GENTAUR Belgium BVBA BE0473327336 Voortstraat 49, 1910 Kampenhout BELGIUM Tel 0032 16 58 90 45
GENTAUR U.S.A Genprice Inc 6017 Snell Ave, Ste 357, SanJose, CA 95123
Tel (408) 780-0908, Fax (408) 780-0908, sales@genprice.com

Apr
27th

Supplier : Xcelris

Country : | Number of Products : 229 | View all products

About this Supplier: website

1-3 Kb DNA Mate Paired End Library for sequencing using 2X150 chemistry on NextSeq500
1-3 Kb Mate Pair Library for sequence using 2X300 chemistry on MiSeq
3-20 Kb DNA Medium Insert Library for long read data
3-5 Kb DNA Medium Insert Library for long read data
3-8 Kb DNA Mate Paired End Library for sequencing using 2X150 chemistry on NextSeq500
3-8 Kb Mate Pair Library for sequence using 2X300 chemistry on MiSeq
Agrose gel DNA QC,per gel ( 1-14 samples)
BAC Library construction using HindIII or EcoRI in pECBAC1 or pCC1BAC vector
BAC Library construction using HindIII or EcoRI in pECBAC1 or pCC1BAC vector
BAC Library construction using HindIII or EcoRI in pECBAC1 or pCC1BAC vector
BAC Library construction using HindIII or EcoRI in pECBAC1 or pCC1BAC vector
BAC Library construction using HindIII or EcoRI in pECBAC1 or pCC1BAC vector
BAC Library construction using HindIII or EcoRI in pECBAC1 or pCC1BAC vector
Bioanalyzer profile per sample min 12 samples
Bioanalyzer profile per sample min 6 samples
Bioinformatics analysis of ChipSeq data for identification of binding sites for DNA-associated proteins
Bioinformatics Analysis of data for comprehensive TILLING
Bioinformatics Analysis of data for comprehensive TILLING
Bioinformatics analysis of eQTL data for assembly, for eQTL mapping and SNP data
Bioinformatics analysis of GBS data for preparation of genetic per association map
Bioinformatics analysis of GBS data for preparation of genetic per association map
Bioinformatics analysis of HiSeq 2000 data for comprehensive denovo transcriptomics
Bioinformatics analysis of HiSeq 2000 data: Comprehensive Small RNA Discovery and profiling
Bioinformatics analysis of HiSeq 2000 data: Comprehensive Small RNA Expression profiling
Bioinformatics analysis of HiSeq data for comprehensive Exome study
Bioinformatics analysis of long read Roche data for comprehensive Metagenomics
Bioinformatics analysis of Methylome data for Methylation analysis
Bioinformatics analysis of MiSeq data for comprehensive 16S rRNA Metagenomics
Bioinformatics analysis of MiSeq data for comprehensive denovo transcriptomics
Bioinformatics analysis of MiSeq data for comprehensive Metagenomics
Bioinformatics analysis of MiSeq data for comprehensive Metatranscriptomics
Bioinformatics analysis of MiSeq data: Comprehensive Small RNA Discovery and profiling
Bioinformatics analysis of MiSeq data: Comprehensive Small RNA Expression profiling
Bioinformatics analysis of NextSeq 500 data for comprehensive denovo transcriptomics
Bioinformatics analysis of NextSeq 500 data: Comprehensive Small RNA Discovery and profiling
Bioinformatics analysis of NextSeq 500 data: Comprehensive Small RNA Expression profiling
Bioinformatics analysis of NextSeq data for comprehensive Metatranscriptomics
Bioinformatics analysis of NextSeq500 data for comprehensive Metagenomics
Bioinformatics analysis of NextSeq500 data for comprehensive Exome study
Bioinformatics analysis of Roche data for comprehensive 16S rRNA Metagenomics
Bioinformatics analysis of Roche data for comprehensive denovo transcriptomics
Bioinformatics analysis of Whole Genome Bisulphite Sequencing data for Methylation analysis
Bioinformatics of data for comprehensive Human reference based genome Analysis
Bioinformatics of data for comprehensive mitochondria genome analysis
Bioinformatics of HiSeq 2000 data for comprehensive Denovo genome analysis
Bioinformatics of HiSeq 2000 data for comprehensive Denovo genome analysis
Bioinformatics of HiSeq 2000 data for comprehensive Reference based transcriptomics
Bioinformatics of MiSeq and NextSeq 500 data using Hybrid approach for Denovo genome analysis
Bioinformatics of MiSeq and NextSeq 500 per HiSeq 2000 data using Hybrid approach for Denovo genome analysis
Bioinformatics of MiSeq data for comprehensive Denovo genome analysis
Bioinformatics of MiSeq data for comprehensive Reference based genome analysis
Bioinformatics of MiSeq data for comprehensive Reference based transcriptomics Bioinformatics of MiSeq data for comprehensive Reference based transcriptomics Bioinformatics of MiSeq data for compre
Bioinformatics of MiSeq, NextSeq 500 per HiSeq 2000 and PacBio data using Hybrid approach for Denovo genome analysis
Bioinformatics of NextSeq 500 data for comprehensive Denovo genome analysis
Bioinformatics of NextSeq 500 data for comprehensive reference based genome analysis
Bioinformatics of NextSeq 500 data for comprehensive Reference based transcriptomics
Bioinformatics of Roche and MiSeq data using hybrid approach for denovo genome analysis
Bioinformatics of Roche, MiSeq and NextSeq 500 data using Hybrid approach for Denovo genome analysis
Bioinformatics of Roche, MiSeq and NextSeq 500 per HiSeq 2000 data using Hybrid approach for Denovo genome analysis
Bioinformatics of Roche, MiSeq, NextSeq 500 per HiSeq 2000 and Pacbio data using Hybrid approach for Denovo genome analysis
Deep Sequencing of 16S amplicon Metagenome: Library preparation using V3-V4 region-400-500bp (customized region), data generation using long read shotgun approach on Roche GSFLX
Deep Sequencing of 16S amplicon Metagenome: Library preparation using V3-V4 region-400-500bp (customized region), data generation using long read shotgun approach on Roche GSFLX
Deep Sequencing of 16S amplicon Metagenome: Library preparation using V3-V4 region-400-500bp (customized region), data generation using long read shotgun approach on Roche GSFLX
Deep Sequencing of 16S amplicon Metagenome: PE Library preparation using V3-V4 region-400-500bp (customized region), data generation using 2x300bp on MiSeq
Deep Sequencing of 16S amplicon Metagenome: PE Library preparation using V3-V4 region-400-500bp (customized region), data generation using 2x300bp on MiSeq
Deep Sequencing of ChIP enriched DNA: SE Library Prep, data generation using 1x75 bp on NextSeq 500
Deep Sequencing of ChIP enriched DNA: SE Library Prep, data generation using 1x75 bp on NextSeq 500
Deep Sequencing of ChIP enriched DNA: SE Library Prep, data generation using 1x75bp on NextSeq 500
Deep Sequencing of ChIP enriched DNA: SE Library Prep, data generation using 1x75bp on NextSeq 500
Deep Sequencing of Human Genome: PE Library Prep, data generation using 2x150bp on NextSeq 500 at 15X coverage
Deep Sequencing of Human Genome: PE Library Prep, data generation using 2x150bp on NextSeq 500 at 30X coverage
Deep Sequencing of Methylome: SE Library Prep, data generation using 1x135bp on HiSeq 2000
Deep Sequencing of Methylome: SE Library Prep, data generation using 1x50bp on HiSeq 2000
Deep Sequencing of Methylome: SE Library Prep, data generation using 1x75bp on NextSeq 500
Deep Sequencing of PE library using 2X150 chemistry on HiSeq
Deep Sequencing of PE library using 2X150 chemistry on MiSeq
Deep Sequencing of PE per MP library using 2X150 chemistry on NextSeq
Deep Sequencing of PE per MP library using 2X300 chemistry on MiSeq
Deep Sequencing of SE library using 1X100 chemistry on HiSeq2000
Deep Sequencing of SE library using 1X50 chemistry on HiSeq2000
Deep Sequencing of SE library using 1X75 chemistry on NextSeq500
Deep Sequencing of SE library using 2X100 chemistry on HiSeq2000
Deep Sequencing of SE library using 2X75 chemistry on NextSeq500
Deep Sequencing of smallRNASeq: SE Library Prep, data generation using 1x50bp on HiSeq 2000
Deep Sequencing of smallRNASeq: SE Library Prep, data generation using 1x50bp on HiSeq 2000
Deep Sequencing of smallRNASeq: SE Library Prep, data generation using 1x75bp on NextSeq 500
Deep Sequencing of smallRNASeq: SE Library Prep, data generation using 1x75bp on NextSeq 500
Deep Sequencing of smallRNASeq: SE Library Prep, data generation using 1x75bp on NextSeq 500
Deep Sequencing of smallRNASeq: SE Library Prep, data generation using 2x25bp on MiSeq
Deep Sequencing of Whole Genome: 3-5Kb long insert library Library Prep, data generation using long read technology of PacBio RS II chemistry with 16 SMRT
Deep Sequencing of Whole Genome: 3-5Kb long insert library Library Prep, data generation using long read technology of PacBio RS II chemistry with 24 SMRT
Deep Sequencing of Whole Genome: 3-5Kb long insert library Library Prep, data generation using long read technology of Pacbio RS II chemistry with 32 SMRT
Deep Sequencing of Whole Genome: 3-5Kb long insert library Library Prep, data generation using long read technology of Pacbio RS II chemistry with 48 SMRT
Deep Sequencing of Whole Genome: 3-5Kb long insert library Library Prep, data generation using long read technology of PacBio RS II chemistry with 8 SMRT
Deep Sequencing of Whole Genome: MP Library Prep (2-3Kb or 3-5 Kb or 5-8 Kb insert size), data generation using 2x100bp on HiSeq 2000
Deep Sequencing of Whole Genome: MP Library Prep (2-3Kb or 3-5 Kb or 5-8 Kb insert size), data generation using 2x100bp on HiSeq 2000
Deep Sequencing of Whole Genome: MP Library Prep (2-3Kb or 3-5 Kb or 5-8 Kb insert size), data generation using 2x100bp on HiSeq 2000
Deep Sequencing of Whole Genome: MP Library Prep (2-3Kb or 3-5 Kb or 5-8 Kb insert size), data generation using 2x100bp on HiSeq 2000
Deep Sequencing of Whole Genome: MP Library Prep (2-3Kb or 3-5 Kb or 5-8 Kb insert size), data generation using 2x150bp on NextSeq 500
Deep Sequencing of Whole Genome: MP Library Prep (2-3Kb or 3-5 Kb or 5-8 Kb insert size), data generation using 2x150bp on NextSeq 500
Deep Sequencing of Whole Genome: MP Library Prep (2-3Kb or 3-5 Kb or 5-8 Kb insert size), data generation using 2x150bp on NextSeq 500
Deep Sequencing of Whole Genome: MP Library Prep (2-3Kb or 3-5 Kb or 5-8 Kb insert size), data generation using 2x150bp on NextSeq 500
Deep Sequencing of Whole Genome: MP Library Prep (2-3Kb or 3-5 Kb or 5-8 Kb insert size), data generation using 2x150bp on NextSeq 500
Deep Sequencing of Whole Genome: MP Library Prep (2-3Kb or 3-5 Kb or 5-8 Kb insert size), data generation using 2x300bp on MiSeq
Deep Sequencing of Whole Genome: MP Library Prep (2-3Kb or 3-5 Kb or 5-8 Kb insert size), data generation using 2x300bp on MiSeq
Deep Sequencing of Whole Genome: MP Library Prep (2-3Kb or 3-5 Kb or 5-8 Kb insert size), data generation using 2x300bp on MiSeq
Deep Sequencing of Whole Genome: MP Library Prep (2-3Kb or 3-5 Kb or 5-8 Kb insert size), data generation using 2x300bp on MiSeq
Deep Sequencing of Whole Genome: MP Library Prep (2-3Kb or 3-5 Kb or 5-8 Kb insert size), data generation using 2x300bp on MiSeq
Deep Sequencing of Whole Genome: PE Library Prep, data generation using 2x100bp on HiSeq 2000
Deep Sequencing of Whole Genome: PE Library Prep, data generation using 2x100bp on HiSeq 2000
Deep Sequencing of Whole Genome: PE Library Prep, data generation using 2x100bp on HiSeq 2000
Deep Sequencing of Whole Genome: PE Library Prep, data generation using 2x100bp on HiSeq 2000
Deep Sequencing of Whole Genome: PE Library Prep, data generation using 2x100bp on HiSeq 2000
Deep Sequencing of Whole Genome: PE Library Prep, data generation using 2x100bp on HiSeq 2000
Deep Sequencing of Whole Genome: PE Library Prep, data generation using 2x100bp on HiSeq 2000
Deep Sequencing of Whole Genome: PE Library Prep, data generation using 2x150bp on NextSeq 500
Deep Sequencing of Whole Genome: PE Library Prep, data generation using 2x150bp on NextSeq 500
Deep Sequencing of Whole Genome: PE Library Prep, data generation using 2x150bp on NextSeq 500
Deep Sequencing of Whole Genome: PE Library Prep, data generation using 2x150bp on NextSeq 500
Deep Sequencing of Whole Genome: PE Library Prep, data generation using 2x150bp on NextSeq 500
Deep Sequencing of Whole Genome: PE Library Prep, data generation using 2x150bp on NextSeq 500
Deep Sequencing of Whole Genome: PE Library Prep, data generation using 2x300bp on MiSeq
Deep Sequencing of Whole Genome: PE Library Prep, data generation using 2x300bp on MiSeq
Deep Sequencing of Whole Genome: PE Library Prep, data generation using 2x300bp on MiSeq
Deep Sequencing of Whole Genome: PE Library Prep, data generation using 2x300bp on MiSeq
Deep Sequencing of Whole Genome: PE Library Prep, data generation using 2x300bp on MiSeq
Deep Sequencing of Whole Genome: PE Library Prep, data generation using 2x300bp on MiSeq
Deep Sequencing of Whole Genome: PE Library Prep, data generation using 2x300bp on MiSeq
Deep Sequencing of whole Metagenome: PE library preparation, data generation using 2x150bp on NextSeq500
Deep Sequencing of whole Metagenome: PE library preparation, data generation using 2x150bp on NextSeq500
Deep Sequencing of whole Metagenome: PE library preparation, data generation using 2x150bp on NextSeq500
Deep Sequencing of whole Metagenome: PE library preparation, data generation using 2x150bp on NextSeq500
Deep Sequencing of whole Metagenome: PE library preparation, data generation using 2x150bp on NextSeq500
Deep Sequencing of whole Metagenome: PE library preparation, data generation using 2x150bp on NextSeq500
Deep Sequencing of whole Metagenome: PE library preparation, data generation using 2x300bp on MiSeq
Deep Sequencing of whole Metagenome: PE library preparation, data generation using 2x300bp on MiSeq
Deep Sequencing of whole Metagenome: PE library preparation, data generation using 2x300bp on MiSeq
Deep Sequencing of whole Metagenome: PE library preparation, data generation using 2x300bp on MiSeq
Deep Sequencing of whole Metagenome: PE library preparation, data generation using 2x300bp on MiSeq
Deep Sequencing of whole Metagenome: PE library preparation, data generation using 2x300bp on MiSeq
Deep Sequencing of whole Metagenome: PE library preparation, data generation using 2x300bp on MiSeq
Deep Sequencing of whole Metagenome: shotgun library preparation, data generation using long read (upto1 Kb read length) shotgun approach on Roche GSFLX (Minimum 2 Sample)
Deep Sequencing of whole Metagenome: shotgun library preparation, data generation using long read (upto1 Kb read length) shotgun approach on Roche GSFLX (Minimum 4 Sample)
Deep Sequencing of whole Metatranscriptome: PE library preparation, data generation using 2x150bp on MiSeq
Deep Sequencing of whole Metatranscriptome: PE library preparation, data generation using 2x150bp on MiSeq
Deep Sequencing of whole Metatranscriptome: PE library preparation, data generation using 2x150bp on NextSeq500
Deep Sequencing of whole Metatranscriptome: PE library preparation, data generation using 2x150bp on NextSeq500
Deep Sequencing of whole Mitochondria: PE library preparation, data generation using 2x150bp on NextSeq500
Deep Sequencing of whole Mitochondria: PE library preparation, data generation using 2x150bp on NextSeq500
Deep Sequencing of whole Mitochondria: PE library preparation, data generation using 2x150bp on NextSeq500
Deep Sequencing of whole Mitochondria: PE library preparation, data generation using 2x300bp on MiSeq
Deep Sequencing of whole Mitochondria: PE library preparation, data generation using 2x300bp on MiSeq
Deep Sequencing of whole Mitochondria: PE library preparation, data generation using 2x300bp on MiSeq
Deep Sequencing of Whole Transcriptome using Low Input RNA: PE Library Prep, data generation using 2x150bp on MiSeq
Deep Sequencing of Whole Transcriptome using Low Input RNA: PE Library Prep, data generation using 2x150bp on MiSeq
Deep Sequencing of Whole Transcriptome using Low Input RNA: PE Library Prep, data generation using 2x150bp on MiSeq
Deep Sequencing of Whole Transcriptome using Low Input RNA: PE Library Prep, data generation using 2x150bp on MiSeq
Deep Sequencing of Whole Transcriptome using Low Input RNA: PE Library Prep, data generation using 2x150bp on MiSeq
Deep Sequencing of Whole Transcriptome using Low Input RNA: PE Library Prep, data generation using 2x150bp on MiSeq
Deep Sequencing of Whole Transcriptome: PE Library Prep, data generation using 2x100bp on HiSeq 2000
Deep Sequencing of Whole Transcriptome: PE Library Prep, data generation using 2x100bp on HiSeq 2000
Deep Sequencing of Whole Transcriptome: PE Library Prep, data generation using 2x100bp on HiSeq 2000
Deep Sequencing of Whole Transcriptome: PE Library Prep, data generation using 2x100bp on HiSeq 2000
Deep Sequencing of Whole Transcriptome: PE Library Prep, data generation using 2x100bp on HiSeq 2000D
Deep Sequencing of Whole Transcriptome: PE Library Prep, data generation using 2x150bp on MiSeq
Deep Sequencing of Whole Transcriptome: PE Library Prep, data generation using 2x150bp on MiSeq
Deep Sequencing of Whole Transcriptome: PE Library Prep, data generation using 2x150bp on MiSeq
Deep Sequencing of Whole Transcriptome: PE Library Prep, data generation using 2x150bp on MiSeq
Deep Sequencing of Whole Transcriptome: PE Library Prep, data generation using 2x150bp on MiSeq
Deep Sequencing of Whole Transcriptome: PE Library Prep, data generation using 2x150bp on MiSeq
Deep Sequencing of Whole Transcriptome: PE Library Prep, data generation using 2x150bp on NextSeq 500
Deep Sequencing of Whole Transcriptome: PE Library Prep, data generation using 2x150bp on NextSeq 500
Deep Sequencing of Whole Transcriptome: PE Library Prep, data generation using 2x150bp on NextSeq 500
Deep Sequencing of Whole Transcriptome: PE Library Prep, data generation using 2x150bp on NextSeq 500
Deep Sequencing of Whole Transcriptome: PE Library Prep, data generation using 2x150bp on NextSeq 500
Deep Sequencing of Whole Transcriptome: PE Library Prep, data generation using 2x150bp on NextSeq 500
Deep Sequencing of Whole Transcriptome: Shotgun Library Prep, data generation using long read(up to 1kb read length) on Roche GSFLX (Minimum 2 Sample)
Deep Sequencing of Whole Transcriptome: Shotgun Library Prep, data generation using long read(up to 1kb read length) on Roche GSFLX (Minimum 4 sample)
DNA Paired End Library for sequence using 2X150 chemistry on NextSeq500
DNA Paired End Library for sequence using 2X300 chemistry on MiSeq
Enzymatic Production
Exome deep sequencing: Exome enriched library preparation, Multiplexing data generation at 40-50x by 2x100bp reads on HiSeq
Exome deep sequencing: Exome enriched library preparation, Multiplexing data generation at 40-50x by 2x150bp reads on NextSeq
Exome deep sequencing: Exome enriched library preparation, Multiplexing data generation at 90-100x by 2x100bp reads on HiSeq
Exome deep sequencing: Exome enriched library preparation, Multiplexing data generation at 90-100x by 2x150bp reads on NextSeq
Gel Extraction
Genotype By Sequencing on NGS: GBS library preparation, Multiplexing data generation by 1x100bp reads for 48 samples on HiSeq
Genotype By Sequencing on NGS: GBS library preparation, Multiplexing data generation by 1x100bp reads for 96 samples on HiSeq
Genotype By Sequencing on NGS: GBS library preparation, Multiplexing data generation by 2x150bp reads for 48 samples on HiSeq per NextSeq
Genotype By Sequencing on NGS: GBS library preparation, Multiplexing data generation by 2x150bp reads for 96 samples on HiSeq per NextSeq
illumina Exome sequencing per sample(6-plex,2x150bp, 90M includ library prep, SBS and exome bead array validation, minimum set of 6 samples
Indexing for libraries
Long Read Sequencing on PacBio RSII
Microbial Identification of Bacteria per Yeast per Fungus
Microbial Identification of Bacteria per Yeast per Fungus
Microbial Identification of Bacteria per Yeast per Fungus
Microsatellite Genotyping
Microsatellite Genotyping(Ready to run)
Multilocus sequence Typing (MLST)
Primer Walk Sequencing Service
Purified Plasmid per PCR Product Sequencing Service
Purified Plasmid per PCR Product Sequencing Service
Purified Plasmid per PCR Product Sequencing Service
Purified Plasmid per PCR Product Sequencing Service
Qubit
R-E.coli Clone Sequencing Service
RNA Paired End Library for Sequencing using 2X150 chemistry on NextSeq500
RNA Paired End Library for Sequencing using 2X75 chemistry on NextSeq500
RNA Paired End Library from low input total RNA for Sequencing using 2X150 chemistry on NextSeq500
RNASeq Paired End Library for Sequencing using 2X100 chemistry on HiSeq2000
RNASeq Paired End Library for Sequencing using 2X150 chemistry on HiSeq2500
RNASeq paired end Library for sequencing using 2X150 chemistry on MiSeq
RNASeq paired end Library from low input total RNA for sequencing using 2X150 chemistry on MiSeq
RNASeq Single End Library for Sequencing using 1X100 chemistry on HiSeq2000
SNP Detection in 500 bases
SNP Genotyping by SnaPshot assay(ready to run plate)
SNP Typing and Allele identification
SNP Typing and Allele identification
SNP Typing and Allele identification
SNP Typing and Allele identification
sRNA Paired End Library for Sequencing using 2X25 chemistry on MiSeq
sRNA Single End Library for sequencing using 1X50 chemistry on HiSeq2000
sRNA Single End Library for Sequencing using 1X75 chemistry on NextSeq500
Target Induced Local Lesion in Genomes: 20 pooled libraries of rows & columns (12 row and 8 columns) preparation, data generation using 2X150 bp on NextSeq500
Target Induced Local Lesion in Genomes: 20 pooled libraries of rows & columns (12 row and 8 columns) preparation, data generation using 2X150 bp on NextSeq500
Target Induced Local Lesion in Genomes: 20 pooled libraries of rows & columns (12 row and 8 columns) preparation, data generation using 2X150 bp on NextSeq500
Target Induced Local Lesion in Genomes: 20 pooled libraries of rows & columns (12 row and 8 columns) preparation, data generation using 2X150 bp on NextSeq500
Target Induced Local Lesion in Genomes: 20 pooled libraries of rows & columns (12 row and 8 columns) preparation, data generation using 2X150 bp on NextSeq500
Target Induced Local Lesion in Genomes: 20 pooled libraries of rows & columns (12 row and 8 columns) preparation, data generation using 2X150 bp on NextSeq500
 

GENTAUR Belgium BVBA BE0473327336
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Tel 0032 16 58 90 45

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info@gentaur.com | Gentaur





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San Jose, CA 95123




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