Biomedical Technology

Innodetection Limited

🚫 No Website Found 🏢 HKSTP Source
82 Potential

Decision Maker

Mr. Kwan Po Wong
genelogic@yahoo.com.hk
92563672
N/A
Raw Description
Product | Point-of-care diagnosis is being recognised as an effective measure to screen infectious viruses such as the African Swine Fever Virus, which is a deadly virus and has been causing substantial economic damage to the livestock industry worldwide. However, existing point-of-care diagnosis solutions are not sensitive enough, while traditional high-sensitivity testing is time-consuming. As a result, diagnoses often fail to serve the purpose of prevention. | Our novel diagnosis solution using DNA-based Biosensor System (DBS) can solve the pain points of point-of-care diagnosis by delivering speedy diagnosis with much higher sensitivity at low operational costs. There is no need of other equipment or skilled labour to run the diagnosis. It can dramatically enhance the efficiency of virus screening to protect farms from infectious disease outbreaks. || We are a biotechnology company specialising in molecular biotechnology applications. We are developing a DNA-based Biosensor System (DBS), which can be used in point-of-care diagnosis to develop a revolutionising solution. It can detect a virus at molecular level though a finger-sized device, with no need of any other equipment and skilled technicians. It dramatically enhances diagnosis sensitivity and convenience at low operational costs. | Description | We focus on innovating point-of-care diagnosis solution through a DNA-based Biosensor System

Strategic Analysis

Executive Brief

Innodetection Limited is a biotechnology firm specializing in molecular diagnostics via a proprietary DNA-based Biosensor System (DBS). Their core focus is developing portable, high-sensitivity point-of-care (POC) devices for the rapid detection of infectious viruses (e.g., African Swine Fever) without requiring laboratory infrastructure. Their technology sits at the intersection of microfluidics and electrochemical signal transduction.

Strategic Fit & Lead Score

Lead Score: 82/100 (Adjacent Tech / Strong Potential)

Why this Score? Innodetection's "DNA-based Biosensor System" likely relies on electrochemical or field-effect detection to achieve "molecular level" sensitivity in a finger-sized device. Boron-Doped Diamond (BDD) is the world’s most advanced electrode material for such applications due to its wide electrochemical potential window and low background noise (high signal-to-noise ratio). 6C's ability to provide BDD coatings or SCD substrates could be the key to moving their sensitivity from "competitive" to "revolutionary."

6C Solutions Proposal

Application Area 6C Solution Technical Value Prop
Electrochemical Sensing BDD Electrodes BDD offers a massive potential window and the lowest capacitive background current of any material, allowing for the detection of ultra-low concentrations of DNA/RNA.
Surface Functionalization SCD / PCD Substrates Diamond surfaces can be terminated with Hydrogen or Oxygen to provide extremely stable covalent bonding sites for DNA probes, preventing sensor "drift" or degradation.
Miniaturization Custom Coating (Direct) 6C can deposit thin-film BDD directly onto silicon or ceramic micro-arrays, enabling "finger-sized" devices to maintain lab-grade sensitivity.
Device Longevity Bio-inert Protective Layers Diamond's inherent resistance to bio-fouling ensures the sensor remains accurate even when exposed to complex biological samples (blood, saliva, or farm runoff).
Manufacturing Scale Custom MPCVD Systems As Innodetection scales for global livestock monitoring, 6C can provide in-house reactor builds to allow them to coat their own sensor chips at volume.

Engagement Hooks

  • Technical Question: "Does your current DBS electrode material face limitations regarding signal-to-noise ratios or potential window restrictions when detecting low-copy-number viral DNA in unpurified samples?"
  • Value Statement: "6C's Boron-Doped Diamond technology can expand your biosensor's electrochemical detection limits by orders of magnitude, ensuring your POC device achieves PCR-level sensitivity in a portable, diamond-robust format."