The embryonic human stem cells are like a plant cell, because interphase carries out the variouse function as the growth and preparation of the human stem grows. The plant cells also grow and increases in the size and makes proteins for other cells. Mitosis then takes over, the cell is cut into two and reformed. also like the embryonic humanstem cells. and that is how they are alike .. to sum things up the over all preformance is they both grow and form by protiens. they are also shaped about the same.
A micropipette, a device like a small needle, is inserted into the embryo, also called a blastocyst.
No, vacuoles do not exist in human or animal cells. They are only present in plant cells, much like the cell wall.
By definition, all human cells are animal cells. Different cells look different from others, no matter the organism. A human nerve looks almost identical to a nerve from a chimp, but a human nerve looks nothing like a cell from a chimp's muscles.
plant cells and plant-like protists contain chloroplasts.
No. Stem cells are diploid just like any other body cell.
No, a plant cell is not a cell part it is a type of eukaryatic cell. The cell parts are called organelles. Examples of organelles are the nucleus, mitochondria, cilia, glogi bodies, DNA, RER, SER, vesicles, flagella, and cytoplasm.
The evidence that we have that human blood is in no way related to plant cells is the fact that plant cells contain chlorophyll and other related compounds that humans do not. Human blood contains red blood cells and other compounds that plants do not.
A micropipette, a device like a small needle, is inserted into the embryo, also called a blastocyst.
No, vacuoles do not exist in human or animal cells. They are only present in plant cells, much like the cell wall.
It is just called the circulatory system, and it is one of my favorites to learn about.
Because the (human) embryos are frozen and they are readily available and will be destroyed if not implanted in a womb of a potential mother. Unfortunately, people see the frozen embryonic cell as an opportunity to do science. Some researchers feel that throwing out frozen embryonic cells is a waste. A scientist goal is to improve the value of human life by finding a value in the human embryonic cell. It would be like using a person, without permission, to make another person either get better or live longer. The moral problem is that it takes the life of another human to gain the advantage for a supposedly superior being. Another reason is because of the promise of embryonic stem cells is just to consuming to a research scientist. They can make a lot of money, and cure some serious diseases by using the embryonic stem cell. Another reason is that the federal funds to do the research have been available since 2008. If the government sponsors this type of research, then more scientists will use the government (USA) money to keep their projects funded. It is important to know that even though initial tests in embryonic stem cells looked promising, more can also be done with adult stem cells, without harming the potential for human life. Also, so called hybrid-stem cells that can be reverted back to stem cell status from an adult stem cell has made big progress in 2011-12. Both hybrid and adult stem cell research can be done without hurting the potential for life.
cells are a smallliving thing that in a living things body like a human, dog, cat plant and in allots of serten kinds of living things
The human and the plant cells have different structers Cell wall. It presence in plant cells but not in animal cells. It maintains the shape of the plant cells and protect in from bursting. Chloroplast. Green pigment found in the plant cells that captures light for the process of photosynthesis. It becomes like a sac and occupies 96%or98% of the cell And plant cells do contain mitochondria. They need to carry out respiration and need energy for growth and little movement too.
Elodea and onion cells have more consistent shapes than human epithelial cells because they have cell walls. The human epithelial cells do not have defined cell walls.
By definition, all human cells are animal cells. Different cells look different from others, no matter the organism. A human nerve looks almost identical to a nerve from a chimp, but a human nerve looks nothing like a cell from a chimp's muscles.
plant cells and plant-like protists contain chloroplasts.
They're cool like that.