because is clots with the process of homeostasis also it connects with cells.
i think they have in common feeling the same feeling
Ligaments and tendons are made up of dense connective tissue because they need to be strong and able to withstand the tension and forces exerted on them. The dense connective tissue provides structural support and helps in connecting muscles to bones (tendons) and bones to bones (ligaments).
When connective tissue extends as a broad flat layer, the tendon is referred to as an aponeurosis. Aponeuroses are flat and sheet-like tendons that provide attachment for muscles and help distribute forces evenly.
No, muscle tissue doesn't produce any blood cells.
No dentin is not vascular tissue. I think your question should possibly be is dentin vascular, as in does it have a blood supply. The answer is yes to a certain extent, although the tissue type itself is a specialised, mineralised connective tissue. Although it is related to the pulp as they are both derived from the dental papilla. It is supplied nutrients through the odontoblast cell body layer which lines the interior of the pulp chamber through the odontoblastic processes (tomes fibers) that project from the cell bodies well into the dentinal layer. These processes are contained within the dentinal tubules. So although they are linked dentin itself is not described as a vascular tissue... but it is vascular compared to a tissue such as cementum which is avascular.
Not in most cases. Epithelial tissue is mostly for "holding it all in," including blood. Think; is your skin rich in blood? Most of the blood is in the muscle tissue underneath.
i think they have in common feeling the same feeling
Blood is considered a tissue because it is a fluid connective tissue that serves several vital functions in the body. It is composed of different types of cells (such as red blood cells, white blood cells, and platelets) suspended in a liquid matrix called plasma. This combination of cellular and fluid components allows blood to transport nutrients, oxygen, hormones, and waste products throughout the body.
hepatic is i think how you spell it, connective, and simple cuboidal epithal?
Organs are made up of various types of tissues, including epithelial, connective, muscle, and nervous tissue. Epithelial tissue covers the surfaces of organs, connective tissue provides structure and support, muscle tissue allows for movement, and nervous tissue enables communication and control. Each organ contains a combination of these different tissue types that work together to carry out specific functions.
Sarcomas are malignancies that arise from mesenchymal tissues: (think of middle layers of body) bone, cartilage, muscle, fat, blood vessels. Examples are osteosarcoma-bone, chondrosarcoma-cartlilage, liposarcoma-fat, myosarcoma-muscle, and angiosarcoma-blood vessel.
There are three main functions: Transport, Protection and Regulation. Its a connective tissue and has 2 components: Plasma and form elements. They are in a plasma membrane and have a definite size and shape. I think?? i thinks so to
Connective tissue is one which is rich in intercellular substance or interlacing processes with little tendency for the cells to come together in sheets or masses. Ligament is the connective tissue that connect bones to bones .
The brain contains no muscles. It is made up almost entirely of nerve tissues with a bit of connective tissue and certainly the blood vessels and lymphatic drains.
i think its a ligament
Do you mean connective tissue? Muscoloskeletal. Circulatory. Thats all i can think of right noe
Well, whenever you move, your muscles pull on your bones (bones are connective tissue). Bones act as levers for muscles. When you exercise, both muscles and bones are being used, and therefore are getting stronger. It might be very slight, but it's still there. I'm not sure about this part, but I think that in certain cases, bones will give up some of their calcium to give to muscles in order to detach myosin heads from actin, so that the muscle can relax.