Brachioradialis and the shaft of the Ulna
The oganelle that helps with meiosis in a cell is called the centriole.
the chromosomes are replicated (copied) and are compacted into dense visible structures
In a synovial joint, compartments are typically divided by structures such as ligaments, capsules, and menisci. These structures help to stabilize the joint and separate different regions within it, allowing for smooth movement and proper function.
The structures that are found deep within the petrous part of the temporal bone are related to the inner ear. Most scientists divide the structures into two parts the mastoid part and the petromastoid part.
The only one that will develop into different structures is the zygote. After that it will divide into 4, then 8, etc. But each of those will not develop in to all body parts. By that time differentiation has begun.
The only one that will develop into different structures is the zygote. After that it will divide into 4, then 8, etc. But each of those will not develop in to all body parts. By that time differentiation has begun.
Genes are found on chromosomes, which are thread-like structures composed of DNA and proteins. They become visible when cells divide through a process called mitosis. During mitosis, chromosomes condense and are separated into two identical sets to be distributed to daughter cells.
Nerve cells, or neurons, cannot divide because they are in a state of terminal differentiation. This means they have permanently exited the cell cycle and lost the ability to divide. Nerve cells have complex structures and functions that would be disrupted if they were to try to divide.
Sagittal plane
Two structures that belong to the respiratory system are the trachea (windpipe) and the bronchial tubes. The trachea carries air from the throat to the lungs, while the bronchial tubes divide in the lungs to deliver air to each lung's air sacs.
Chromatin if they cell is not preparing to divide. If they cell is preforming mitosis or meiosis, then one would see chromosomes.
Nerve cells do not divide because they are in a state called "differentiated," meaning they have specialized functions and structures that make them unable to undergo cell division. This unique characteristic of limited division is due to the fact that nerve cells have long extensions called axons and dendrites, which are essential for their function in transmitting signals throughout the body. If nerve cells were to divide, these specialized structures would be disrupted, leading to dysfunction in signal transmission.