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Úřad ve svém stanovisku uvedl, že by nemohl ke svým závěrům dospět, kdyby nezohlednil 15 studií, které žadatel prohlásil za své vlastnictví. Jedná se o tyto studie: — Adams G, North M, De’Ath J. Principal Investigator: West NX, 2004. An investigation into the Erosive Effect of Hot Drinks. GlaxoSmithKline Report NHCMA0303, UK, — Adams G, North M. Principal Investigator Duggal MS, 2003. Development of Intra-Oral Cariogenicity (ICT) Model #3. GlaxoSmithKline Report NHCMA0301, UK, — Adnitt C, Adams G, North M. Principal Investigator Toumba KJ., 2005. Development of Intra-Oral Cariogenicity (ICT) Model #4. GlaxoSmithKline Report NHCMA0302, UK, — Broughton J, North, M, Roman L. Principal Investigator Toumba KJ., 2006. Development of Intra-Oral Cariogenicity (ICT) Model #5. GlaxoSmithKline Report NHCMA0401, UK, — De’Ath, J, North M, Smith S. Principal Investigator: Ong TJ., 2002a. A single blind, four-way crossover study to investigate the effect of two formulations of fruit drinks in comparison to a positive control (sucrose) and a negative control (sorbitol) on the pH of dental plaque. GlaxoSmithKline Report N1760182, UK, — De’Ath J, North M, Smith S. Principal Investigator: Jackson R, 2002b. A single blind, four-way crossover study to investigate the effect of two formulations of fruit drinks in comparison to a positive control (sucrose) and a negative control (sorbitol) on the pH of dental plaque. GlaxoSmithKline Report N1760183, UK, — De’Ath J, North M, Smith S. Principal Investigator: Preston A, 2002c. A single blind, four-way crossover study to investigate the effect of two formulations of fruit drinks in comparison to a positive control (sucrose) and a negative control (sorbitol) on the pH of dental plaque. GlaxoSmithKline Report N1760184, UK, — De’Ath J, Moohan M, Smith S. Principal Investigator: Toumba KJ, 2003. A single blind, four-way crossover study to investigate the effect of two formulations of fruit drinks in comparison to a positive control (sucrose) and a negative control (sorbitol) on the pH of dental plaque. GlaxoSmithKline Report N1010201, UK, — Gard’ner K, Moohan M, Smith S. Principal Investigator: Ong TJ, 2003a. A single blind, four-way crossover study to investigate the effect of two formulations of fruit drinks in comparison to a positive control (sucrose) and a negative control (sorbitol) on the pH of dental plaque. GlaxoSmithKline Report N1010199, UK, — Gard’ner K, Moohan M, Smith S. Principal Investigator: Jackson R, 2003b. A single blind, four-way crossover study to investigate the effect of two formulations of fruit drinks in comparison to a positive control (sucrose) and a negative control (sorbitol) on the pH of dental plaque. GlaxoSmithKline Report N1010200, UK, — Hollas M, McAuliffe T, Finke M. Principal Investigator: West NX, 2005. An investigation into the effect of a modified blackcurrant drink on tooth enamel with and without additional tooth brushing. GlaxoSmithKline Report NMA0501, UK, — May R, and Hughes JM. Principal Investigator: Toumba KJ, 1998c. A single blind, five-way crossover study to investigate the effect of three new formulations of fruit drinks in comparison to a positive control (sucrose) and a negative control (sorbitol) on the pH of dental plaque. GlaxoSmithKline Report N1010068, UK, — May R, and Moohan M. Principal Investigator: Duggal MS, 1999. A single blind, three-way crossover study to investigate the effect of a new formulation of fruit drink in comparison to a positive control (sucrose) and a negative control (sorbitol) on the pH of dental plaque in children. GlaxoSmithKline Report N1010104, UK, — May R, Darby-Dowan A, Smith S. Principal Investigator: Curzon M, 1998a. A single blind, five-way crossover healthy volunteer study to investigate the effect of a new orange and a new strawberry formulation of fruit drink in comparison to a blackcurrant fruit drink and two control treatments on the pH of dental plaque. GlaxoSmithKline Report N1010021, UK, — May R, Hughes JM. Principal Investigator: Duggal MS, 1998b. A single blind, five-way crossover study to investigate the effect of three new formulations of fruit drinks in comparison to a positive control (sucrose) and a negative control (sorbitol) on the pH of dental plaque. GlaxoSmithKline Report N1010067, UK.