In Studies in second language acquisition 26, 514539. Gooskens, C. 2006. Linguistic and extra-linguistic predictors of inter-Scandinavian intelligibility. Linguis- tics in the Netherlands, 101-113. Gooskens, C. 2007. The contribution of linguistic factors to the intelligibility of closely related languages. In Journal of Multilingual and Multicultural Development 28 (6), 445-467. Gooskens, C. & W. Heeringa 2004. The position of Frisian in the Germanic language area. In D. Gilbers, M. Schreuder & N. Knevel (eds.), On the boundaries of phonology and phonetics. To honour Dr. Tjeerd de Graaf. Groningen: University of Groningen, Faculty of Arts, Klankleergroep, 61-87. Haugen, E. 1966. Language conflict and language planning: the case of modern Norwegian. Cambridge, Mass: Harvard University Press. Hendriks, B. & M. van Mulken 2012. Comparing effectiveness of ELF, L1-L2 interaction and receptive multilingualism in Computer-Mediated Communication (CMC). A paper in Berlin 2012.
Ground meat had susceptible to oxidation by peroxide reagents, the lowest GGS levels (Armenteros et al. like hydrogen peroxide. Consequently, 2009). cystine is oxidized only partly to cysteic acid, while methionine is oxidized to methionine Veterinary Drugs and Growth sulfoxide and methionine sulfone in small Promoters Residues amounts (Slump and Schreuder 1973). Sulfinic and cysteic acids can also be pro- Veterinary pharmaceutical drugs have been duced by direct oxidation of cysteine (Finley used for a long time in animal production as et al. 1981). The oxidation of homocystine therapeutic agents to control infectious dis- can generate homolanthionine sulfoxide as a eases or as prophylactic agents to prevent main product (Lipton et al. 1977). Peptides outbreaks of diseases and control parasitic