Yes, but that does not mean that any viable creature might develop. There are very few limits to what genes can be inserted into what - quite a few creatures have gained fluorescing genes from jellyfish, including mice, and antifreeze genes from an arctic fish have been inserted into a soft fruit (raspberries I think).
The only way a human has been cloned is if the government has done it secretly or the gov. doesn't know about it. Other than that no a human has not 'yet' been cloned. But they have sucsessfully cloned a sheep.
It all depends on where you primers are. Presumably you will have one primer that sits on the cloned gene and one that sits on the vector (that way you only get a product if the gene has cloned successfully). As long as you know where your primers land, it should be easy to work out how big the PCR product will be simply by adding the distance from the primer on the gene to the end of the gene and the distance from the primer on the vector to the end of the vector.
bacteria
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.
No human has yet been cloned. With the exception of identical twins.
Gene splicing
The expression of a gene of interest can be ensured by combining it with a gene recessive to it.
The first "cow" (it was actually a calf) in the world to be cloned was named Gene.
The only way a human has been cloned is if the government has done it secretly or the gov. doesn't know about it. Other than that no a human has not 'yet' been cloned. But they have sucsessfully cloned a sheep.
in 1997 the first Transgenic cow was Rosie,who produced human protein-enriched milk at (2.4 grams per litre).The milk contained the human protein alpha lactalbumin.
It all depends on where you primers are. Presumably you will have one primer that sits on the cloned gene and one that sits on the vector (that way you only get a product if the gene has cloned successfully). As long as you know where your primers land, it should be easy to work out how big the PCR product will be simply by adding the distance from the primer on the gene to the end of the gene and the distance from the primer on the vector to the end of the vector.
The plant might have a gene that is similar to a human gene-Apex
bacteria
No humans have been cloned yet. Should a human ever be cloned, then presumably, the clone would be identical (genetically) to the original from which it is copied; thus, it would be a human.
The information is unknown how the first cloned cow was made. The first known cloned cow was named Gene and was cloned on February 7, 1997.
The same as the original.
No scientist haven't yet cloned a human