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Science Art Philosophy Laboratory The origin of species by Marta de Menezes María Antonia González Valerio Luis Teixeira 04. 05. 2016 FCUL, Room 8. 2. 13 10.30h - 13.30h Organização: Catarina Pombo Nabais e Sara Fuentes hp://scienceartphilosophylab.fc.ul.pt [email protected] + (351) 217 500 365 Free entry Virtually all of the crops that feed the world are significantly different from the plants inially subjected to domescaon. Through selecve breeding several genec mutants were selected in order to achieve greater producvity and beer characteriscs. In fact, the sequencing of the genome of different crops as well as the genome of their feral counterparts illustrates well the magnitude of the genec difference that was imposed during domescaon. Therefore, what we consider “natural” today is already the product of human intervenon over thousands of years*. The recent development of genome eding tools, such as CRISPR-Cas9 technology, allows efficient modificaon of the genomic content of organisms in a highly controlled way. The Origin of Species brings CRISPR-Cas9 technology as an art media, allowing the edion of mutaons selected by domescaon. Such mutaons are idenfied with bioinformacs tools, comparing the genome of modern organisms and the feral counterparts from which it was selected. This way a precise genec intervenon is used to create an organism more “natural”. * This work was inspired by “Breeding for Wildness” by George Gessert, consisng on the selecve breeding of ornamental flowers towards their ancestral characteriscs.

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Page 1: The originof species - CFCULcfcul.fc.ul.pt › ... › cartaz_the_origin_of_species... · Science Art Philosophy Laboratory The origin of species by Marta de Menezes María Antonia

Science Art Philosophy Laboratory

The originof

speciesby Marta de Menezes

María Antonia González ValerioLuis Teixeira

04. 05. 2016

FCUL, Room 8. 2. 1310.30h - 13.30h

Organização: Catarina Pombo Nabais e Sara Fuenteshttp://scienceartphilosophylab.fc.ul.pt

[email protected]+ (351) 217 500 365

Free entry

Virtually all of the crops that feed the world are significantly different from the plants initially subjected to domestication. Through selective breeding several genetic mutants were selected in order to achieve greater productivity and better characteristics. In fact, the sequencing of the genome of different crops as well as the genome of their feral counterparts illustrates well the magnitude of the genetic difference that was imposed during domestication. Therefore, what we consider “natural” today is already the product of human intervention over thousands of years*.

The recent development of genome editing tools, such as CRISPR-Cas9 technology, allows efficient modification of the genomic content of organisms in a highly controlled way. The Origin of Species brings CRISPR-Cas9 technology as an art media, allowing the edition of mutations selected by domestication. Such mutations are identified with bioinformatics tools, comparing the genome of modern organisms and the feral counterparts from which it was selected. This way a precise genetic intervention is used to create an organism more “natural”. * This work was inspired by “Breeding for Wildness” by George Gessert, consisting on the selective breeding of ornamental flowers towards their ancestral characteristics.