Table 1 - Examples of responses to Part 4: The description of the GMO(s) The organism” means the organism(s) (or tissue derived from organisms) that you propose to genetically modify and equates to “parent “host” “parent”. 4.1 4.2 4.3 4.5 and 4.6 4.7 Common Scientific name of Vector(s) and Exempt Identity and function Organisms or NLRD type NLRD type name of parent organism method of transfer Host/vector of gene(s) and tissues to be used PC1 (a)-(c) PC2 parent system? organism of origin with the GMO(s) organism (a)-(m) no IGFII from none a Mouse Mus musculus Bacterial artificial Macropus (Tammar eugenii chromosomes Wallaby) (BACs) microinjected into mouse embryos (knockout IGFII) Thale cress Arabidopsis thaliana Non tumorigenic no GFP gene from none b Aequorea victoria disarmed Ti plasmid via vacuum infiltration. Human cell HER911 Transfection with no EGFR from none c Mus musculus line replication deficient adenovirus
Table 1 - Examples of responses to Part 4: The description of the GMO(s) The “parent organism” means the organism(s) (or tissue derived from organisms) that you propose to genetically modify and “host” equates to “parent”. 4.1 4.2 4.3 4.5 and 4.6 4.7 Common name of parent organism Scientific name of parent organism Vector(s) and method of transfer Exempt Host/vector system? Identity and function of gene(s) and organism of origin Organisms or tissues to be used with the GMO(s) NLRD type PC1 (a)-(c) NLRD type PC2 (a)-(m) Mouse Mus musculus Bacterial artificial chromosomes (BACs) microinjected into mouse embryos (knockout IGFII) no IGFII from Macropus eugenii (Tammar Wallaby) none a Thale cress Arabidopsis thaliana Non tumorigenic disarmed Ti plasmid via vacuum infiltration. no GFP gene from Aequorea victoria none b Human cell line HER911 Transfection with replication deficient adenovirus no EGFR from Mus musculus none c