From a multi-technological approach, BIOLAN positions itself as a biotechnology company specialising in biosensors, applied to the development and commercialisation of rapid and reliable medical devices and in vitro diagnostic systems for human health.
Our mission is to offer the healthcare market cost-effective solutions for monitoring and detecting parameters of interest that help make effective decisions in diagnosis, as well as in the prevention and/or monitoring of patients and therapies.
To achieve this, BIOLAN HEALTH exploits technologies such as biotechnology, microfluidics, microelectronics and new materials in the development of a new generation of in vitro diagnostic devices, which have proven to be highly effective for the simple, rapid, non-invasive and economical detection of a large number of parameters of interest in the medical sector.
The current focus is on:
En BIOLAN ejecutamos nuestras operaciones bajo premisas que aseguren la protección del medio ambiente y de la humanidad. Buscamos impulsar el cambio desde las áreas en las que más puede influir, haciendo que todos nuestros productos, sistemas y servicios garanticen un futuro más sostenible.
Por ello, en BIOLAN actualmente impactamos en 14 de los 17 ODS.
Applied to diagnosis, therapy and rehabilitation with assessment of fragility levels, clinical balance to avoid the risk of falls, and continuous pressure mapping to guide postural changes and prevent ulcers.
Development of deep learning algorithms to process and analyse data from sensors and medical records.
Cost-effective devices for monitoring and detecting parameters of interest that assist in making effective decisions in diagnosis, as well as in the prevention or monitoring of patients or therapy.
It is the frits PoC solution designed for the quantitative measurement of D-xylose in urine and its application in the diagnosis of hypolactasia after oral administration of LacTEST®.
The COVID-19 IgG/IgM serological Rapid test and Antigen test are lateral flow immuno-chromatpgraphic assys.
Based on screen-printed electrodes that enable the detection of different ions of interest.
