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It would be better to look at living cells instead of dead cells, because living cells give you information about what you're researching, knowing you can see their movements and living organelles, which tell you absolutely nothing when they're dead.
He had stated that all living things were made of cells.
The basis of cell theory is that all living organisms are comprised of like units of organization which are called cells. Cells come from pre - existing cells not from spontaneous generation. Each cell passes on traits to the next cell when it divides.
Scientist Robert Hooke discovered cells in 1665. While observing a thin slice of cork under microscope he saw several pores that were separated by walls surrounding each of them. Hooke named them 'cell'. As cork bears dead cells he could not give any description about nucleus or cytoplasm. The term cell was first coined by Robert Hooke in 1665. However it was Antonie van Leeuwenhoek who saw the first living cells, which he called animalcules, in 1674.
It is CELL
Robert Hooke
All cells need a membrane. The membrane helps with keeping in all the fluids and organelles plus it takes in and sends out important things. Plant cells and bacteria have cell walls which give an extra layer of protection.
Yes, cork is made up of cells called cork cells, which are dead at maturity and lack protoplasm. These cells are rectangular or polygonal in shape and are arranged in a compact, uniform manner to give cork its characteristic properties such as buoyancy and elasticity.
No, stone cells in pears are not alive. Stone cells are a type of non-living cell that provide structural support to the fruit. They have a dense cell wall made of lignin and often give the pear a gritty texture.
Plants and bacteria have cells with cell walls that give them a rectangular shape. The rigid cell walls provide support and protection to these cells. Additionally, the cell walls help maintain the structural integrity of the organism.
plant
Are called stem cells. These cells are either totipotent (can give rise to all types of cells of that organism) or pluripotent (can give rise to many, but not all types of cells of that organism).