yes I do think so cause each organ cant be made of the same tissue because it would not function well. does that answer your ?
No, the adjustment of blood flow to each tissue in proportion to its requirements at any point in time is termed tissue autoregulation. Autoregulation refers to the ability of an organ or tissue to regulate its own blood flow independent of systemic factors.
An example of a structure made up of 2 or more tissues is an organ, such as the heart, which is composed of muscle tissue, connective tissue, and nervous tissue working together to perform specific functions in the body. Organs are part of the hierarchy of biological organization, above tissues but below organ systems.
No, the organs in an organ system have specific roles and functions that work together to perform a coordinated task. Each organ has a unique structure and function that contributes to the overall function of the organ system.
Cells are the smallest unit of living organisms, organized into tissues. Tissues form organs, which then work together to form organ systems, such as the respiratory or digestive system. Collectively, these systems make up the organism.
Correct, the posterior pituitary gland is mostly composed of nerve tissue, specifically axons and nerve endings. It stores and releases hormones produced by the hypothalamus, but it does not manufacture its own hormones like the anterior pituitary gland does.
Each tissue is very good at its own job. Organs and organ systems each are specialised also. So they need to be made, of the tissue, that specialises in the job, that organ has to do.
Ofcourse Yes! Various tissues together make up an organ. Each organ has its own specifi c job. The heart, the stomach and the brain are all organs. The heart has to pump blood around the body. It is made up of muscle tissue, blood vessels and nerves.
No, the adjustment of blood flow to each tissue in proportion to its requirements at any point in time is termed tissue autoregulation. Autoregulation refers to the ability of an organ or tissue to regulate its own blood flow independent of systemic factors.
Yes, organ systems are made up of different types of cells that work together to perform specific functions within the body. Each organ system has its own unique structure and function, with cells playing a key role in carrying out these functions.
An organ system is more complex than an organ because it is made up of multiple organs working together to perform a specific function. Organs are individual structures that make up an organ system, each with its own specific role.
Cardiac tissue is made of cardiac muscle cells and a small amount of connective tissue. The cells that make this tissue are called cardiocytes. They have the special ability to "beat" on their own with no nerve stimulation. If one touches another beating cell, they will begin to beat together. In the heart some group will form a pacemaker to provide a rhythm for the organ.
Fat is adipose tissue which is a connective tissue.
An example of a structure made up of 2 or more tissues is an organ, such as the heart, which is composed of muscle tissue, connective tissue, and nervous tissue working together to perform specific functions in the body. Organs are part of the hierarchy of biological organization, above tissues but below organ systems.
The multicellular organism contains two or more cells. They also own an organ system which contains tissues and organs.
Tussues doing the same job pr function group togher to make an organ so each organ has its own task to perform .Every organ carries out a function and this is the purpose of an organ.
No, the organs in an organ system have specific roles and functions that work together to perform a coordinated task. Each organ has a unique structure and function that contributes to the overall function of the organ system.
That is a resounding no. Each organ has its own specific function and use in the body. For example, the kidneys cannot digest food, but a stomach can.