Introducing the All-In-One Platform

The fastest, easiest, and most accurate immunoassay

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A scientist wearing safety glasses and a face mask conducts an experiment with glass test tubes, pouring a clear liquid into one of the tubes.

What Is All-In-One Immunoassay?

Immunoassays (or antibody-based tests) are today’s most popular method in diagnostic testing. All-In-One (AIO) is a breakthrough advancement in immunoassays that offers superior speed, ease of use, and accuracy of testing compared to current products in the market. 

A key to this innovation is our proprietary nanotechnology-based solution. By shifting the biological, chemical, and physical signal-generating interactions into the liquid phase—rather than on solid surfaces as with most conventional assays—this novel approach delivers a much faster and efficient signal generation, resulting in significantly better sensitivity and accuracy in detecting target analytes.

Scientist in protective gear examining a lab tray with red and clear substances.

Key Features

Some of the main characteristics that differentiate All-In-One from current products in the market are as follows :

  1. Nanoparticle-enhanced antibody delivery : Antibodies are immobilized and stabilized on nanoparticles, which enables an efficient, all-in-one handling of reagents.

  2. Dual-function capture/detect antibody : A single multifunctional antibody not only binds the target but also generates the signal—streamlining reagent requirements.

  3. Rapid, single-step immunoreaction : Quantifies antigens in one short, wash-free incubation, leading to results in just minutes.

  4. Broad dynamic range : Ability to detect both low and high molecular-weight analytes in the same assay without compromising results.

Benefits to User

All-In-One addresses several pain points for users while minimizing the challenge of switching to another platform. Users do not need extensive new training, nor required to make expensive equipment purchases in order to use All-In-One based products.

Green informational graphic with text promoting increased speed, stating "As much as 14x faster turnaround time."
Green box with the text 'DYNAMIC RANGE No separate tests needed for large and small analytes' and a black icon of two arrows pointing in opposite directions in the top left corner.
Green sign with bold black text that reads "EASE-OF-USE" and smaller text below that says "No washing steps." An icon of gears and arrows indicating process or settings in the top left corner.
Green text box with the words "LOWER COST No washing solution, less reagents" and a circular icon with a dollar sign and downward arrow.
Infographic showing a thermometer icon and text that reads 'Sensitivity: 10 times higher limit of detection'.
An educational slide about minimal training in immunoassays, featuring a black and white icon of a teacher and students, with a green background and black text.

How Does It Work?

Here is a step-by-step diagram of how a typical All-In-One immunoassay would be processed in a lab. Notice that there are no washing steps, and the antibody binding occurs in-liquid (not on the bottom surface of the well). The entire process can take as little as 5 minutes.

Illustration of a transparent cylindrical container with two yellow and green larvae or worms at the bottom.
Text describing a scientific diagram about well surface containing green conjugated antibodies and a yellow chemiluminescence emitter.
Illustration of a test tube with pink liquid and bacteria, with bacteria being transferred into a larger container containing yellow and green bacteria.
Instruction text explaining adding a sample with red antigen and gray waste material to a well, numbered 2.
Illustration of immune cells attacking a virus in a cylindrical environment, with virus particles depicted as orange and gray spiky shapes and immune cells as green and yellow shapes.
Step 3 of a process describing that after a short incubation, the antibody binds with the antigen.
A diagram showing a test tube with a purple liquid containing molecules, with a small tube pouring a clear liquid into it. Inside the test tube, there are various icons representing antibodies, antigens, and immune cells, illustrating an immune response or scientific experiment involving immune system components.
Instruction text indicating that a chemiluminescent reagent is added to the well.
Illustration of a biological cell with immune cells attacking a virus.
Number five in green followed by explanatory text about an emitter reacting to a reagent and producing a chemiluminescent light.

How Does It Stack Up Against Competition?

Here is a performance comparison of how our All-In-One immunoassay kit competes with 3 established products in the market.

The competitor products are conventional sandwich immunoassays used to detect troponin I, a protein released into the bloodstream when there is damage to the heart muscle. This test is commonly used to help in the diagnosis of a heart attack.

As seen on the table, our AIO kit not only shows a significantly faster testing time, but also demonstrated the lowest Limit of Detection (LOD) among the competition.

Moreover, the AIO kit has a wide dynamic range that allows the quantification of both large and small molecules in a single assay.