Just to give out my two cents...micropropagation is possible at home. I think many young students try it at school now.
It is not easy but it is possible. The first problem I encountered is contamination. Using an hybrid technique developed for fungi spores germination it is possible (with a good %) to store a DNA in few cells. Thanks to the nutrients in the medium (basically carbon) it can survive and grows a little, without any need for oxygen, so it can stay close in a little jar.
Branching and rooting can be triggered naturally or with hormones.
It is possible to work with DNA too using chemicals to try to obtain a modified DNA, impossible to have with the normal genetic recombination.
Many useful information can be found on the web, mine is just one: the key is to know how to sterilize everything and keep it uncontaminated till the jar is ermetichally closed.
OP sorry for the off topic
It is not easy but it is possible. The first problem I encountered is contamination. Using an hybrid technique developed for fungi spores germination it is possible (with a good %) to store a DNA in few cells. Thanks to the nutrients in the medium (basically carbon) it can survive and grows a little, without any need for oxygen, so it can stay close in a little jar.
Branching and rooting can be triggered naturally or with hormones.
It is possible to work with DNA too using chemicals to try to obtain a modified DNA, impossible to have with the normal genetic recombination.
Many useful information can be found on the web, mine is just one: the key is to know how to sterilize everything and keep it uncontaminated till the jar is ermetichally closed.
OP sorry for the off topic