The problem:

Due to the high market cost of metallic based QDs, and the high toxicity level of inorganic metallic based QDs, QD industrial use has been slow and limited to high-end optoelectronic application or applications that require only low concentrations (few g/L) of ValiDotz™, such as in-vitro bio-imaging or molecular tracking in live cells. This severely limits the current use of dots in the Bio-Imaging market.



The Solution: ValiDotz™ are non-toxic, molecular-sized discs of that show unique optical and physical properties, which makes them excellent candidates for medical imaging and sensingThe stable photo luminesces and low toxicity of ValiDotz™ make them a perfect candidate for bio-imaging, biosensors, drug delivery, and medical diagnosis.

In bio-imaging, ValiDotz™ can be used in various in-vivo and in-vitro imaging, sensing and labelling techniques for example –  ValiDotz™ can be used to target cancer cells, tumors and other bio imaging anomalies.

ValiDotz™, like metallic based QDs, exhibit exceptional photoluminescence properties (i.e. they emit visible light when exposed to UV energy) which can be tuned and adjusted, while their carbon-based structure makes them biocompatible and photo stable.