tae
No, cardiac muscle cells are branched but skeletal muscle cells are linear and do not branch
so electrical impulses can be carried freely between cells
the axon terminal button receives stimuli and passes it on to ither cells or it reaches the dedrites which are buried in your spine, travelles up the spine and reaches the brain, which is how you feel pain and things like that.
skeletal muscles
axon
Cardiocytes
The plant you are describing is likely a dicot, such as a dandelion. Dicots have leaves with branched veins, taproots, and stems made primarily of collenchyma, parenchyma, and sclerenchyma cells.
Muscle cells, particularly skeletal muscle fibers, are long and cylindrical rather than branched to facilitate their primary function of contraction. This linear structure allows for efficient force generation and alignment during contraction. In contrast, cardiac muscle cells are branched to create a network that enables synchronized contractions of the heart. The specific structure of each muscle type supports its unique physiological role.
The liver cells are bonding glycerol molecules together to form very long branched polymers called triglycerides or triacylglycerols. These molecules serve as a form of energy storage in the body.
Yes, plant cells contain plenty of water.
In neurons, short, tapering, diffusely branched processes from the cell body are known as the dendrites. If the dendrites are short/tapering and diffusely branched, then this is referring to the dendrites of motor neurons.
because your cells are starving in the midst of plenty. cells cannot uptake glucose.