The first person to study animal cells was the German scientist Theodor Schwann in the mid-19th century. In 1839, he, along with Matthias Schleiden, co-founded the cell theory, which posited that all living organisms are composed of cells. Schwann's work primarily focused on animal tissues, leading to significant advancements in understanding cell structure and function.
Robert Hooke was the first scientist to study plant cells.
they invented the first compound microscope to study cells.
Robert Hooke
The discovery of various cells, including plant cells by Robert Hooke and animal cells by Anton van Leeuwenhoek, were achieved using a light microscope. The light microscope enabled scientists to observe and study cells for the first time in the 17th century.
the first type of cells on the early earth were prokaryote cells.
The cloned animal that has 15 percent human cells and 85 percent animal cells is known as a human-animal chimera. This type of organism is created for research purposes to study human diseases and potential treatments.
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Robert hooke
Cytology is the study of the chemistry, structure, and function of a cell. Cytology is the study of cell structure, composition, & interaction with other cells. Cytology is the medical and scientific study of cells. Cytology is the branch of Biology concerned with the structure and function of plant and animal cells.
Methylene blue is used for many different staining purposes, but one of the main ones is staining RNA or DNA. In animal cells, it will stain the cytoplasm and the nucleus (the nucleus will be much darker).
Cells that are involved in secreting proteins, such as mucus-producing cells in the respiratory tract or digestive cells in the pancreas, tend to have large numbers of Golgi apparatus. This organelle plays a key role in modifying, sorting, and packaging proteins before they are secreted by the cell.
Are easier to see under microscope and animal cells. The first reason is that plate cells are usually larger than their animal counterparts. Secondly, plant cells have a thick cell wall making them easily identifiable.