They can only be transformed when they are in a competent state.
to avoid denaturation of the genetic material in this case DNA
competent cells are the naked DNA(pure DNA without any attached molecules) into a tissue or organ, so the naked DNA is taken up and expressed by some cels and such cells are said to be competent the most common naked DNA vectors are plasmids. i hope that will help you. be a good students, no more cheating lolz
transformed cell lines divide more rapidly and do not require attachment to surface for growth, the loose contact inhibition, when reintroduced to animals may form tumours
Because you don't want to release ampicillin resistant E. coli into the environment because it is dangerous.
other cells
The plasma cells develop from transformed b cells.
Luciferase
ativated B cells forms effector cells which are called plasma cells
cells which readily accept a foreign DNA through a process called transformation
yes
Competent cells if i not mistaken
fat cells have reapable stem cells that can be transformed into neurons.
my pp
DNA
to avoid denaturation of the genetic material in this case DNA
competent cells are the naked DNA(pure DNA without any attached molecules) into a tissue or organ, so the naked DNA is taken up and expressed by some cels and such cells are said to be competent the most common naked DNA vectors are plasmids. i hope that will help you. be a good students, no more cheating lolz
Yes, transformed cells have the ability to pass their newly-acquired traits onto succeeding generations. This is because the transformation process often involves integrating foreign genetic material into the cell's genome, which can be inherited by daughter cells during cell division. As a result, the traits conferred by the transformed cells can be maintained and passed on to subsequent generations.