Szafran Biopsi – Projektdatabas

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Szafran Biopsi

REGION STOCKHOLM

Förbättrad metod avseende provtagningsproceduren och kvalitén på vävnadsprov.

Stansbiopsi är standardmetod vid diagnostik av hudförändringar. Projektet har utforskat alternativa lösningar, som effektiviserar & förbättrar metoden avseende provtagningsproceduren och kvalitén på vävnadsprov. Den innovativa lösningen skall även vara realiserbar avseende FTO och patenterbarhet. Kostnadsanalys skall visa kostnadseffektivitet jmf med dagens gängse metod sett till totalkostnaden. Vi har utvecklat prototyper som uppfyller dessa krav & testat in-vitro för att styrka funktionen.

Två koncept valdes ut för vidare utveckling till funktionsprototyper för utvärdering. Prototyp A (12 varianter) och prototyp B (1 variant). Dessa utvärderades In-vitro på testbänk av erfarna dermatologer. Projektet nådde sitt huvudsakliga mål med prototyp B som huvudkandidat för vidare utveckling.

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PROJEKTFAKTA

KATEGORI:

Informatik för diagnostik/Bioinformatik, IVD, Laboratorieutrustning

KOORDINATOR:

REGION STOCKHOLM

PROJEKTNUMMER:

2017-02375

BIDRAG:

730 000 kr

STARTDATUM:

juni 24, 2017

SLUTDATUM:

februari 28, 2019

PROJEKTSTATUS:

Avslutade

NY SÖKNING