yes
Yes, when viewing an inner surface under a microscope, you may see connective tissue, especially if the tissue is part of an organ or structure that includes layers of connective tissue. Connective tissues provide support and structure and can be found in various forms, such as loose connective tissue, dense connective tissue, or specialized types like cartilage and bone. Depending on the magnification and staining techniques used, the characteristics of the connective tissue, such as fibers and cell types, can be observed.
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.
a group of specialized cells first forms into tissue, and a group of tissue forms into organs.
epithelial tissue is most widely distributed in the body
bone, or osseous
Areolar tissue which is a loose connective tissue.
elastic connective tissue
Osseous types of connective tissue forms the bony skeleton. Adipose is the types of connective tissues composes dermis of skin.
The tissue type that forms blood is hematopoietic tissue, which includes the bone marrow and spleen. The tissue that forms fat is adipose tissue, which stores energy and cushions organs. Fibroblasts are found in connective tissue, where they produce and maintain the extracellular matrix.
Connective tissue supports and forms the framework of the body. It includes various types such as bone, cartilage, adipose (fat) tissue, and blood.
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.
a group of specialized cells first forms into tissue, and a group of tissue forms into organs.
Reticular connective tissue
Connective tissue....
epithelial tissue is most widely distributed in the body
Periosteum
Yes adipose, also known as fat, is a loose connective tissue.