Link Biotech offers a one-stop fully integrated service from sample preparation to next generation sequencing to bioinformatics. By managing the entire pipeline, we ensure quality control at every step of the process to provide more meaningful downstream results. Link Biotech is one of pioneers for Next Generation Sequencing in India. We have completed many NGS projects partnering with research institutes across India. Our Principle has developed expertise in various protocols like RAD‐Seq (Restriction site associated DNA), metagenome analysis, plant genomics, animal genomics, human genomics etc. Our dedicated bioinformatics team has developed explicit pipeline for the NGS analysis services. We have also generated hybrid sequencing and analysis pipeline for whole genome sequencing to generate adequate depth of sequencing data to efficiently assemble the genome. Link Biotech looks forward to work with you and assist you in achieving your research goals.
We customise and improvise analytical work flows to suit individual project goals and arrive at meaningful inferences with continuous client interactions.
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- Genomics
NGS
- NGS has revolutionized Lifesciences research with a direct impact on healthcare, food production, environmental protection, and alternative sources of energy. However, NGS data analysis remains a challenge and continues to be a bottleneck, considerably slowing down the rate of discoveries. The complex, large-volume NGS data analysis and interpretation require a highly competitive analytics team with interdisciplinary skill sets in high-power…
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- Genomics
QUANTITATIVE MULTIPLEXED RNA ANALYSIS
- Quantitative multiplexed RNA analysis ITSI – Biosciences utilizes the Panomics QuantiGene Plex Branched-DNA and Luminex xMAP technologies (QuantiGene-xMAP) to offer multiplexed RNA analysis. Our service includes experimental design, Sample preparation, use of commercially available or in-house developed probes to analyze samples and full statistical data analysis. Multiple RNA targets can be monitored simultaneously in the same sample. The sensitive and…
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