We offer tailored bioinformatics services (mainly NGS data analysis) to academic and private organizations. We have a strong academic background with a focus on cutting edge, open source software.

We build up your in house bioinformatics capacity in 2 ways: First, we provide you with the code underlying the analysis you requested. Second, we can help you to set up (cloud) computing solutions that will allow you to run and extend your analyses independently.

We replicate recommended analysis pipelines (best practice) or develop novel ones but we always emphasize biological interpretation of your data.

Parseq Lab is experienced in: - massively parallel sequencing data analysis - client-tailored algorithms and software development - analysis pipelines deployment

We offer: - whole genome/exome and targeted sequencing data analysis - de novo assembly - SGV detection and annotation - expression analyses - metagenomics analysis - transcriptomics analysis - proteomics research - genuine task-specific workflows design - custom bioinformatics applications development - statistical data analysis

Collaborations: genomic research labs, sequencing facilities, academic and research institutions.

At Insightomics we specialize in bioinformatics data analysis services. Our team is able to deliver state-of-the-art bioinformatics methodologies to support Life Sciences R&D involving clinical and omics data.

We have experience working with human data and bacterial (S. pneumoniae) data.

At BioInfoRx, we help scientists obtain biological insights from complex genomic data. We provide complete NGS analytic solutions including standard analysis of raw data, integration between multiple experiments, and online database for data mining and visualizations. We use best-practice open source tools to analyze your raw NGS data, and provide meaningful annotations and downstream data mining tools to help you infer functional insights.

As demonstrated by the numerous publications using our services or web-bases tools, our biology-centric approach has proven effective to decipher molecular mechanisms from genomic data.

Expertise:

Igenbio, Inc. develops genome analysis products and services for the life science industry. Our scientists have broad experience in both in silico and wet lab sequencing, research and development with more than 100 relevant publications in these areas. Igenbio has a proven track record of delivering scientific results for academic, governmental, and industrial institutions for two decades.

Our expertise includes, but is not limited to:

• Whole Genome Sequencing
• RNA-Sequencing
• Metatranscriptomics Sequencing
• Metagenome Sequencing
• Common and custom amplicon sequencing
• Genome Assembly & Annotation
• RNA-Seq Analysis
• Amplicon Sequencing Analysis
• Metagenome Analysis
• Genome ORF calling: Eukaryotes and Prokaryote Genomes
• Pathway Analysis
• Metabolic Reconstruction
• SNP Discovery & Analysis
• Comparative Genomics
• Available for all organisms, including humans, animals, plants, bacteria, and viruses.
• Haploid, diploid or polyploid assemblies

Infrastructure:

Igenbio has a large, secure cloud infrastructure that can expand to meet any project demands you may have - from large number of samples to quick turnaround times. Please inquire for more information.

At Igenbio, Inc. security of your data is a top priority. Your data is protected by best practices in physical and data security measures. This includes 24/7 physical security and monitoring, and the best available encryption for storage and transmission. Our employees are trained and knowledgeable in data security best practices.

Genotypic Technology is the first genomics company based in India with a state-of-the-art, ISO 9001:2008 accredited, SAP-enabled, 12,000 square feet facility in Bangalore. Our high-throughput facility enables us to offer customized services for experiment design consultation, protocol optimization, microarray and probe designing, next-generation sequencing (NGS), and bioinformatics solutions to clients from academia, biotech, and pharma sectors worldwide.

We have been providing high-quality sequencing services, including whole-genome sequencing (WGS), transcriptome sequencing, shotgun metagenome sequencing, and de-novo assembly since 2000. Our skilled team has experience in working with genomes of all sizes and nucleic acids from various sources on Illumina, Oxford Nanopore, and other platforms. We have developed targeted panels for various viruses like Adenovirus, KFDV, SARS-CoV-2, Dengue, and pipelines for predicting virulent strains that may be difficult to treat with conventional antibiotics.

Our broad range of metagenome services includes targeted and whole-genome metagenome and metatranscriptome sequencing. Our long amplicon metagenome approach provides the best resolution of microbes up to the sub-species level, while whole-genome metagenome sequencing enables the identification of gene clusters, resistome, and novel pathways in a given environment. We also specialize in Ribo-footprinting and RNA immunoprecipitation sequencing, ChIP sequencing, and targeted methylation sequencing.

TACGenomics has a team composed of bioinformatician, molecular biologist and computer scientist who are all at Ph.D. level. Our team has the experience of hundreds of NGS data analysis projects from all over the world. The mission of TACGenomics is to help our customer to solve the biological questions. After computation analysis completed by the bioinformatician, our molecular biologist will interpret the analyzed data carefully, provide more insight into your project and help the publication of the project in the high impact journal.

I approach analytic challenges creatively with the result being novel, statistically significant and reproducible. I have high expertise on differential expression using RNA-seq.

Expertise:

I've been working with whole genome experiments for the last 10 years. I analysed more than 1000 gene expression microarrays (Illumina and Affymetrix, Human, Mouse, Rat and Pig). I analysed RNA-seq samples (total RNA and polyA RNA) from SOLiD 5500xl and Ion Proton, ChIP-seq samples from Illumina HiSEQ and DNA-seq (Exome) samples from Illumina HiSEQ. I developed several tools for functional analysis (see cremag.org) of gene lists.

Infrastructure:

I have almost unlimited access to Amazon EC2 and large server on site (two 8x core Xeon with 216 GB RAM 64GB of SAS disks)

Genevia Technologies provides a wide range of microarray and next generation sequencing data analyses, and bioinformatics services to life science companies and academia. In addition, we offer bioinformatics consulting projects at a fixed price, and genome-wide experiments done in collaboration with the top service providers.

Expertise:

Our expertise is in handling multiple microarray (expression, copy number, ChIP, methylation, etc) and next-gen sequencing (DNA-seq, RNA-seq, MeDIP-seq, ChIP-seq, GRO-seq, etc) data simultaneously and effectively, and combining them with other data such as clinical variables or pathway information. We have experience in most common mammalian systems, but especially in multiple human cancers. We have also worked on data from multiple species of lower eucaryotes and bacteria.

Infrastructure:

We have access to dedicated file storage servers, a computing cluster, a computing grid (of over 1000 CPUs), and cloud computing capabilities.

Visit our homepage to read more about us and our bioinformatics as a service: www.genevia.fi

Expertise:

Expertise in mainly with plant genomes (wheat, tomato, potato, tobacco, rice, maize, diatoms and arabidopsis).

Infrastructure:

Access to over 800 cores (2.3Ghz and faster) SMP compute cluster. Access to over 50TB of raw storage. Computing infrastructure includes all commonly used bioinformatics software and databases. All computing infrastructure is maintained by a 24/7 IT service.

Gringene Bioinformatics provides workflow optimisation services for research that involves the use of computers, enabling researchers to carry out their research faster, cheaper, and better. It is frequently the case that a repetitive task using computers can be sped up 5-10 times by the application of computing methods that are more appropriate to the task at hand.

Gringene Bioinformatics has particular skills in the following areas:

• Theoretical Genetics
• Next-Generation Sequencing
• Computational scripting
• Large-scale data analysis
• Program language translation (porting)
• Debugging / bug reporting

Expertise:

• Homo sapiens (genome mapping, methylation analysis, SNP analysis, STR analysis, population clustering, haplotype analysis, differential expression analysis)
• Environmental samples (16s rRNA mapping, large-scale BLAST analysis, taxonomy analysis)
• Schmidtea mediterranea (transcriptome assembly, genome mapping, transcriptome mapping, differential expression analysis)
• Saccharomyces cerevisiae (codon analysis, gradient peak analysis, genome mapping, transcriptome mapping)
• Drosophila melanogaster (quantitative phenotyping, differential expression analysis)
• Neisseria meningitidis (genome mapping, differential expression analysis)

Infrastructure:

Main processing workstation: 12-thread Intel "desktop" with 64GB memory and 3TB hard drive space (expandable as necessary). I encourage clients to purchase their own bioinformatics servers / workstations, and will use remote systems for analysis when available.

NGI is a platform for Next Generation Sequencing data analysis. We offer a wide range of bioinformatics tools and an experienced and professional collaboration service for any type of biological data analysis. We provide both standard and customized analysis, custom softwares and pipelines development and post-sequencing support. We'll enhance and make easier your discovery process.

Expertise:

Our expertise is in the epigenetics field in mouse and human organisms.

Infrastructure:

we will provide FTP access to our storage server to upload raw data and download analyzed data.

Bioinformatics solutions

ecSeq provides a variety of bioinformatics service packages suited for most everyday high-throughput sequencing experiments. We are particularly engaged in RNA-seq projects (trancriptomics, differential expression), ncRNA analysis (small RNA-seq, ncRNA annotation) and epigenome sequencing (bilsufilte and methylation analyses). Further bioinformatics solutions include SNP calling, variant annotation & prioritisation as well as development of customized algorithms.

Public workshops and eTrainings

We develop eTrainings and provide workshops for employee training in bioinformatics. Several times a year, we organize well-attended workshops on selected topics in next-generation sequencing data analysis. Test datasets are used for getting started in applying and developing bioinformatic tools.

Topics covered by our workshops include:

• RNA-seq bioinformatics
• Sequencing technolgies
• Small RNA-seq data analysis
• Genomic data visualization
• Perl for bioinformatics
• Programming in R

Expertise:

We have long experience in the development and application of bioinformatics methods to high-throughput sequencing experiments. These methods have been successfully applied in various experimental designs ranging from ncRNA and mRNA sequencing to genome/epigeome analyses. We have worked with sequencing data from humans, lifestock species (chicken, cow, turkey), plants and bacteria. Our employees are continuously involved in projects from national and international consortia, like the International Cancer Genome Consortium (ICGC) or the Leipzig Research Centre for Civilization Diseases (LIFE).

Infrastructure:

We have access to moderate computation resources allowing us to process ~120GB sequence data per week.

We offer a powerful genomics software platform that makes various bioinformatics tasks fairly straightforward to perform and deliver to customers. We also wrap this product with various service offerings for folks interested in one-off projects that deliver results rather than just subscribing to a software solution and then do the work themselves. We are comfortable with both scenarios. We are well versed in working with RNA-Seq, Genomes, Exomes, targeted panels, miRNA-Seq, Copy Number, Gene Expression, Protein Expression, and DNA Methylation from the level of raw sequencing reads or chip data all the way through to statistically-driven and knowledge-driven interpretations.

Expertise:

We are experienced in developing bioinformatics pipelines, providing data management solutions, analyzing the data using statistical methods and knowledge driven methods, and delivering professional-grade results. We are most familiar with human genomics projects, but have experience with other organisms as well. We are most focused on supporting sequencing projects, but are very capable of supporting array and PCR-based projects as well.

Infrastructure:

We leverage Amazon Web Services for most of our storage (EBS & S3) and computational resources (EC2). We are not frivolous about security, and we can provide you with security documentation to demonstrate how we leverage cloud resources while keeping best-in-class security. We also have powerful 16-core machines in our own private cloud that we leverage for service projects as well.

At NXT-Dx we can offer SE50, PE50 and PE100 sequencing on the Illumina HiSeq. On top of this we can also offer different sequencing settings on the Illumina MiSeq and shortly we will also be able to offer sequencing on the Illumina NextSeq.

We can offer sequencing of already prepared libraries but we can also offer full-scope projects whereby we receive cells, tissue, gDNA or RNA and take care of the sample preparation, library prep, sequencing and bio-informatics analysis.

We have worked with samples from all kind of species (mammalian, plant, bacterial) and all kind of cell types.

We pride ourselves in having close contact with our customers and only one single contact point. Also after the delivery of the data, we remain available to answer any questions customers might have on their data, their analysis, etc.

We offer computational analyses of Next-Generation Sequencing data (Illumina and Ion Torrent platforms), including RNA-seq, small RNA-seq, DNA-seq, Bisulfite-seq and ChIP-seq. Our bioinformatics support can be fully customized for your research needs, the scope and objectives of the study. We apply only up-to-data well-proven software and pipelines working under Unix/Linux environment. Optionally, our experts can help to interpret the obtained results from the scientific point of view, provided some of them are working in a close research field.

HybridStat is a company bringing together a team of highly qualified and motivated scientists and developers, whose expertise spans a variety of statistics and computer science domains. Main HybridStat’s services are centered on bioinformatics, biostatistics and analytics of high-throughput data derived from modern biological technologies such as Next Generation Sequencing (NGS), DNA microarrays and Mass Spectrometry. In addition, HybridStat offers customized software solutions regarding the above.

Regarding NGS, HybridStat offers a variety of one-stop shop data analysis and analytics services, spanning from genome alignments and preprocessing of raw short read fragments, up to analytical and specialized reports and figures describing the results of various NGS protocols including RNA-Seq (quality control, differential expression and splicing analysis, biochemical pathway enrichments etc.), ChIP-Seq (data normalization and peak calling, gene-binding site associations, methylation profiles, motif finding etc.), Whole Exome and Whole Genome Sequencing (data preprocessing, variant calling, filtering, annotation and interpretation, etc.) and Single Cell Sequencing data analysis, using both open source and optimized proprietary pipelines.

HybridStat, can also offer complete support to your organization through its advanced Whole Exome Sequencing analytics platform Clingon (www.clingon-mds.com). Clingon is a complete, integrated one-stop clinical genomics and medical decision support platform which performs data analysis from raw data up to the generation of clinical reports. It uniquely integrates and curates a handful of resources regarding gene-disease and gene product-drug associations as well as curated variant annotation data towards more timely and accurate results and the optimal design of personalized treatment plans.

Our facility is unique because we offer the full range of NGS service from sample extraction through to data analysis. Sample extraction capabilities and expertise cover the entire spectrum of both environmental and clinical sample types.

We specialize in the services of DNA sequencing, genotyping, DNA library construction and aptamer development. Shotgun Library Sequencing, cDNA Library Sequencing, SAGE Library Sequencing, Whole Genome Sequencing and Primer Walking Sequencing. we offer high quality Re-sequencing & SNP Discovery Services. Quite a few of our staff scientists once participated in the International HapMap Project too.

extensive experience in whole genome shotgun sequencing services. Beginning from bacterial cells or genomic DNA, we provide you with accurate genome consensus sequences. We are also experienced in genome annotation and comparative genomics research. Notably our staff scientists have finished a number of whole microbial genome sequencing projects, such as the genomes of Pseudomonas bathycetes, Bacillus thuringiensis, Thermoanaerobacter tengcongensis, Streptococcus suis, and quite a few virus genomes. In addition, our in-house Laboratory Information Management System (LIMS) as well as manual basecalling ensures the highest service quality.

CD Genomics has been offering professional DNA library construction services for over 5 years. Hundreds of various cDNA libraries (such as standard cDNA library, large insert cDNA library, normalized cDNA library and subtracted cDNA library) and genomic DNA libraries (including short-insert plasmid shotgun library, large-insert plasmid shotgun library, whole genome shotgun library, Fosmid library, Cosmid library, MiniBAC and BAC library) have been constructed in our lab

CD Genomics has been dedicated to provide a full range of services to develop high quality customized aptamers for research, diagnostic and therapeutic applications. Services offered by CD Genomics include aptamer synthesis, aptamer generation, cell aptamer selection, aptamer design and modification, negative selection and so on.

Leveraging the expanding prospects of microbiome research, Leucine Rich Bion has integrated a robust computational pipeline "MetaRich" into a user-friendlyplatform for comprehensive analyses of any microbiome data.

After rigorous testing & validation of several leading microbiome analysis pipelines, tools & databases, we have compiled “MetaRich” to analyze both 16s rDNA & shotgun metagenomes, duly supplemented by our in-house computational tools. MetaRich will assist both researchers & industry personnel who are in pursuit of discovering biological insights within complex microbial systems & will ease the arduous task of large-scale microbiome data analysis.

Dreamgenics is a biotech company that offers bioinformatics analysis services for genomic, transcriptomic and metagenomic NGS data using our Genome One software. Genome One (CE-IVD certified) is an advanced tool that allows the integration of all the bioinformatics solutions required for the study, including read alignment, variant calling and annotation. Our analyses identify high-quality genomic variants through high sensitivity and specificity standards, extracting important biological information and reducing validation costs. The services that we offer are the following: WGS, WES, Gene panels, Transcriptomics (RNA-Seq) and Metagenomics. Additionally, we hand in the results using our web viewer Genome One Reports (https://www.dreamgenics.com/en/genome-one/).

The use of our bioinformatics tools allows us to offer you high-quality results in a fast and simple way. By using our analysis services, you considerably reduce costs and the investment in technological devices, informatics and qualified professionals.

Lastly, we are an ISO 9001:2015, UNE-EN ISO 13485:2018 and UNE-ISO/IEC 27001:2017 certified company which represents our commitment to provide our customers with products and services that meet the most demanding quality standards.

At Diploid, we turn NGS data into clinical reports or research reports, allowing hospitals, commercial labs and research institutes to outsource human genome interpretation.

Our focus is on 3 major areas: - Rare disease diagnostics - Carrier screening - Cancer

With high-quality diagnostics, fast turn-around times, secure infrastructure, and a personal approach, Diploid is rapidly becoming a trusted partner for genetic departments and commercial labs worldwide.

Over the past few months, we have been working for the following institutes and labs: - Oxford University Hospitals (UK) - University of Verona (Italy) - Otogenetics (US) - Macrogen (US) - King Faisal Specialist Hospital (KSA) - National Reference Lab (UAE)

genexa is a genomic data analysis provider located in Switzerland. Our bioinformatics services are centered around de novo assembly of genomes and metagenomes. We focus on processing, analysis, and interpretation of your genomics data. For all our fields of expertise, we offer to perform the entire analysis workflow from raw data to documentation, but also consulting and troubleshooting if required. genexa also provides resources to run computationally demanding tasks for specific jobs if you have an existing analysis workflow, but lack the computational resources to run it on large amounts of data. For further information check: genexa.ch

Cofactor is focused on 3 main applications: RNA-sequencing, de novo assembly, and SNP/INDEL detection via resequencing. Over the last year, we have put significant R&D into our RNA-seq pipeline, and are now pleased to offer industry-leading protocols such as molecular spike-in controls, unprecedented QA/QC checks, ribosomal content screening, saturation analysis, and our ActiveSite Expression Viewer. These same protocols are also applied to our miRNA sequencing pipeline.

Other applications that fit well within our pipeline are: amplicon sequencing, custom capture and sequencing, 16S sequencing/microbiome sequencing, and highly custom projects.

Our scientists are happy to work with traditional model organisms, but we are experts in the more obscure. We've worked with nucleic acids from the complex field isolates, many plants including grapes, a variety of obscure animals including the Tardigrade (Water bear), and bacteria from multiple sources (micro biome, marine, biofuels, etc) to name a few.

While we are set-up to act as consultants, and support researchers throughout a full-service sequencing project, we are also happy to address the needs of more experienced researchers. Our expertise in library preparation or analysis may also be procured separate from the full-service offerings. And, those researchers who work with us in any capacity will have access to our team of scientists for support.

We have worked on small scale (1 sample) projects, all the way up through the larger, high throughput projects developed by big pharma. Every customer receives the same level of attentive, knowledgable customer service.

We are a genomics and bioinformatics core facility located within Miami University in Oxford, Ohio, USA. We have an Illumina MiSeq Benchtop Sequencer; an ONT Nanopore minION, an epMotion 5073m NGS Liquid Handling Workstation; an ABI 3130xl Capillary Electrophoresis analyzer (Sanger), a Promega Maxwell16, Agilent Bioanalyzer2100, Sage BluePippin, Covaris M220 ultrasonicator, Qubit 4, Nanodrop (Fluorospectrometer) 3300, BioRad CFX Connect, QuantStudio7, RotorGeneQ (qPCR), several high capacity bioinformatics workstations equipped with both CLC Genomics Workbench and BioBam OmicsBox software, as well as many OS/FOSS software packages.

We are thus able to start from source material and isolate high quality nucleic acid, and construct libraries and perform appropriate QC at each step. We can perform NGS on either the Illumina MiSeq or the ONT minION, as well as comprehensive post-run bioinformatics analyses.