This project is beneficial because regeneration is a big topic right now and regeneration in biology is the process of renewal ‚ restoration ‚ and growth that makes genomes ‚ cells ‚ organisms ‚ and ecosystems resilient to natural fluctuations or events that cause disturbances or damage. So regeneration is only applicable to some animals but in the future it could grow to other animals and maybe in the far future humans with the proper research and experimentation . my data will allow scientist
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composed of several layers of skin‚ the outermost layer‚ which is very thin‚ is the Epidermis. This is the layer that holds everything in and acts as a protective barrier. Below that is the Dermis. This thicker layer is the ’meat’ of your skin‚ and is where hair is attached. Below this is the Subcutaneous layer which contains fat cells and is the transfer layer between the skin and the bloodstream. Your epidermis is constantly being replenished and if you get too much
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antimicrobial products are intended for use in clearing human skin of acne lesions that may be present or to prevent future acne lesions if used regularly. They work to cleanse skin of problematic amounts of P. acnes bacteria in order to keep the human epidermis clear of inflammation. It is hypothesized that if the topical non-prescription acne treatments salicylic acid‚ benzoyl peroxide‚ and azelaic acid are applied to P. acnes bacteria‚ then azelaic acid will kill the P. acnes bacteria the most effectively
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vision diameter with a stage micrometer and it is 2mm. If high power is 40X and gives 10X more magnification than scanning power‚ how big will the diameter of the field of vision be using high power? a. 20mm 1. How many layers thick is the onion epidermis? a. 1 2. What is the general shape of a typical
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Because of their dendritic nature‚ he mistakenly identified the cells as part of the nervous system. Langerhans cells are dendritic cells of the skin and mucosa‚ and contain large granules called Birbeck granules. They are present in all layers of the epidermis‚ but are mostly found in the stratum spinosum. They are also found in the papillary dermis‚ particularly around blood vessels. They can be found in other tissues‚ such as lymph nodes‚ and in association with the condition Langerhans cell histiocytosis
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into your skin‚ that’s filled with ink. It’s made by penetrating your skin with a needle and injecting ink into the area‚ usually creating some sort of design. What makes tattoos so long-lasting is they’re so deep‚ the ink isn’t injected into the epidermis (the top layer of skin that you continue to produce and shed throughout your lifetime). Instead‚ the ink is injected into the dermis‚ which is the second‚ deeper layer of skin. Dermis cells are very stable‚ so the tattoo is practically permanent
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starch granules in the potato cells. This shows a positive test for starch. Discussion In the test tube that containing water‚ no cloudiness was observed Test for nucleic acid Result Discussion When the slide of onion epidermis that was stained with aceto-orcein stain was viewed under the microscope‚ it was found that each cell contained one red spot. These red spots contained nucleic acid and were actually the nucleus of the cell. Test for protein Result After
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tentacles are structurally and functionally unique to each phylum‚ such as the cindocytes in Cnidarians and colloblasts in Ctenophores. Cnidarians capture prey with special stinging cells called cindocytes. These cells are found throughout the epidermis but are particularly abundant in the tentacles. Cnidocytes contain a cilium or modified cilium structure with a kinetosome at its base. This structure is known as the cnidocil and it receives a chemical as well as tactile stimulation. The nematocyst
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Microscopy‚ Cell Structure and Function Task 2 I: Name and describe the four main types of tissues in animals stating their functions and their location in the body give two examples of each type. The four main types of tissues that you will find in eukaryotes are connective‚ muscle‚ nervous and epithelial tissues; each of which having very different roles. Connective Tissue The first tissue type I am going to look at is the connective tissue. This tissue is found all over the body‚ including
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Drawings vary‚ check to make sure the relative sizes are correct. High Power should show only a couple of cells that take up most of the viewing field. The micoscope is designed to view the slide at different spots‚ so not all drawings will look like this one. Images were snipped from the virtual microscope’s flash animation. Scanning (4) | Low (10) | High (40) | 3. Go to google and type "cheek cells" into the search box. Click on "images" to see all the images google has found on the web showing
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