It is the atrioventricular bundle or bundle of His
In the interventricular septum lies the hindle of His (pronounced hiss) and the bundle branches. These structures carry the impulses from the AV node down to the purkinje fibres.
TRUE
The tissue that forms an electrical block between the atria and ventricles is the atrioventricular (AV) node and the surrounding fibrous tissue known as the cardiac skeleton. The AV node receives electrical signals from the atria and delays them before transmitting to the ventricles, allowing for coordinated heart contractions. The cardiac skeleton provides structural support and insulation, preventing direct electrical conduction between the atria and ventricles, ensuring that the heart beats in a controlled manner.
the diaphragm
the diaphragm
the diaphragm
The AV junction, or atrioventricular junction, is a critical area in the heart where electrical signals are transmitted between the atria and ventricles. It consists of the atrioventricular node (AV node) and the surrounding conductive tissue, playing a vital role in coordinating the timing of heartbeats. The AV junction ensures that the atria contract before the ventricles, allowing for efficient blood flow through the heart. Dysfunction in this area can lead to various types of heart block or arrhythmias.
the diaphragm
-the atriums are smaller then the ventricles. -the atriums have thinner muscle tissue. -the atriums only have to pump blod to the ventricles. -the ventricles are larger in size. -the ventricles have larger muscle tissue. -the ventricles have to pump blood to either the lungs or around to the rest of the body. hope this helpedddd ;D xox <3 Bellaaaa
A Specialized tissue is a connective tissue include a number of tissue with specialized cell and unique ground substance . some the tissues are strong while some are flexible and in fluid example blood , bone , cartilage , lymph etc. I HOPE THIS WILL HELP YOU .
The ventricles in the brain are lined by a specialized epithelial tissue known as the ependyma. This layer of ependymal cells helps produce and circulate cerebrospinal fluid (CSF), which fills the ventricles and surrounds the brain and spinal cord, providing cushioning and support. Additionally, the ependyma plays a role in maintaining the homeostasis of the brain's internal environment.
Green conductive tissue in plants refers to the vascular system, primarily composed of xylem and phloem, which transports water, nutrients, and sugars throughout the plant. Seeds and flowers, as reproductive structures, play crucial roles in plant reproduction and genetic diversity. In seeds, this conductive tissue supports the embryo by providing necessary resources, while in flowers, it facilitates the distribution of nutrients during the development of reproductive parts. Overall, green conductive tissue is essential for the growth and development of seeds and flowers.