Serum thymidine kinase 1 (TK1) activity is used as a tumor marker in disease monitoring in veterinary and human medicine. TK1, an intracellular enzyme, is involved in a salvage pathway of DNA precursor synthesis. TK1 is used in DNA precursor production by catalyzing the transfer of the gamma-phosphate-group from a phosphate-donor to the 5?- hydroxyl-group of thymidine forming thymidine-monophosphate. Nucleoside monophosphosphates are finally converted into thymidine-triphosphates. TK1 activity significantly rises in the G1 and the S phase of the cell cycle.

Introduktion: Föräldrar till barn med funktionsnedsättning är en grupp som i högre grad än andra föräldrar lider av psykisk ohälsa i form av exempelvis oro och nedstämdhet. Det är utmanande för dessa föräldrar att försöka överblicka och mobilisera de stöd och resurser som finns tillgängligt för deras barn. Forskning visar att bristande samverkan mellan olika professioner och vårdinrättningar samt bristande kunskap gör att det blir ytterligare utmaningar för dessa föräldrar. Syfte: Syftet var att beskriva hur föräldrar till barn, ungdomar och unga vuxna med diagnos inom autismspektrat upplevt stöd från vård och omsorg.Metod: En kvalitativ design med intervjuer valdes. Datainsamlingen genomfördes genom autismföreningen i Göteborg där föräldrar till barn, ungdomar och unga vuxna med autismspektrumtillstånd tillfrågades.

Magnetic resonance imaging (MRI) has the potential to be used for the diagnosis and study of osteoarthrosis in the equine tarsal region. In the development of new diagnostic MRI techniques cadaver specimens are often used. To allow the use of cadaver legs for these types of studies it is important to know the effect of time after death on the MRI image. Since the relaxation times are temperature dependent, it is interesting to examine whether the time after death and the temperature of the cadaver may play a role in the image appearance and quality. The radio pulse sequences that show the different types of tissues are also important to know when pathological evaluation with MRI is used.

Magnetic resonance imaging (MRI) has the potential to be used for the diagnosis and study of osteoarthrosis in the equine tarsal region. In the development of new diagnostic MRI techniques cadaver specimens are often used. To allow the use of cadaver legs for these types of studies it is important to know the effect of time after death on the MRI image. Since the relaxation times are temperature dependent, it is interesting to examine whether the time after death and the temperature of the cadaver may play a role in the image appearance and quality. The radio pulse sequences that show the different types of tissues are also important to know when pathological evaluation with MRI is used.