No. Plant cells are eukaryotes. They have a membrane bound nucleus and many membrane bound organelles. Bacteria are prokaryotes. They have circular chromosomes distributed throughout the cell in the nucleoid region and no membrane bound organelles.
Bacterium is a prokariyote.Others are eukariyotic cells.
Yes.
A bacterium may be considered a plant cell because it possesses a cell wall, similar to plant cells, which provides structural support. Additionally, some bacteria contain chlorophyll and are capable of photosynthesis, just like plants. However, it is worth noting that bacteria are prokaryotes and fundamentally different from eukaryotic plant cells.
Bacterium and plant cells have a cell wall, a rigid structure that provides support and protection. Animal cells do not have a cell wall, but instead have a plasma membrane for structure and support.
No not all cells within the plant are the same. The reason is because not all cells in a leaf are the same
Bacterium has Prokaryotic cells which put it the kingdom Monera.
Scientists can transform plant cells by using Agrobacterium tumefaciens, a bacterium that naturally transfers its DNA into plant cells, or by using gene guns to deliver DNA-coated particles into plant cells using a high-pressure gun.
Not all plant cells are the same!
Bacterium has prokaryotic cells- cells that have no membrane-bounded organells.
Plant cells do specialize but not in the same way as animal cells. Animal cells have specialized cells such as nerve cells, reproductive cells or muscle cells etc. Plant cells do not have any of those. But Plant cells have other specialized cells such as photosynthesis cells, epidermal cells etc. Both Animal and Plant cells have specialized cells that perform a specific function to keep the cell/organism alive.
Yes, chloroplasts and plant cells have a symbiotic relationship. Chloroplasts are organelles within plant cells that perform photosynthesis to produce food for the cell. This relationship originated from a symbiotic event where a photosynthetic bacterium was engulfed by a eukaryotic cell, leading to the evolution of the chloroplast.
Within a single plant all of the cells have the same DNA, but the location of each cell defines which of the genes are expressed (whether it will be a leaf cell or a root cell). Each cell has all the information needed to make any kind of cell.