangersofwareforanalysisofresults(GXYZhangetalNatCommunica4ons2017)
WafergenICELL8microwellsystem
• ICELL8chipwith9600wells• MulAsamplenanodispenser• CanuseFACSsorAng• ImagingstaAon• Sohwaretoselectcells->minimizenumberofdoublets• Possibletosaveimagesofcellswithafewdifferentcolors• ImplementedwithSTRTattheESCGplaqorm
ProblemscomparedtobulkRNA-seq• AmplificaAonbias • Drop-outrates• TranscripAonalbursAng• Backgroundnoise• Biasduetocell-cycle,cellsizeandotherfactors
(Karchenkoetal.NatureMethods2014) (Shaleketal.Nature2013) • Cellularbarcodes - IntroducedatRTstepwithoneuniquesequencepercell- Enablespoolingofmanylibrariesintoonetubefor subsequentsteps • UMIs - Introducerandomsequencesatthebeginningofeach sequence - ReduceseffectofamplificaAonbiasbyremovingPCR duplicates • Implementedwithtag-basedmethodssuchasSTRT andCEL-seq (Islametal.NatureMethods2014) Spike-inRNAs• AddiAonofexternalcontrols
• Usedtomodel: - technicalnoise/drop-outrates- starAngamountofRNAinthecell • ERCCspike-inmostwidelyused,consistsof48or96 mRNAsat17differentconcentraAons. • Importanttoaddequalamountstoeachcell, preferablyinthelysisbuffer. Spike-inRNAs
(Vallejosetal.PLOSCompBiol2015) (Brenneckeetal.NatureMethods2013) • Recommendedtohaveatleast20-30cellsfromeachcelltype - Asamplewithaminorcelltypeat5%requiressequencingof 400cells.
- PreselecAngcellsmaybenecessary,butunbiasedcellpickingis preferred. - DependingonthesensiAvityofyourmethodyoumayneed more/lesscells • Tostudygeneexpressiononly,sequencingdepthdoes nothavetobedeep. - MulAplexingofhundredsofsamplesononelaneiscommon.- Fortag-basedmethodssequencingisohenmoreshallow. • Possibletohaveaconsultancysessionwithsomeoneat NBISforexperimentaldesign.
WhichmethodshouldIuse?• Fulllength(SmartSeq2)vstag-based(CELseq/STRT)methods: - Trade-offbetweenthroughputandsensiAvity- UniquemolecularidenAfiers(UMI)implementaAonwith thetag-basedmethods • PracAcalissuessuchassorAngofcells NaRNA-seqservicesatESCG
Experimentalsetup
Experimentalsetup
Single-cell transcriptomics protocols overviewKolodziejczyk et al, 2013Experimentalsetup
Single-cell transcriptomics protocols overviewKolodziejczyk et al, 2013Experimentalsetup
Single-cell transcriptomics protocols overviewKolodziejczyk et al, 2013 (Grunetal.Cell2015) Smallvolumeapproaches• VolumeseemtobeakeycomponentinthesereacAons - SmallervolumesgivebeeerdetecAonandreproducibility• Smallervolumes=cheaperreagentcosts• Methodsforhighthroughput(1000ndsofcells)• Sequencingcostbecomestheboeleneckinstead-
ohenshallowsequencingDroplet/microfluidicsapproaches
Chromium10XGenomics
• DropletbasedsystemforscRNAseqandgenomesequencing• 500-10,000singlecells• CellRangersofwareforanalysisofresults(GXYZhangetalNatCommunica4ons2017)
WafergenICELL8microwellsystem
• ICELL8chipwith9600wells• MulAsamplenanodispenser• CanuseFACSsorAng• ImagingstaAon• Sohwaretoselectcells->minimizenumberofdoublets• Possibletosaveimagesofcellswithafewdifferentcolors• ImplementedwithSTRTattheESCGplaqorm
ProblemscomparedtobulkRNA-seq• AmplificaAonbias• Drop-outrates• TranscripAonalbursAng• Backgroundnoise• Biasduetocell-cycle,cellsizeandotherfactors
(Karchenkoetal.NatureMethods2014) (Shaleketal.Nature2013) • Cellularbarcodes - IntroducedatRTstepwithoneuniquesequencepercell- Enablespoolingofmanylibrariesintoonetubefor subsequentsteps • UMIs - Introducerandomsequencesatthebeginningofeach sequence - ReduceseffectofamplificaAonbiasbyremovingPCR duplicates • Implementedwithtag-basedmethodssuchasSTRT andCEL-seq (Islametal.NatureMethods2014)Spike-inRNAs• AddiAonofexternalcontrols
• Usedtomodel: - technicalnoise/drop-outrates- starAngamountofRNAinthecell • ERCCspike-inmostwidelyused,consistsof48or96 mRNAsat17differentconcentraAons. • Importanttoaddequalamountstoeachcell, preferablyinthelysisbuffer.Spike-inRNAs
(Vallejosetal.PLOSCompBiol2015) (Brenneckeetal.NatureMethods2013) • Recommendedtohaveatleast20-30cellsfromeachcelltype - Asamplewithaminorcelltypeat5%requiressequencingof400cells.
- PreselecAngcellsmaybenecessary,butunbiasedcellpickingis preferred. - DependingonthesensiAvityofyourmethodyoumayneed more/lesscells • Tostudygeneexpressiononly,sequencingdepthdoes nothavetobedeep. - MulAplexingofhundredsofsamplesononelaneiscommon.- Fortag-basedmethodssequencingisohenmoreshallow. • PossibletohaveaconsultancysessionwithsomeoneatNBISforexperimentaldesign.
WhichmethodshouldIuse?• Fulllength(SmartSeq2)vstag-based(CELseq/STRT)methods: - Trade-offbetweenthroughputandsensiAvity- UniquemolecularidenAfiers(UMI)implementaAonwith thetag-basedmethods • PracAcalissuessuchassorAngofcells NaFull-lengthQuan FormatEppendorfTwin-tekC1microfluidicschip(Fluidigm)MicrowellchipChromiummicrofluidicschipCellnumber3843x969,600(~2,500)8x500-10,000InputFACS-sortedcellsCellsuspensionCellsuspensionCellsuspensionTranscriptcoverageFull-length5'5'3'Advantage• Flexibledelivery• SNPs,mutaAons• Nuclei• Imaging• CellselecAon• Unbiased• CellselecAon• 8samplesparallel• Nuclei• Highthroughput• 8samplesparallel• SamplepoolingLimita (FromKarolinaWallenborgatESCG) Userfees
Smart-seq2384wellplateSTRT-C196cellchip(50-96cells)STRT-Wafergen9600wellschip(~2,500cells)10XGenomics1sample(~3,000cells)• ValidaAon• Smart-seq2library• Sequencing• (50bp,single-read• ValidaAon• STRT-C1library• Sequencing(50bpsingle-read)• ValidaAon• STRTlibrary(dualindex)• Sequencing(50bpsingle-read)• ValidaAon• Illuminalibrary• Sequencing(paired-end,dualindex)~40,500SEK~22,500SEK~45,000-50,000SEK~43,000SEK
scRNA-seqanalysisoverview Mapping
GeneexpressionesAmate
QC:RemovelowQcellsRemovecontaminantsData:expressionprofilesRawdata-fastqfilesDefiningcelltypes/lineagesGenesignaturesVerificaAonexperiments• DimensionalityreducAon• Clusteringmethods• PseudoAmeassignmentSameasbulkRNAseq(withspike-ins)• DatanormalizaAon• GenesetselecAon• Batcheffectremoval• Removalofotherconfounders
QualityControl(QC)
uniquemap 9 cells removed, cutoff 8.3711
0 5 10 15 20 25
30
3.516.531.546.561.576.5
mismatch/indel 26 cells removed, cutoff 0.7076
0 10 20 30
40
50
60
0.230.570.911.251.59
exonmap 20 cells removed, cutoff 0.6052
0 10 20 30
40
50
60
70
0.0150.2250.4350.6450.855
3primemap
13 cells removed, cutoff 0.0856
0 50
100
150
200
250
300
0.02250.09250.16250.2325
normreads 16 cells removed, cutoff 100000.0000
0 10 20 30
40
50
50000175000036500005550000
gene_detection 14 cells removed, cutoff 0.0949
0 10 20 30
40
50
60
0.0350.1750.3150.4550.595
total 48 samples failed QC Total samples: 722
• QCisacrucialstepinscRNA-seq-Anyexperimentwillhaveanumberoffailedlibraries! • OBS!Smallercelltypesgiveslowermappingratesandmoreprimer dimers. • Canlookat: - MappingstaAsAcs(%uniquelymapping)- Mismatchrate- FracAonofexonmappingreads- 3'bias(degradedRNA)- mRNA-mappingreads- Numberofdetectedgenes- Spike-indetec • Dependingoncelltype,around500Kexonmappingreadssaturates Databias• OhenneedtododatatransformaAonbeforeclustering/PCA - Normalizebyspike-inRNAs- Normalizebytotalcounts- LengthnormalizedRPKM/FPKM- Removecell-cycleeffects,sizebiasorsimilar(scLVM
package,SCDEpackage) - RTefficiency/drop-outrate(SCDEpackage,scranpackage)- Technicalnoise(BASiCSpackage,GRM)- Batcheffectremoval(SVAComBatfuncAon,SCDEpackage)
Batchnormaliza -80-60-40-2002040 60
40
20 0 20 40
60
Raw RPKM values
PC1 PC2 ILC1 ILC2 ILC3 NK T74 T75 T86 -80-60-40-2002040 60
40
20 0 20 40
60
Raw RPKM values
PC1 PC2 T74 T75 T86 ILC1 ILC2 ILC3 NK -40-20020 40
20 0 20 Sva normalized RPKM values
PC1 PC2 ILC1 ILC2 ILC3 NK T74 T75 T86 -40-20020 40
20 0 20 Sva normalized RPKM values
PC1 PC2 T74 T75 T86 ILC1 ILC2 ILC3 NK (Stegleetal.NatRevGene4cs2015) Featureselec- GenesexpressedinXcells.- FilteroutgeneswithcorrelaAontofewothergenes- Priorknowledge/annotaAon- DEgenesfrombulkexperiments- TopPCAloadings
• Linearmethods: - PCA(principalcomponentanalysis)- ICA(independentcomponentanalysis)- MDS(mulAdimensionalscaling) • Non-linearmethods: - Non-linearPCA- t-SNE(t-distributedstochasAcneighborembedding)- Diffusionmaps- Networkbasedmethods • APCAisaverygoodstartingeyngtoknowyour t-SNEvsPCAdimensionalityreduc 20 0 20 PCA PC1 PC2 ILC1 ILC2 ILC3 NK T74 T75 T86 -40-2002040 40
20 0 20 t-SNE PC2 ILC1 ILC2 ILC3 NK T74 T75 T86 Moredimensionalityreduc (Moignardetal.NatureBiotech2015) Iden • Clusteringbasedon - rpkms/counts-Euklideandistances- PairwisecorrelaAons- PCAorotherdimensionalityreducAonmethod • Methodofchoice:hierarchical,k-means,biclustering• Someprograms: - WGCNA- BackSPIN- Pagoda- DBscan • OBS!OutlierremovalasaniniAalstepmaybenecessary, (Fanetal.NatureMethods2016) Pseudo (Trapnelletal.NatureBiotech2014) Diffusionpseudo (HaghvedietalNatureMethods2016) Detec • Canusenon-parametricmethodslikeSAMseq Detec • AvailablesinglecellDEmethods: - SingleCellAssay-developedforqPCRexperiments- Monoclepackage- SingleCellDifferenAalExpression-SCDE- Model-basedAnalysisofSingle-cellTranscriptomics-MAST- SAMstrt-extenAontoSAMseqwithspike-innormalizaAon- ManyotherrecentpublicaAons.......
• SomestudiesusePCAcontribuAon(loadings)orgene SAM SCA SCDE DESEQ MONOCLE
MONOCLE
DESEQ SCDE SCA SAM 741557362755794
10496476192780755
399375689619362
631661375647557
14296313991049741
ILC3 overlap of DE genes
ComparisonofDEdetec HighfalsediscoveryrateforDESeqandEdgeR
scRNA-seqanalysisoverview Mapping
GeneexpressionesAmate
QC:RemovelowQcellsRemovecontaminantsData:expressionprofilesRawdata-fastqfilesDefiningcelltypes/lineagesGenesignaturesVerificaAonexperiments• DimensionalityreducAon• Clusteringmethods• PseudoAmeassignmentSameasbulkRNAseq(withspike-ins)• DatanormalizaAon• GenesetselecAon• Batcheffectremoval• Removalofotherconfounders
Addi • Variantcalling• Copy-numbervariaAon• AlternaAvesplicing• AlternaAvesplicingandallelicexpressionrequires
fulllengthmethods. - Butonlyworksforhighlyexpressedgeneswithgoodreadcoverage- MustbecarefultotakeintoconsideraAonthedrop-outrate,aunique
phenotypeLinkageAnalysis (Poironetal.BioRxiv2016) EIEJCEU=IKPK=PAH
quotesdbs_dbs21.pdfusesText_27
FormatEppendorfTwin-tekC1microfluidicschip(Fluidigm)MicrowellchipChromiummicrofluidicschipCellnumber3843x969,600(~2,500)8x500-10,000InputFACS-sortedcellsCellsuspensionCellsuspensionCellsuspensionTranscriptcoverageFull-length5'5'3'Advantage• Flexibledelivery• SNPs,mutaAons• Nuclei• Imaging• CellselecAon• Unbiased• CellselecAon• 8samplesparallel• Nuclei• Highthroughput• 8samplesparallel• SamplepoolingLimita Smart-seq2384wellplateSTRT-C196cellchip(50-96cells)STRT-Wafergen9600wellschip(~2,500cells)10XGenomics1sample(~3,000cells)• ValidaAon• Smart-seq2library• Sequencing• (50bp,single-read• ValidaAon• STRT-C1library• Sequencing(50bpsingle-read)• ValidaAon• STRTlibrary(dualindex)• Sequencing(50bpsingle-read)• ValidaAon• Illuminalibrary• Sequencing(paired-end,dualindex)~40,500SEK~22,500SEK~45,000-50,000SEK~43,000SEK QC:RemovelowQcellsRemovecontaminantsData:expressionprofilesRawdata-fastqfilesDefiningcelltypes/lineagesGenesignaturesVerificaAonexperiments• DimensionalityreducAon• Clusteringmethods• PseudoAmeassignmentSameasbulkRNAseq(withspike-ins)• DatanormalizaAon• GenesetselecAon• Batcheffectremoval• Removalofotherconfounders - MappingstaAsAcs(%uniquelymapping)- Mismatchrate- FracAonofexonmappingreads- 3'bias(degradedRNA)- mRNA-mappingreads- Numberofdetectedgenes- Spike-indetec - Normalizebyspike-inRNAs- Normalizebytotalcounts- LengthnormalizedRPKM/FPKM- Removecell-cycleeffects,sizebiasorsimilar(scLVM - RTefficiency/drop-outrate(SCDEpackage,scranpackage)- Technicalnoise(BASiCSpackage,GRM)- Batcheffectremoval(SVAComBatfuncAon,SCDEpackage) Detec - SingleCellAssay-developedforqPCRexperiments- Monoclepackage- SingleCellDifferenAalExpression-SCDE- Model-basedAnalysisofSingle-cellTranscriptomics-MAST- SAMstrt-extenAontoSAMseqwithspike-innormalizaAon- ManyotherrecentpublicaAons....... QC:RemovelowQcellsRemovecontaminantsData:expressionprofilesRawdata-fastqfilesDefiningcelltypes/lineagesGenesignaturesVerificaAonexperiments• DimensionalityreducAon• Clusteringmethods• PseudoAmeassignmentSameasbulkRNAseq(withspike-ins)• DatanormalizaAon• GenesetselecAon• Batcheffectremoval• Removalofotherconfounders • Variantcalling• Copy-numbervariaAon• AlternaAvesplicing• AlternaAvesplicingandallelicexpressionrequires - Butonlyworksforhighlyexpressedgeneswithgoodreadcoverage- MustbecarefultotakeintoconsideraAonthedrop-outrate,auniqueUserfees
Mapping
GeneexpressionesAmate
QualityControl(QC)
uniquemap 9 cells removed, cutoff 8.3711
0 5 10 15 20 25
30
3.516.531.546.561.576.5
mismatch/indel 26 cells removed, cutoff 0.7076
0 10 20 30
40
50
60
0.230.570.911.251.59
exonmap 20 cells removed, cutoff 0.6052
0 10 20 30
40
50
60
70
0.0150.2250.4350.6450.855
3primemap
13 cells removed, cutoff 0.0856
0 50
100
150
200
250
300
0.02250.09250.16250.2325
normreads 16 cells removed, cutoff 100000.0000
0 10 20 30
40
50
50000175000036500005550000
gene_detection 14 cells removed, cutoff 0.0949
0 10 20 30
40
50
60
0.0350.1750.3150.4550.595
total 48 samples failed QC Total samples: 722
• QCisacrucialstepinscRNA-seq-Anyexperimentwillhaveanumberoffailedlibraries! • OBS!Smallercelltypesgiveslowermappingratesandmoreprimer dimers. • Canlookat: Batchnormaliza
40
20 0 20 40
60
Raw RPKM values
PC1 PC2 ILC1 ILC2 ILC3 NK T74 T75 T86 -80-60-40-2002040 60
40
20 0 20 40
60
Raw RPKM values
PC1 PC2 T74 T75 T86 ILC1 ILC2 ILC3 NK -40-20020 40
20 0 20 Sva normalized RPKM values
PC1 PC2 ILC1 ILC2 ILC3 NK T74 T75 T86 -40-20020 40
20 0 20 Sva normalized RPKM values
PC1 PC2 T74 T75 T86 ILC1 ILC2 ILC3 NK (Stegleetal.NatRevGene4cs2015) Featureselec
20 0 20 t-SNE PC2 ILC1 ILC2 ILC3 NK T74 T75 T86 Moredimensionalityreduc
Iden
Pseudo
Diffusionpseudo
Detec
MONOCLE
MONOCLE
DESEQ SCDE SCA SAM 741557362755794
10496476192780755
399375689619362
631661375647557
14296313991049741
ILC3 overlap of DE genes
ComparisonofDEdetec
HighfalsediscoveryrateforDESeqandEdgeR
scRNA-seqanalysisoverview Mapping
GeneexpressionesAmate
Addi
EIEJCEU=IKPK=PAH
quotesdbs_dbs21.pdfusesText_27
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