Bacterial 16S (v1-v9) Amplicon metaSeq

To gain a deeper understanding of microbial communities and biodiversity present in various ecosystems

Fungal ITS Amplicon metaSeq

accurately identify and characterize the genetic profiles of microorganisms, shedding light on their ecological roles

Algal 18SrRNA Amplicon metaSeq

To uncover hidden diversity, track changes in algal communities over time, & assess the impacts of climate change & pollution

Shot-gun Whole genome -metaSeq

To unveil the complex interactions and metabolic capabilities of these microorganisms, enhancing our understanding of their roles in ecosystems, human health, & biotechnology

To explore un-characterized microbes, understanding their contributions to bio-geochemical cycles, and discovering novel enzymes and bio-active compounds

Metagenomic Assembled Genome- metaSeq

To explore the genetic diversity of un-culturable microorganisms in complex environmental samples

MAGs are reconstructed from mixed microbial communities, allowing for the identification of functional genes, metabolic pathways, & interactions among species

Meta-Transcriptomics - metaRNASeq

provides insights into the active metabolic processes occurring within microbial communities, helping us understand how these microorganisms adapt to and thrive in their environments

Next GEN RNA sequencing for diverse RNA's

RNAOmics

Provides in-depth insights into gene expression, transcript diversity & gene regulation

mRNAseq | Splice Varients

1. Encompasses the exploration of gene expression and transcript variability, providing insights into the complex mechanisms that drive cellular functions

2. Messenger RNA sequencing (mRNA seq)- To analyze the complete set of RNA transcripts produced by the genome at a specific moment in time, ultimately advancing our knowledge of gene regulation and function across various biological contexts

Provides in-depth insights in ncRNA landscape - ncRNAseq

Non-coding RNA (ncRNA) sequencing -

1. To understand their critical cellular activities like genomic imprinting, chromatin remodeling, & post-transcriptional regulation. Advances in sequencing technologies have allowed researchers

2. To explore the ncRNA landscape, unveiling their complexity and functional diversity

NGS solutions of Non-coding RNA landscape

- Explores the intricacies of ncRNAs in cellular process

1. Housekeeping ncRNAs

2. Regulatory ncRNAs

3. Small ncRNAs

4. Long Noncoding RNAs (lncRNAs)

Sample requirement

DNA amount ≥ 5 µg, concentration ≥ 100 ng/µL, 1.8 < OD260/280 < 2.0，2.0 < OD260/230 < 2.2

RNA amount ≥ 1 µg, concentration ≥ 50 ng/µL, RIN ≥ 8.0, OD260/280= ~2.0. OD260/230= 2.0 – 2.2

No detergents or surfactants in the buffer