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Inkjet synthesis in situ: Agilent employs a patented non-contact industrial inkjet printing method. Based on the design sequence, 60 mer oligonucleotide monomers are uniformly placed on a specially treated slide for in situ. Printed synthetically; long probe design facilitates capture of low-abundance genes.
Good repeatability: This technology does not need to contact the surface of the slide glass, nor does it introduce non-uniformity of surface contact, and finally achieves the consistency and reproducibility of the sample point, the correlation coefficient R²> 0.95 (MAQC); customized and flexible: When the genomic or transcriptome sequence is known, users can customize it flexibly with the help of Shanghai Biochip experts.
Affymetrix uses unique photo-etching in-situ synthesis technology with high repeatability and stability;
The probe adopts 25mer length and has high sensitivity;
The design of the probe set (a gene consisting of multiple probes) is designed to increase the specificity of the test.
Using its advanced chip production technology, Agilent has developed a uniquely designed miRNA detection chip. The special hairpin structure probe design can specifically detect mature miRNAs and distinguish between highly homologous miRNA molecules and miRNA precursor with high specificity and sensitivity.
The latest chip is currently designed according to miRBase V21. Only 100ng of Total RNA is needed for the experiment, no miRNA isolation is required, and the effects of separation, enrichment, and amplification processes are avoided. Tissue, cell, FFPE, serum, plasma, exosomes, other body fluids, or cell-free samples can be tested.
SBC is the earliest domestic gene chip R & D and one of the earliest gene chip outsourcing service providers. Based on years of experience in gene chip development, design, and foreign service, SBC has designed lncRNA + chip products that can simultaneously detect lncRNA and mRNA for lncRNA research, combining with the characteristics of lncRNA molecules to meet the research needs of scientists. The chip was commissioned by Agilent to use Agilent SurePrint technology to produce, the technology repeatability is higher than 99%.
SBC is the earliest domestic gene chip R & D and one of the earliest gene chip outsourcing service providers. Based on years of experience in gene chip development, design, and foreign service, SBC has designed a full transcriptome + chip product that can simultaneously detect non-coding RNA such as circRNA and lncRNA and mRNA encoding proteins, combining the characteristics of lncRNA and circRNA molecules. To meet the research needs of scientists. The chip was commissioned by Agilent to use Agilent SurePrint technology to produce, the technology repeatability is higher than 99%.
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