endocrine (slow chemical messages, transported in the blood)
or
nervous (extremley fast electical messages transported via neurones)
Glycolipids play a crucial role in cell recognition and communication in biological systems. They are located on the cell membrane and help cells identify each other, facilitate cell signaling, and are involved in immune responses.
Productive cells are those that carry out the main functions or tasks of an organism. In biology, productive cells can refer to cells involved in processes like photosynthesis in plants, protein synthesis in cells, or sperm/egg production in reproductive systems.
Complex organisms cannot perform different functions because of the specialization of their organs and systems. They are designed to carry out very specific tasks and if those tasks are not met the organism cannot function optimally. For example a human has specialized organs for digesting food for respiration for excretion etc. If those organs are not working correctly the rest of the body will be unable to perform the necessary functions. Additionally complex organisms have very intricate systems of communication between cells tissues and organs. Without these communication systems the organism would be unable to properly coordinate its activities. Specialization of organs and systems Intricate systems of communication between cells tissues and organs
the digestive system and the respiratory system, or the lymphatic system and the endocrine system, or the digestive system and the cardiovascular system, or the endocrine system and the cardiovascular system
Support cells in the brain, known as glial cells, outnumber neurons by about 10 to 1. These cells play a crucial role in maintaining the brain's environment, supporting the function of neurons, and helping with neuronal communication. Although not involved in transmitting electrical impulses like neurons, glial cells are essential for overall brain function.
Glycolipids play a crucial role in cell recognition and communication in biological systems. They are located on the cell membrane and help cells identify each other, facilitate cell signaling, and are involved in immune responses.
connexons
Lymphatic and circulatory system.
1. digestive and circulatory
Productive cells are those that carry out the main functions or tasks of an organism. In biology, productive cells can refer to cells involved in processes like photosynthesis in plants, protein synthesis in cells, or sperm/egg production in reproductive systems.
the meaning of cells communication is woking together
A terminal cell is a specialized cell type, often found at the end of a structure, that plays a crucial role in various biological processes. In the context of plant biology, terminal cells can be involved in the growth and development of shoots or roots, serving as points for cell division and differentiation. In other systems, such as the nervous system, terminal cells may refer to neurons that transmit signals to other cells, facilitating communication within the organism. Overall, terminal cells are essential for maintaining the functionality and integrity of the tissues or systems they are part of.
Sperm and egg cells are the two cells involved in fertilization of animals and humans.
Elevated levels of indirect bilirubin in liver function tests indicate excessive breakdown of red blood cells. Indirect bilirubin is a byproduct of the breakdown of hemoglobin from red blood cells, and increased levels suggest an increased rate of red blood cell destruction.
The two organ systems involved in providing oxygen to cells and removing carbon dioxide are the respiratory system and the circulatory system. The respiratory system facilitates the exchange of gases in the lungs, where oxygen is inhaled and carbon dioxide is exhaled. The circulatory system, through the bloodstream, transports oxygen from the lungs to the cells and carries carbon dioxide back to the lungs for exhalation. Together, these systems ensure that cells receive the oxygen they need for metabolism while removing waste carbon dioxide.
T cells
Complex organisms cannot perform different functions because of the specialization of their organs and systems. They are designed to carry out very specific tasks and if those tasks are not met the organism cannot function optimally. For example a human has specialized organs for digesting food for respiration for excretion etc. If those organs are not working correctly the rest of the body will be unable to perform the necessary functions. Additionally complex organisms have very intricate systems of communication between cells tissues and organs. Without these communication systems the organism would be unable to properly coordinate its activities. Specialization of organs and systems Intricate systems of communication between cells tissues and organs