how do you make cells?
400017
Your body makes cells by the process called mitosis.\n\nHere's a website on mitosis:\nhttp://www.cellsalive.com/mitosis.htm
849803
cell walls give structure.
1126346
http://educate-yourself.org/fe/fejoewatercell.shtml\nI'm unsure of anything that describes how to really make one.\nThis site tries, but it's rather goofy to follow. Maybe you'll have better luck that I would.
731098
Two or more atoms make a molecule\nMillions and millions of molecules make up a cell.
538932
if you're studying a section on vocab. or a step by step process make up a song! it's the easiest way to study b/c information's easier to memorize when set to music, and it doesnt take that long (for me anyway). for my biology class i made a song about mitosis. \n\n(sung to the tune of Waiting by Green Day)\n\nBefore, Mitosis occurs\nInterphase, has steps called G1\nG2, S phase and replication\n\nOf Chromosomes to make the daughter\nCells of, the parent cell\nProphase; chromatids join and become one.\n\nCentrioles, separate to make asters\nCentromere is where, chromosomes,\nAre held with spindle fibers.\n\nWell we’re so much closer to, another pair of cells.\nNext phase!\n\nDuring, Metaphase cells meet\nAt the, equatorial plate\nAnaphase, each pole gets a new set of genes\n\nIn Telophase, chromatin mark\nThe end of nuclear division\nThe nucleus and membrane form once again\n\nWell we’re getting closer to another pair of cells\nNext phase!\nA furrow forms between the cells\nSplits organelles\n\nWell we’re so much closer to another pair of cells\nNext phase!\nA furrow forms between the cells\nSplits organelles\n\nCytokinesis makes a\nCell plate in between plant cells\nTo make, cell walls for each daughter cell\n\nCell cycle is completed\nEach cell, now has it’s own set\nOf chromatin; made up of histones and DNA\n\nThe Cell…\nBetter thank somatic cells.\n\nlol...i still remember it.
954935
Children are pretty smart these days. To make a baby you need a sperm cell and an egg cell. The sperm cell comes from the daddy and the egg cell comes from the mommy. When the sperm and egg meet, they make a tiny baby that is smaller than a grain of salt. The baby grows in the mommy's tummy for nine months. Then the baby is ready to come out.
34152
Cells make a DNA template from RNA (similar to DNA, but with a different sugar and one different nucleotide, and almost always single-stranded) called mRNA (messenger RNA).  This goes to a part of teh cytoplasm where a protein-builing machine called a ribosome matched every three nucleotides of the RNA with a distinct sort of molecule (tRNA, for Transfer) matches every three-nucleotide sequence with any of twenty different amino acids.  This process works to make a chain of amino acids, and this chain becomes a protein.  (there are a few exceptions to all of this, and some complicated additional steps, but that's generally the basis of how a protein comes about).  The chain of amino acids will fold into a certain, thermodynamically favorable conformation, and that shape will generally dictate its function.  Sometimes, more than one chain will work together to form a proteins.\n\nProteins do everything in the body.  Some are structural (like ropes or girders or bungee cords), some are like motors (like pumps, or like train cars that walk along tracks carrying material, or like growing fibers that push the cell membrane), some will act as messages to other cells, or to the cell nucleus to start building new proteins in response to a change in environment; some work to turn fats and sugars into an energy source (eg ATP), and some will sit in the membrane holding out long carbohydrate chains to help other cells recognize one cell from another.
294570
Simply there is a domain a cell can do. Different cells do different things. You can't get a neuron to make insulin.
99964
So lets learn cell structure. We are made of cells. Cells form tissues and tissues form organs and organs form systems and systems make the organism so we are made from cells (Microbes.). Or if you want to be very specific and start from everything before atoms then We are made up of Gluon cells inside atoms.The structure of a cell is a cytoplasm or liquid bag in the center. Cell tissue inside most of it and and a nucleus inside the cytoplasm. I hope sincerely that this answers your question.
203558
cells that have the potential to differentiate into any kind of cell type
923030
I would just talk about way plant and animal cells are constructed like cell walls and stuff. And talk about differences in how they make energy like animals burn sugar and plants first make sugar themselves. I'm sure that could be used to discuss nutrients issues.
947750
Water and "nutrients" depending on the specific type of cell. Plant cells need inorganic nitrogen compounds (ammonia, nitrate), phosphate, iron, magnesium, manganese, copper,...\nAnimal cells need organic substances like sugars or amino acids (which plant cells can produce on their own) additionally to vitamins and ions (iron, copper, cobalt, zinc, molybdenum, iodine, selenium,...)
800985
When cells want to reproduce, they douplicate thier dna, then each identicle set of dna move to separate ends of the cell and the cell begins to pinch together in the middle to divide the cytoplasm (the stuff that fills the cells) in two, creating two identicle cells to the original cell, each with their own set of dna. This process is called mitosis.
741835
All human beings start their lives from a single cell, called the zygote, which is formed after fertilization. The zygote divides and forms two cells; each of those cells divides again, and so on. Pretty soon, about five days after conception, there is hollow ball of about 150 cells called the blastocyst. The blastocyst is smaller than a grain of sand and contains two types of cells, the trophoblast and the inner cell mass. Embryonic stem cells are the cells that make up the inner cell mass. As embryonic stem cells can form all cell types in an adult, they are referred to as pluripotent stem cells.\n\nStem cells can also be found in very small numbers in various tissues in the adult body. For example, bone marrow stem cells are found in the marrow of the bone and they give rise to all specialized blood cell types. Adult stem cells are typically programmed to form different cell types of their own tissue; they are called multipotent stem cells. Adult stem cells have not yet been identified in all vital organs. In some tissues like the brain, although stem cells exist, they are not very active, and thus do not readily respond to cell injury or damage. Scientists are now also exploring ways in which they can induce the stem cells already present to grow and make the right cell types to replace the damaged ones. \n\nStem cells can also be obtained from sources like the umbilical cord of a newborn baby. This is an accessible source of stem cells, compared to adult tissues like the brain and bone marrow. Although scientists can grow these cells in culture dishes, they can do so only for a limited time. Recently, scientists have discovered the existence of stem cells in baby teeth and in amniotic fluid-the "water bath" that surrounds an unborn baby- and these cells may also have the potential to form multiple cell types. Research to characterize and study these cells is very promising but at a very early stage.
104817
http://www.cellsalive.com/cell_cycle.htm\n\nThis is a neat interactive website! Check it out and let me know how it works for you!
741875
500,000 cells to start.\n1:10 dilution will give you 50,000 cells\nif you do the serial dilution 4 times,\nyou will end up 500,000/10,000 = 50 cells left.
381672
if you are trying to build a model - i would recommend either a playdo type creation or if you wanted to be fancy - use a jello mold.\n\nJello mold you make the mini components first and let them harden.  then put them in place in and outside of your 'membrane' and fill in with a clear jello (knox).  The clear represents your axon and cell membrane with your multicolored preformed pieces acting as your pump, na, and K+\n\nhave fun!