Gene gun, transformation, electroporation, protoplast fusion and microinjection.
From smallest to largest: DNA (where DNA = short sequences of nucleotides) gene chromosome nucleus sperm cell
its how you can replicate the DNA and make the 5 steps ;)
when DNA replicates they can be separated by the enzyme helicase single strand DNA binding a proteins.one DNA stranderd incorsed liding strands which form 5 to 3 primates now there is no problem . but lagging strand makes a problem from 5 primes to 3 primes too. it forms a pieces called okazaki fragments. first the RNA primase lays down a RAN primer and then DNA polymerase 3 lays down new DNA. the process the RNA primers with DNA. finally DNA ligase links with okazaki fragments.
They reproduce they have DNA they respond to the environment they maintain their interior environment and they (sorry can't think of anything else)
The detergent dissolves the fatty molecules that hold the cell membranes together, which releases the DNA into the solution. The detergent, combined with the heat treatment used in step 5, causes lipids (fatty molecules) and proteins to precipitate out of the solution, leaving the DNA.
From smallest to largest: DNA (where DNA = short sequences of nucleotides) gene chromosome nucleus sperm cell
In the nucleus of the cell, DNA replicates by the work of DNA Polymerase III copying the 5' to 3' strand while DNA Polymerase II ligates the Okazaki fragments on the 3' to 5' lagging strand.
24 C 5 = 24504
well one is they both are ribo nucleic acid
its how you can replicate the DNA and make the 5 steps ;)
DNA is copied (or replicated) by an enzyme called DNA polymerase. This enzyme generally operates in the 3' to 5' direction. However, this enzyme also has a 5' to 3' exonuclease activity, which enables it to remove certain wrong bases and insert correct ones. This ensure that the DNA is copied correctly
There are not 6 but 5 main structures found in bacterial cells. They are DNA, cell membrane, ribosomes, surface layer and the cell wall.
when DNA replicates they can be separated by the enzyme helicase single strand DNA binding a proteins.one DNA stranderd incorsed liding strands which form 5 to 3 primates now there is no problem . but lagging strand makes a problem from 5 primes to 3 primes too. it forms a pieces called okazaki fragments. first the RNA primase lays down a RAN primer and then DNA polymerase 3 lays down new DNA. the process the RNA primers with DNA. finally DNA ligase links with okazaki fragments.
A plasmid, by inserting wanted DNA. The fact that DNA replicates because it replicates the newly placed DNA. RNA, because of it's use in retroviruses and reverse transcripitase. A "gene gun" because it inserts the naked DNA into a cell by shootig DNA coated gold particles into the cell by high pressure gas. Lastly, lysosomes because they will destroy any unwanted DNA or cells.
They reproduce they have DNA they respond to the environment they maintain their interior environment and they (sorry can't think of anything else)
Assuming you mean when rolling 2 dice, the probability is the number of ways of getting the sum of 5 over the number of possible outcomes. 4 ways of getting 5 (1+4; 2+3; 3+2; 4+1) 36 outcomes (6 x 6) the probability is 4/36 = 1/9
I believe 5 chromosomes because it's splitting evenly between 2 new cells. And of course the cell is smaller, but they both receive half of the DNA of the parent cell if that makes sense.