Home > Industry/Domain > Agriculture; Biotechnology > Genetic engineering

Genetic engineering

The science of modifying and manipulating genes to create new artificial DNA or synthetic genes of different organisms. There are many purposes for genetic engineering, some of which include finding better treatment for diseases, or simply for discovering new organism of interest.

Contributors in Genetic engineering

Genetic engineering

Philtre bioreactor

Biotechnology; Genetic engineering

Cells are grown on an open mesh of an inert material, which allows the culture medium to flow past it but retains the cells. This is similar in idea to membrane and hollow fibre reactors, but can be ...

Mesh bioreactor

Biotechnology; Genetic engineering

Cells are grown on an open mesh of an inert material, which allows the culture medium to flow past it but retains the cells. This is similar in idea to membrane and hollow fibre reactors, but can be ...

Semi-continuous culture

Biotechnology; Genetic engineering

Cells in an actively dividing state are maintained in culture by periodically draining off the medium and replenishing it with fresh medium.

Immobilised cells

Biotechnology; Genetic engineering

Cells entrapped in matrices such as alginate, polyacrylamide and agarose designed for use in membrane and philtre bioreactors.

Cell suspension

Biotechnology; Genetic engineering

Cells in culture in moving or shaking liquid medium, often used to describe suspension cultures of single cells and cell aggregates.

Embryonic stem cells

Biotechnology; Genetic engineering

Cells of the early embryo that can give rise to all differentiated cells, including germ line cells.

Heterokaryon

Biotechnology; Genetic engineering

Cell with two or more different nuclei as a result of cell fusion. Opposite: homokaryon.

Featured blossaries

Bilingual Cover Letters

Category: Languages   1 14 Terms

Pain

Category: Health   1 6 Terms