i believe that soft tissue can be fossilized in the right conditions, because not so long ago an elephant was found in ice where the tissue (and bones) were still in tact, but the body was flattened.. if your talking about solid ground then no, soft tissue cannot be fossilized.
though im not completely sure being frozen in ice is fossilization.. its most likely.
brought to you by PonyGirlChampion on grey server.
Actually ur question is itself not correct so the 'WHY" part cannot be answered. Epithelial tissue is a lining tissue which can be present in any organ.the mesoderm gives rise to organs like-muscles / bones / connective tissue / blood and lymph vessels / kidney / gonads and the cortex of suprarenal glands. ectoderm-nervous system epidermis and so on and endodermto GIT liver lungs pancreas and GIT so for example if u consider the epithelial tissue of lungs----its derived from endodermas lung as a whole is derived from endoderm.
connective tissue There are four main types of tissue in the human body. The epithelial tissue covers all of the outer body plus lines most of the internal organs. The other tissues found in the body are nerve, connective and muscle.
Xrays are high energy waves that can penetrate soft tissue, like organs and skin, but not bones and teeth. Therefore, when you stand in the xray machine, the film is exposed to xrays only where they can pass through the body. Hence, you get pictures of bones and teeth but not organs and skin.
Bones are a major organ of the skeletal system; their purpose is to protect and support the function of other organs in the body. Bones store minerals and provide blood protection while producing red and white blood cells.
brought to you by PonyGirlChampion on grey server.
yea ..............true
Most of the time only the bones can be fossilized due to the fact that all other muscle/tissue are decomposed when they are under pressure.
Materials that cannot be fossilized include materials that are not organic, such as plastic, glass, and metal. These materials do not contain the necessary organic compounds for fossilization to occur.
Yes, a worm can be fossilized, but it is extremely rare, because it has no skeleton to be mineralized over time. So the only way you could find a fosssil of a worm is in a sandstone, because there it could have chances to be preserved.
cartilage
Because with a Mummy, the tissues are preserved. Where as with a fossil, you have no tissue. You're really only left with fossilized bones.
No. Bones cannot move, they can only grow. Bones are sort of like a frame - and the muscle fills it in. The muscles are what move - a bone cannot.
No. You can break your bones but you cant break muscle or tissue. You can only tear them apart.
because the stomach is just tissue and you can see threw it... just like in an x ray when you only see bones :P because the stomach is just tissue and you can see threw it... just like in an x ray when you only see bones :P
Calcium makes them strong and they are flexible only at the joints.
Red blood cells and lymphocytes are only produced by bones, specifically in the bone marrow tissue at the head of long bones. The types of cancer that affect this tissue's cells are leukemia, lymphoma and multiple myeloma.