Most of the detailled work in molecular Biology (or cell biology) depends on knowledge of the structure or cells. Cells are the basic building blocks in all organisms, and without microscopes we would be unable to explain even the simplist biological processes, such as where DNA is stored and where DNA is translated. With the event of electron microscopes, we can now even see the thinnest of cell walls, giving us a greater example of how diffusion, facilitated diffusion and active uptake are used to transfer molecules across a cell wall, vital for living organisms! Basically, unlike in physics, most biology depends on what we observe. And with a microscope, we can see tiny things. And it looks really spiffy if you're trying to appear clever.
The microscope has allowed scientists to discover the existence of microorganisms, study cells, bacteria, viruses and see the smallest parts of plants, animals and fungi. Microscopes have helped us to begin to understand how life works.
to see minute organism,, some aquatic plants and see genes its mapping ,karyotyping,
Cell biology
the strongest survive
There are many objects that are difficult to see with a microscope. The purpose of the contrast is to make it easier to see specimens that are transparent and unstained.
It is important for the breakdown of materials
Anton van Leeuwenhoek invented microscopy, and made the first modern microscopes. If you are trying to ask for the names of present-day biologists who employ the microscope in their work, the answer is "all of them." Microscopy is so important to biology that all biologists have microscopes and use them frequently.
in biology physics biotechnology
transmission electron microscopy
importance biology to man
Cell biology
because it is
WHAT AR ELATEST THEORY&ENUMERATE THE IMPORTANCE OF BIOLOGY
You are a loser
the strongest survive
Understanding the structure and function of cells is fundamental to all of the biological sciences.
Deals with Biology
Ching Yuan Shih has written: 'Living images' -- subject(s): Scanning electron microscopy, Ultrastructure (Biology)
Joachim Frank has written: 'Three-dimensional electron microscopy of macromolecular assemblies' -- subject(s): Electron microscopy, Three-dimensional imaging in biology