Answer:
haploid cells!
Explanation:
most body cells go through mitosis, which produces a cell exactly identical to the original cell.
what makes meiosis / sexual reproduction unique, is that they use zygotes. the male zygote (sperm) and female zygote (oocyte) go through mitosis TWICE so that they end up with half the number of things they need. When the oocyte and sperm combine during reproduction, the new cell will have a unique HALF from mom and a unique HALF from dad to make a whole unique cell!
Answer:
Some of these sentences both refer to the same term.
1. The epithelial membrane that lines the closed ventral cavities of the body. - 5. Makes up the pleura and pericardium. This is called the <u>serous membrane</u>.
2. The epithelial membrane that lines body cavities open to the exterior membrane
. - 4. Found lining the digestive and respiratory tracts. These statements refer to the <u>mucous membrane</u>.
3. Consists of keratinized stratified squamous epithelium. - <u>cutaneous membrane</u>.
6. Lines blood vessels and the heart. - <u>endothelium.</u>
Explanation:
All of these membranes are formed by epithelial tissue - one of the four basic tissues found in the human body, with important tasks that many times <u>give the organs they're part of their main function</u>.
<u>The epithelium can vary in shape and size in order to adapt to the necessities of the organ</u>. If the organ needs protection from abrasions, like the skin or the stomach, this tissue will have many layers and be called "<em>stratified epithelium</em>". On the other hand, an organ with the function to exchange substances, like the blood vessels or the alveoli, will have only one layer of epithelium, to ease the diffusion of gases and other molecules.
The other three basic tissues are: connective tissue, muscle tissue, and nervous tissue.
When you get a bruise, capillaries the smallest blood vessels get busted and release blood which will be trapped beneath the skin as a result of the trauma or impact which may be a blow or a cut
Answer:
plasmid
Explanation:
Some commonly used methods for DNA and RNA purification are precipitation with phenol-chloroform or isopropanol, or by spin columns with silica membrane. However, if your target DNA is a plasmid, you should adapt your procedure to make sure the plasmid DNA (pDNA) is separated from gDNA