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RESEARCH PRODUCT

Five Novel Mutations in F13B Gene Resulting in Mild FXIII Deficiency

V. IvaskeviciusH. RottH. TrobischS. HalimehI. ScharrerM. KrauseE. SeifriedJ. Oldenburg

subject

GeneticsSplice site mutationGenotypeIntronExtracellularMissense mutationHeterozygote advantageBiologyGene

description

FXIII deficiency is a rare autosomal recessive disorder affecting approximately 1 out of 1–3 million inhabitants. The disease is characterized by bleeding, impaired wound repair and spontaneous abortions in females. Extracellular FXIII molecule has a tetramer structure composing of two catalytic A-subunits and two B-subunits that act as a carrier molecule. Based on genotype there are two types of FXIII deficiency: A-subunit deficiency (XIIIA) when mutations affect F13A gene and much rarely B-subunit deficiency (XIIIB) when mutations affect F13B gene. Both types result in absence of FXIII catalytical activity in plasma.

https://doi.org/10.1007/978-3-540-73535-9_61