A new type of molecular base is formed
Different types of minerals are joined together
DNA from the bacterial cell is cloned
DNA from different organisms is joined together
Bacterial cells will destroy defective human genetic material.
Bacterial cells may form a multicellular embryo.
The inserted human DNA will change harmful bacteria to harmless ones.
The inserted human DNA may direct the synthesis of human proteins.
Hormones that stimulate the replication of bacterial DNA
Biochemical catalysts involved in the insertion of genes into other organisms
Hormones that trigger rapid mutation of genetic information
Gases needed to produce the energy required for gene manipulation
Production of a human embryo to aid women who are unable to have children
Change of single-celled organisms to multicellular organisms
Introduction of a toxic substance to kill bacterial cells
Production of hormones or enzymes to replace missing human body chemicals
Injected the anticlotting factor into the milk-producing glands of the animals
added modified DNA into the milk of the animals
Inserted the human gene into the egg cells of goats
Altered the nutritional requirements of newborn goats
This insulin will not function normally in humans because it is produced by bacteria.
This insulin is produced as a result of human insulin being inserted into bacteria cells.
This insulin is produced as a result of exposing bacteria cells to radiation, which produces a mutation.
This insulin may have fewer side effects than the insulin previously extracted from the pancreas of other animals.
Both A and B