ONLY In bacteria do genes occur as unbroken stretches of Nucleotides that code for proteins.
Escherichi coli (E. coli) bacteria provide a good example of gene regulation - E. coli bacteria are genetically encoded to regulate production of enzymes that digest lactose only when lactose is present and no glucose is available.
No
Deletion occurs when a whole segment of a gene is lost.
bacteria
Trangenic bacteria are bacterial colonies which are genetically modified by deleting or adding a particular gene sequence.
Escherichi coli (E. coli) bacteria provide a good example of gene regulation - E. coli bacteria are genetically encoded to regulate production of enzymes that digest lactose only when lactose is present and no glucose is available.
No
In bacteria, the average length of gene is 1kilo bases
Deletion occurs when a whole segment of a gene is lost.
bacteria
Bacteria is often the organism a gene is removed from. The gene is inserted into another species, often corn, soy, papaya, canola, etc.
Bacteria only contain one copy of gene per cell. So the chances of the bacteria to survive with a random mutation is little to nothing. Conjugation (the exchange of genetic material between bacteria) allows for the bacteria cell to make this correction to the mutated gene.
gene shuffling
Because bacteria is speshal..:)
If antibiotic resistance is added to the gene being cloned, antibiotics can be used to isolate the transformed bacteria (ones with the gene being cloned) by killing off all non-transformed bacteria, that don't have the antibiotic resistance. There is a chance that the non-transformed bacteria can mutate to develop antibiotic resistance.
first you have to take the gene of interest (the gene that you want to put into the bacteria) and get it cut with restriction enzymes. then mix it with the plasmids from the bacteria. then you put the mixture, which is now called a recombinant DNA into the bacteria and incubate it so it can grow.
Trangenic bacteria are bacterial colonies which are genetically modified by deleting or adding a particular gene sequence.