Fast Track Sequencing Services

Template in
Sequence out

Easy and quick sequencing of your
PCR products and plasmid

BAC Sequencing

Primer walking

This service includes primer design and synthesis,
quality scoring and sequence assembly

Custom PCR & Sequencing

We provide services for Primer Sequencing, Optimized PCR amplification, purification and fragment analysis.
We also design and synthesize oligonucleotides for your custom PCR project needs.

Cloning & Sequencing

We offer cloning of your DNA fragment/PCR products in an appropriate vector; we also offer sequencing of your clones by Sanger method [ABI 3730XL].

Microsatellite Selection & Analysis

AgriGenome Labs is equipped with ABI 3730XL sequencers with 36cm capillary array to facilitate fragment analysis of your samples. Our machines are calibrated using Filter set G5 for dye set DS33 and can support 6-FAM, VIC, NED, PET and Liz as size std.

Custom Oligonucleotide Synthesis

We provide customized oligonucleotides to cater to your PCR, sequencing & genotyping needs. Oligos are made with high precision and delivered in a time-bound manner.

Next-Gen Sequencing

Next-Generation Sequencing (NGS) involves high-throughput sequencing technologies that have, over time, become affordable to most labs. The ability to generate large volumes of data has greatly empowered genetic, biological and medical research.

Sequencing technologies involve three main processes in the following order: library preparation, sequencing and analysis. The choice of technology or combination of technologies depends on the purpose of the project; for example, resequencing vs de novo sequencing and assembly will require different approaches.

AgriGenome offers a comprehensive range of next-generation sequencing services utilizing multiple sequencing platforms including Illumina HiSeq, MiSeq, PacBio Sequel and Oxford Nanopore Technology. Our team of scientists and Bioinformaticians work with you to deliver reliable high-quality results and provide end-to-end solutions for your NGS project needs.

Exome & Targeted Resequencing

Exome sequencing (also known as targeted exome capture) is a strategy to selectively sequence the coding regions of the genome and is a more affordable alternative to whole genome sequencing. In the human genome, there are about 180,000 exons: they make up about 1% of the human genome, which translates to about 30 megabases (Mb) in length.

It is estimated that the protein coding regions of the human genome account for about 85% of the disease-causing mutations. Exome sequencing is a productive and cost effective method to identify functional variations that are responsible for both Mendelian and common diseases.

Enrichment methods available with us:

Platform : We offer exome sequencing on Illumina HiSeq.
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De novo Genome Sequencing

De novo genome sequencing is used to characterize genomes where, either there are no reference sequences available, or in known genomes to study structural variations. De novo sequence reads are preferably generated on those NGS platforms that generate longer sequence reads like Oxford Nanopore Technologies or PacBio SMRT; De novo sequencing can also be done on short read technologies like Illumina HiSeq platforms with different insert sizes (Paired end and mate pair).

Sequence reads from multiple platforms can be combined for Hybrid assembly (e.g., Illumina + PacBio Sequel) for cost effective coverage of large genomes. Sanger sequencing reads can also be used to complete the coverage.

AgriGenome offers Illumina HiSeq, MiSeq, Oxford Nanopore Technologies, PacBio Sequel and Sanger services for De novo genome sequencing and also Bioinformatics data analysis for efficient assembly, gene prediction and annotation.

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Transcriptome (RNA-Seq)

RNA-Seq is a powerful approach that enables researchers to discover, profile and quantify RNA transcripts in the whole transcriptome. As this method does not use predesigned probes or primers, it becomes an unbiased, hypothesis-free approach providing researchers with applications that are not possible by traditional microarray based methods.

RNA sequencing is used widely for:

Basis for expression quantification in RNA-Seq

1- Counting or Profiling
10 million total reads from poly-A selected RNA will give performance better than any microarray
2- Studying Alternative Splicing or quantifying cSNPs for most transcripts
Deeper profiling of 50 to 100 million reads, with read lengths of 50 to 100bps, from poly-A selected RNA will enable studies on alternative splicing and quantification of cSNPs for most transcripts.
3- Complete Annotation of an entirely New Transcriptome
~500 Million reads of 100 bp read length from multiple tissues

Platform : We offer Transcriptome sequencing on Illumina HiSeq platform
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Metagenomics, also known as Environmental genomics or Community genomics, is the study of multiple microbial species present in a specific sample that usually harbours complex microbial communities. Using NGS, it is possible to study microbial communities by sequencing the gene of choice (e.g. 16S, V3 and/or V4 regions) or the whole genome or transcriptome without the need for culturing.

Platform: Metagenomic sequence reads are generated on Illumina MiSeq/ HiSeq or PacBio Sequel depending on the experimental objectives. We can do detailed analysis of the metagenome NGS data.
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Small RNA sequencing

Small RNA sequencing is a powerful application enabling the discovery and profiling of microRNAs and other non-coding RNAs in any organism, without prior genome annotation. Using low RNA inputs, you can profile the differential expression of known microRNAs as well as detect novel microRNA targets and wide-ranging sequence variation or "iso-miRs" present in miRBase accessions.

With unprecedented sensitivity and dynamic range, small RNA sequencing methods allow for the most accurate detection and quantification of rare small RNA sequences.

Platform : We offer Transcriptome sequencing on Illumina HiSeq platform
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ChIP-seq (Chromatin Immunoprecipitation-Sequencing)

ChIP-seq is a technique or methodology to map transcription factor binding sites and histone modification status on a genome-wide scale. ChIP (Chromatin immunoprecipitation) technique comprises a few basic steps: cross-linking a protein to chromatin, shearing the chromatin, using a specific antibody to precipitate the protein of interest with its associated DNA, and reversing the cross linking and finally purifying the associated DNA fragments.

Once ChIP DNA (200-800bp in size) is submitted for sequencing, ChIP DNA libraries are made and run on Illumina MiSeq or HiSeq. This often generates tens to hundreds of millions of 50-100 bp sequences (also called short reads) from the 5' ends of ChIP-DNA fragments. We also do advanced data analysis of ChIP-seq data.

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Genotyping & Microarrays

AgGenome Genotyping & Microarray Centre provides end-to-end services using the following platforms:

Custom Cloning Service

Custom Cloning Service

The cloning team provides customized cloning and sub-cloning services in a preferred choice of vector, starting from DNA, RNA or from the gene sequence.

Options available at AgriGenome:

  • Cloning of PCR products Amplification of specific DNA fragments by PCR or gene- amplification using RT-PCR and cloning into a standard vector or into a vector of our choice
  • TA cloningCloning of PCR products into a TA cloning vector
  • ub-cloning of vector insertsSub-cloning of DNA fragments into target vectors, e.g. for in vivo protein expression, or for construction of hybrid genes
  • Cloning of synthetic genesDe novo synthesis of DNA fragments or complete genes and cloning into a standard vector or a vector of your choice, e.g. expression vectors.
  • Cloning genes from cDNA libraries into vectors of choice
  • Custom site-directed mutagenesisDesign and synthesis of mutagenesis primers, inverse PCR amplification and Sanger sequencing to confirm desired DNA mutations.

Custom protein expression, purification and functional validation service

The protein expression and purification services at AgriGenome provide a range of options to express and purify proteins of interest. Pure proteins are used in many applications in research and diagnostics.

We provide the following options:

  • Expression and purification of proteins from customer-supplied genes already cloned into an expression vector.
  • Sub-cloning of Ag protein gene fragment from cloning into expression vector and subsequent expression and affinity-purification of proteins.
  • Gene synthesis, cloning into expression vectors and production of purified protein.
  • Options to express proteins in prokaryotic expression system (E coli) and in mammalian expression systems according to customer needs.
  • Options of producing hard-to-express and toxic proteins in special bacterial strains.
  • Option for Ag protein expression in simple form or with fusion Tags to suit customer requirement.

Production of synthetic Fab and lgG for use as reagents

AgriGenome offers production of high-affinity monoclonal reagent-grade Fabs and full-length IgGs for use in basic and clinical research labs. It uses licensed proprietary phage display libraries to generate synthetic Fabs/IgGs. The diversity of peptides displayed in the library is >1010, which guarantees high affinity Fabs against antigens from any source.

Customer options available for getting Fab/IgG produced at AgriGenome include

  • Purified Ag protein (5mg/ml) can be supplied by customer against which Fab can be generated. Alternatively, customer can use our protein production pipeline to generate the antigen for screening.
  • Customer has the option to select Fabs or full-length IgGs, based on their requirement.
  • Option of getting the Ag-Fab or Ag-IgG validation assay optimizedis available with us
  • Customer can choose Fc region of IgG (human/mouse/rat/goat/others (specify), depending on their application.
  • Customer has the ability to opt for any special detection tags on the Fabs/IgGs.
  • AgriGenome Fabs/IgGs work best for FACS/IF/IP and ELISA and worth testing for WB and IHC.

We develop custom assays according to project needs.

  • ELISA kit assembly with pre-made Ag and Fab/IgG proteins and optimisation of assay parameters to cater customer requirement.
  • Customer can utilize AgriGenome Ag and Fab production pipeline to produce proteins and can get ELISA assay developed to suit application.
  • Diverse ELISA formats can be opted for kit assembly.
For further information on this service, or to discuss your project and get a customized quote for your requirement,
please email :