Muscle tissue and connective are different because
muscular tissue is specialized for an ability to contract. Muscle cells are elongated and referred to as muscle fibers. When a stimulus is received at one end of a muscle cell, a wave of excitation is conducted through the entire cell so that all parts contract in harmony. There are three types of muscle cells: skeletal, cardiac, and smooth muscle tissue (Figure 5). Contractions of the skeletal muscles, which are attached to bones, cause the bones to move. Cardiac muscle contracts to force blood out of the heart and around the body. Smooth muscle can be found in several organs, including the digestive tract, reproductive organs, respiratory tract, and the lining of the bladder. Examples of smooth muscle activity are: contraction of the bladder to force urine out, peristaltic movement to move feces down the digestive system, and contraction of smooth muscle in the trachea and bronchi which decreases the size of the air passageway.
Connective tissues are specialized to provide support and hold the body tissues together (I've, they connect). They contain more intracellular substances than the other tissues. A variety of connective tissues exist, including blood, bone and cartilage, adipose (fat), and the fibrous and areolar (loose) connective tissues that gives support to most organs (see Figure 3 and Figure 4). The blood and lymph vessels are immersed in the connective tissue media of the body. The blood-vascular system is a component of connective tissue. In addition to connecting the connective tissue plays a major role in protecting the body from outside invaders. The hematopoietic tissue is a form of connective tissue responsible for the manufacture of all the blood cells and immunological capability. Phagocytes are connective tissue cells and produce antibodies. Thus, if invading organisms or xenobiotics get through the epithelial protective barrier, it is the connective tissue that goes into action to defend against them.
There are 4 tissue types, these include nervous tissue, epithelial tissue, connective tissue (collagenous fibres, elastic fibres, extracellular matrix etc) and muscle tissues (smooth or striated, cardiac, skeletal muscles). The reason people may confuse smooth muscle as being C.T is becasue they are both of mesodermal origin- during embryonic formation this layer gives rise to the mesenchyme, a loosely organize tissue that may develop into either connective or skeletal tissues.
connect bones to muscles
Yes , they are .
Muscle fiber is not a connective tissue.
No.
cardiac muscle! bone is a type of cardiac muscle?
Smooth muscle has this appearance. Because you don't seen that banding pattern (although it is there), it is given the name smooth muscle.
Blood
Dense connective tissue
muscle Tissue
cardiac muscle! bone is a type of cardiac muscle?
Smooth muscle has this appearance. Because you don't seen that banding pattern (although it is there), it is given the name smooth muscle.
Blood
bones
Dense connective tissue
They all do: Skeletal, Cardiac, & smooth
Connective tissue....
Cardiac muscle tissue and connective tissue would be found in the heart.
muscle Tissue
The biceps include both skeletal muscle tissue and connective tissue. The skeletal muscle tissue is responsible for the movement of the biceps, while the connective tissue helps to support and stabilize the muscle fibers.
Smooth Muscle Tissue
Smooth Muscle Tissue