Transbiohope | BH-Pilot results will be presented at BST (Basic Science in Transplantation), 11-13 October, Rotterdam
Transbio project, oriented to the development of an in vitro diagnostic kit for the treatment of chronic rejection with immunosuppressants. H2020 program of the European Union
"trasplante riñón” “diagnóstico in vitro” “in vitro diagnosis” “trasplante renal” “H2020” “European Commission project” “renal transplant” “kidney transplant” “start-up” “Tres Cantos” “biomedicina” “biomedicine” “biotechnology” “immunobiogram” “inmunobiograma” “tratamiento inmunosupresores” “Treatment with immunosuppressants”
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BH-Pilot results will be presented at BST (Basic Science in Transplantation), 11-13 October, Rotterdam

BH-Pilot results will be presented at BST (Basic Science in Transplantation), 11-13 October, Rotterdam

Biohope will present a poster in the framework of the BST (Basic Science in Transplantation) congress that takes place from October 11th to 13th in Rotterdam: “Immunobiogram: a new immunological tool to personalize immunosuppressive therapy in kidney transplant recipients”. It shows the biotechnological principles of the Immunobiogram (IMBG) and the results of the clinical study BH-Pilot, in which the IMBG was tested in 70 patients with a renal transplant (RT) of more than one year of evolution.

The IMBG determines the potential utility of the 7 immunosuppressants most commonly used in RT to inhibit the immune response in each patient and allows to obtain an individualized profile of sensitivity / resistance to these drugs, so it has the potential to become a useful tool to establish the most adequate drugs when adjusting the immunosuppressant treatment of each patient.

IMBG mimics the immune stimulation profile in patients with RT. Our immunoassay is performed with a patient’s blood sample and physiologically stimulated immune cells (PBMC). The stimulated PBMCs are distributed in channels where they are exposed to the action of the different immunosuppressants (IMS), which spread along the channel from a disc located at the end of each one. Each IMS exerts an inhibitory action on the activation and proliferation of immune cells, which can be quantified by using a reagent that emits fluorescent signals and transformed into a response curve by a mathematical model.

The application of the IMBG in BH-Pilot showed that 55% of the patients with poor clinical evolution presented a pattern of resistance to some of the IMS that they were taking.

The IMBG may allow physicians to select a personalized treatment for each person who has undergone a kidney transplant, thus decreasing the risk of rejection of the transplanted organ.