From sequencing to synthesis to analysis—we provide reliable, high-quality biotechnology services designed for speed, accuracy, and scalability.
Our core genomics services cover everything from routine Sanger sequencing to
advanced genotyping and gene expression studies.
We provide a wide range of Sanger DNA sequencing services using the latest 3730xl DNA Analyzer with upgraded solid-state laser and 96-capillary system. Get the highest quality data at a low cost per sample with industry-leading turnaround times.
TAT : 3–5 working days (standard) | 1–2 days (fast-track)
Chromatogram (.ab1 files)
FASTA sequence files
Quality report
Comprehensive microbial identification service based on sequencing of the 16S rRNA gene (bacterial) and ITS/D2 region of 28S LSU rRNA gene (Fungal/Yeast/Algae). Includes gDNA isolation, amplicon generation, sequencing, consensus generation, BLAST analysis, and phylogenetic tree construction.
TAT : 3–12 working days from receipt of sample
Pure culture (Plate/Slants/Glycerol stock), isolated gDNA (100–200 ng/μl, 20 μl), or PCR product (20–30 ng/μl)
Genus & species identification report
Phylogenetic tree & distance matrix
Chromatogram & FASTA files
DNA sequence similarity report
DNA barcoding is an efficient method to identify specimens and detect undescribed or cryptic species. Using short DNA barcode sequences instead of whole genomes, this method enables fast and reliable identification of biological samples — including adult specimens, root or leaf fragments, eggs, and larvae — to the species level.
TAT : 5–10 working days
Comprehensive genotyping services including fragment analysis and SNP screening. We offer microsatellite marker analysis (SSR, STR, VNTR) using fluorescent-labeled DNA fragments separated by capillary electrophoresis, as well as PCR and Sanger sequencing-based SNP genotyping for rapid validation of SNPs of interest.
TAT : 5–10 working days
Full suite of real-time PCR (qPCR) services including gene expression analysis, miRNA expression, SNP genotyping, copy number variation, and absolute quantification. Each project begins with a design consultation to understand your application, desired chemistry, and data output requirements.
TAT : Project-dependent (consultation required)
Gene synthesis & modified oligonucleotides, engineered for precision.
Complete gene synthesis service from sequence design, codon optimization, synthesis, to cloning and Sanger sequencing verification. Our Ph.D. scientists can synthesize complex sequences including highly repetitive, AT-rich, or GC-rich DNA. Genes are cloned into pUC57-Amp/Kan vectors or customer-supplied vectors.
TAT : 8 days (100–1000 bp) | 10 days (1000–1500 bp) | 12 days (1500–2000 bp) | 15 days (2000–3000 bp)
2–5 μg lyophilized gene fragment / cloned gene
Sequence trace data with alignment
Sanger sequencing electropherogram
Chemically synthesized oligonucleotides using solid-state technology on the fully automated Dr.Oligo 192 platform. Oligos are lyophilized, barcoded, and shipped dry for enhanced shelf life. We offer a wide range of scales and purification methods to suit every research need.
TAT : 2–4 working days
Using finest chemicals and robust protocols, we produce high-quality probes and labeled oligos. Available with a minimum of 50 nmole scale and above, covering fluorescent dyes, quenchers, and internal modifications for diverse research applications.
TAT : 5–7 working days
Comprehensive NGS solutions powered by our partnership with Strand Life Sciences.
Comprehensive NGS solutions delivered through our principal partner Strand Life Sciences, with a 22-year legacy at the forefront of genomics and bioinformatics. Our expertise spans clinical diagnostics, bio and pharma informatics, and consumer genomics — making precision medicine accessible to all.
TAT : Project-dependent (consultation required)
Complementary services to support your end-to-end research needs.
Professional DNA and RNA isolation services from a wide variety of tissue types including animal, plant, insect, soil, and microbial samples. We use optimized protocols to ensure high yield and purity for downstream applications.
TAT : 2–5 working days
SDS-PAGE (Sodium Dodecyl Sulfate Polyacrylamide Gel Electrophoresis) service for protein separation, molecular weight estimation, and purity assessment. Essential for protein characterization in research and quality control workflows.
TAT : 3–5 working days
End-to-end cloning services including restriction enzyme digestion, ligation, transformation, colony screening, and sequence verification. We support cloning into standard vectors or customer-supplied vectors for your specific research needs.
TAT : 7–14 working days
Get reliable execution, faster turnaround, and consistent results.
Advancing biotechnology through precision research, trusted execution, and innovative scientific solutions.
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