A compound light microscope would be suitable for observing skin tissue. It provides enough magnification and resolution to see cellular structures and details within the tissue. If more detailed examination is needed, an electron microscope can be used to visualize ultrastructural features at a higher resolution.
The best way to look at fish or chicken cells would be to obtain a very thin slice of tissue and mount it on a slide. This can be viewed using an inverted microscope found in most tissue culture laboratories. A simpler alternative to prepare the sample would be to take a small piece of tissue and grind it in between two glass slides. This can be done with gloved hands and regular microscopic slides. The flattened tissue can be placed under an inverted microscope and the cells can be viewed at either 40X or 100X magnification
This technique is called Mohs surgery. It is a precise surgical technique used to treat skin cancer by removing thin layers of cancer-containing skin and examining them under a microscope until all cancerous cells are removed.
Muscle tissue under the skin appears as firm, often striated (striped) tissue with a reddish or pink hue due to blood flow. The thickness and definition of the muscle can vary depending on individual muscle development and body composition.
To observe a skin cell at the highest magnification through a microscope, you should first place the skin cell slide on the microscope stage, focus the microscope using the coarse and fine focus knobs, adjust the light intensity, and then increase the magnification to the highest level possible on the microscope objective.
Examples of tissues include epithelial tissue (skin), connective tissue (bone), muscle tissue (skeletal muscle), and nervous tissue (neurons). Each type of tissue has specialized cells that work together to perform specific functions in the body.
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The best way to look at fish or chicken cells would be to obtain a very thin slice of tissue and mount it on a slide. This can be viewed using an inverted microscope found in most tissue culture laboratories. A simpler alternative to prepare the sample would be to take a small piece of tissue and grind it in between two glass slides. This can be done with gloved hands and regular microscopic slides. The flattened tissue can be placed under an inverted microscope and the cells can be viewed at either 40X or 100X magnification
We would normally use a microscope to do this.
The surface of your skin is primarily made up of epithelial tissue, not connective tissue. Connective tissue is found beneath the surface of the skin and plays a supportive role in providing structure and strength to the skin.
There is no connective tissue that holds muscles to the skin. That would be dysfunctional because you would have very limited motion. There is, however, connective tissue between the muscles and the skin, but they are loose and do not bind one to the other. The tissue between the skin and the muscles is called superficial fasia.
Microscope
A skin cell looks a lot like a frosted flake. its flat and dry and if a bunch of them are looked at under a microscope they look like a desert
Adipose tissue is deep to the skin; skin is superficial to adipose tissue. Adipose tissue is fat.
Nerve tissue and Epithelial tissue would be my guess. But I am no expert, just a homeschooling mom.
The scientific name for skin tissue is dermis. The epidermis is the top layer of the skin, and the dermis is underneath that.
Connective tissue of the skin is developed from?
Skin is not a tissue, it is an organ. It is the largest organ in the body in fact. When we speak of skin tissue we're actually referring to the multiple layers of ectodermal tissue that constitute skin.