TruArray®
Oligo Microarray

A biochip with flexible array sizes

TruArray®
Oligo Microarray

A biochip with flexible array sizes

An oligo microarray, also known as a DNA/RNA/XNA chip,
consists of arrayed spots attached to a solid surface (such as glass, silicon, or TFT semiconductor chip),
and each spot contains specific single-stranded oligonucleotide probes.

An oligo microarray, also known as a DNA/RNA/XNA chip, consists of arrayed spots attached to a solid surface (such as glass, silicon, or TFT semiconductor chip), and each spot contains specific single-stranded oligonucleotide probes.

Highlights

Flexible array size

Support for
chip customization [1]

  • Flexible and customizable spot size, within one chip

High precision [2] [3]

  • Coverage up to >99.9%
  • Error rate down to <0.6%/nt

High inter-spot oligoprobe amount uniformity [2] [3]

  • Q95:Q5<1.2X
  • Q99.5:Q0.5<1.5X

Support for sequence customization [1]

  • Support for degenerate bases
  • Support for special monomers
  • Support for 5′ modifications

Low barriers to customization

  • Microarray customization costs as low as $1,000 level

Application Scenarios

  • Pathogen and resistance screening
  • Pharmacogenetics
  • Germplasm identification
  • High-throughput aptamer discovery
  • Genomic variant genotyping
  • Gene expression profiling
  • In situ spatial OMICs
  • Non-mass spec proteomics
  • equencing technology
  • In situ gene synthesis
  • Solid-phase capture
  • Medical diagnostics

Product Category

Product Category Delivery
Form
Available
Customization
Oligo
Length
Chip
Dimensions
Array
Size
Turn-around
Time
TruArray®
Std
DNA microarray chip,
3'-end coupled to the
chip surface [4]
• Degenerate base [1]
• Special monomer [1]
10~150nt [5] 76.2mm×25.4mm 4K [6] 2~10
working days
65K [6]
0.5M [7]
Product Category TruArray® Std
Delivery Form DNA microarray chip, 3'-end coupled to the chip surface [4]
Available Customization • Degenerate base [1]
• Special monomer [1]
Oligo Length 10~150nt [5]
Chip Dimensions 76.2mm×25.4mm
Array Size 4K [6] 65K [6] 0.5M [7]
Turn-around Time 2~10 working days

Specifications

Array Size Up to 4,096 or 65,536 per chip
Oligo Length Up to 150 nt
Coverage >99.5%
Error Rate < 1.0%/nt
Inter-spot Uniformity • > 90% of oligos represented within < 2.0X of the median
• > 99% of oligos represented within < 3.0X of the median
Available Special Monomers • Degenerate base
• Special monomer
Turn-around Time 2~10 working days
Array Size Up to 4,096 or 65,536 per chip
Oligo Length Up to 150 nt
Coverage >99.5%
Error Rate <1.0%/nt
Inter-spot Uniformity • >90% of oligos represented within <2.0X of the median
• >99% of oligos represented within <3.0X of the median
Available Special Monomers • Degenerate base
• Special monomer
Turn-around Time 2~10 working days

TruArray® Ordering Process

Place Order

Confirmation

Production

Quality Control

Delivery

Place
Order

Confir-
mation

Produc-
tion

Quality
Control

Delivery

[1] For availability and specific requirements, please consult our customer service manager.

[2] Measured with 4K throughput DNA microarrays at the length of 150 nt. The DNA microarrays contain 130 nt of random sequences and 20 nt of common sequences at the 5' end, used as fluorescent probe hybridization templates. FISH signal values were used for this statistic.

[3] Differences in oligo sequence and microarray design may also affect specifications such as coverage, uniformity, precision, etc.

[4] RNA/XNA microarrays, or DNA microarrays with the 5'-end coupled to the chip surface, are expected to be available by the end of 2025.

[5] Please consult our customer service manager if you are interested in microarrays exceeding 150 nt in length.

[6] 4K and 65K microarrays with multi-sample partitioning are expected to be available by the end of 2025.

[7] Microarrays with sizes up to 0.5M are expected to be available by the end of 2025.

Dr. Kang Kang

Partner & CBio

Dr. Kang received his Ph.D. in Bioinformatics and Systems Biology from the University of Hong Kong in 2018, then became a scientific co-worker of the Leibniz Association (Leibniz-HKI) and a visiting scientist at the Novo Nordisk Foundation Center for Biosustainability (DTU Biosustain) at the Technical University of Denmark. He was a scientist at BGI-Shenzhen and co-founded the synthetic biology research group. He was a senior bioinformatics engineer and brand advisor at WeGene. In 2021, Kang joined Biosysen Limited as a co-founder and served as Chief Informatics Scientist. He is also an advisor and author of the biotech media "Regenesis". He has been dedicated to the R&D and industrialization of OMICs technologies, high-throughput technologies, and synthetic biology for over 10 years. He joined LinkZill in March 2023, responsible for semiconductor life science tools and product planning.