Fluorescens-baserad feedback i realtid under operation av glioblastom

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CELLUMINOVA AB

Biomarkören GlioStem så får man cancerstamcellerna att lysa grönt, vilket gör att kirurgen lättare kan identifiera långsamt delande cancerstamceller som annars missas med konventionell behandling.

En kombination av operation, strålning och cytostatika är i dag den helt dominerande behandlingen av aggressiva hjärntumörer av typen glioblastom. I projektet gör vi en klinisk studie för att testa en ny metod där vävnadsprov tas ut under pågående operation och belyses i ett mikroskop. Genom tillsats av biomarkören GlioStem så får man cancerstamcellerna att lysa grönt, vilket gör att kirurgen lättare kan identifiera långsamt delande cancerstamceller som annars missas med konventionell behandling.

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PROJEKTFAKTA

KATEGORI:

Hälsoinformatik, Utrustning för operationssal

KOORDINATOR:

CELLUMINOVA AB

PROJEKTNUMMER:

2019-05517

BIDRAG:

0 kr

STARTDATUM:

maj 1, 2020

SLUTDATUM:

april 30, 2022

PROJEKTSTATUS:

Avslutade

NY SÖKNING