thousands of feet with inches
Stem cells (that may differentiate into any cell) turn into nerve and muscle cells. Once they differentiate to the different type of it cannot switch from one type of cell to another. So, in short, the answer is "no."
Nerve cells, or neurons, are unique in that they are specialized to transmit electrical and chemical signals throughout the body. They have long projections called dendrites and axons that allow them to communicate with other neurons and muscle cells. Additionally, neurons have a high metabolic rate and cannot divide, making them more susceptible to damage and disease.
No is the positive answer for this question. Cells are the basic building blocks of tissues. All cells experience changes with aging. They become larger and are less able to divide and reproduce. Among other changes, there is an increase in pigments and fatty substances inside the cell (lipids). Many cells lose their ability to function, or they begin to function abnormally. The typical appearance of the face and neck changes with age. Muscle tone may be lost, causing a flabby or droopy appearance. The jowls may begin to sag, leading to a "double chin" in some people. In some people the nose lengthens slightly and may look more prominent. (wrinkles) Though nerve cells do not reproduce themselves like cancer cells do, they do change electrical states quickly and are thus particularly susceptible to the effects of chemotherapeutic drugs
Nerve cells are difficult to see under a microscope because they are very thin, transparent, and have long projections called axons and dendrites. The staining techniques used in microscopy may not effectively label nerve cells, making them hard to distinguish from surrounding tissue. Additionally, nerve cells are often densely packed in tissue, further complicating their visualization.
Discarded fat cells, or adipocytes, have been found to play a surprising role in nerve communication and regeneration. Research indicates that these cells release signaling molecules that can influence nerve function and promote healing in damaged tissues. This unexpected interaction highlights the complex relationship between fat tissue and the nervous system, suggesting that fat cells may contribute to neural health beyond their traditional role in energy storage.
Nerve cells have to be long enough to extend from where they are located in the body, the hands and feet for example, to the spinal chord or brain. Some nerve cells in a giraffe may be ten feet long. Others may be very short.
It may mean cells that conduct impulses like nerve cells.
Stem cells (that may differentiate into any cell) turn into nerve and muscle cells. Once they differentiate to the different type of it cannot switch from one type of cell to another. So, in short, the answer is "no."
The longest cells are neurons (nerve cells) with a length of 90cm-100cm linking the central nervous system (brain and spinal cord) to other parts of the body.
Nerve cells, also known as neurons, are derived from neural stem cells located within the central nervous system. During development, these stem cells divide and differentiate into specialized nerve cells. In adults, some regions of the brain may continue to generate new neurons through a process called neurogenesis.
Nerve cells have to be long enough to extend from where they are located in the body, the hands and feet for example, to the spinal chord or brain. Some nerve cells in a giraffe may be ten feet long. Others may be very short.
Nerve cells, or neurons, are unique in that they are specialized to transmit electrical and chemical signals throughout the body. They have long projections called dendrites and axons that allow them to communicate with other neurons and muscle cells. Additionally, neurons have a high metabolic rate and cannot divide, making them more susceptible to damage and disease.
Yes, nerve cells can repair and regenerate to some extent through processes like neuroplasticity and neurogenesis. Factors like proper nutrition, exercise, and avoiding neurotoxins can support nerve cell maintenance and repair. However, severe damage to nerve cells may require medical intervention or therapies like surgery or medications.
Tau is a protein which may be responcible for alziemers; it tangles nerve cells therefore killing brain cells.
No is the positive answer for this question. Cells are the basic building blocks of tissues. All cells experience changes with aging. They become larger and are less able to divide and reproduce. Among other changes, there is an increase in pigments and fatty substances inside the cell (lipids). Many cells lose their ability to function, or they begin to function abnormally. The typical appearance of the face and neck changes with age. Muscle tone may be lost, causing a flabby or droopy appearance. The jowls may begin to sag, leading to a "double chin" in some people. In some people the nose lengthens slightly and may look more prominent. (wrinkles) Though nerve cells do not reproduce themselves like cancer cells do, they do change electrical states quickly and are thus particularly susceptible to the effects of chemotherapeutic drugs
One of two thing can happen (depending on just how damaged). If it is a sensory nerve, that will not carry sensory impulses to the CNS. You may have a numb feeling in a small area or a very large area. If it is a motor nerve, you may not be able to move a muscle (or a group of muscles). That really is paralyzed means.
Long-term potentation