Osteocytes have a star-like or dendritic shape, characterized by long, slender extensions that radiate from their cell body. These extensions, known as dendritic processes, allow osteocytes to communicate with neighboring bone cells and sense mechanical stress in the bone matrix. This unique morphology is essential for their role in maintaining bone health and regulating bone remodeling.
Ordinarily, a dendritic drainage pattern. That is, resembling the branches of a tree. Another common pattern is a fault controlled drainage pattern, where major geologic features control the drainage pattern. There are several other systems.
Adjacent osteocytes are connected by tiny channels called canaliculi. These canaliculi allow for the exchange of nutrients, waste, and signaling molecules between osteocytes, facilitating communication and maintaining bone health. The interconnected network of osteocytes helps coordinate the activity of bone remodeling and maintenance.
08 is an integer and so fraction form in the simplest form is 8/1.08 is an integer and so fraction form in the simplest form is 8/1.08 is an integer and so fraction form in the simplest form is 8/1.08 is an integer and so fraction form in the simplest form is 8/1.
simplest form, reduced form, free form
Dendritic drainage pattern.
Dendritic
There are six
i'm not sure. I think it's a dendritic pattern
Communication is happening between the dendritic end and axon hillock in the form of synaptic inputs. Neurotransmitters released from the dendritic end bind to receptors on the dendrite, causing electrical signals to travel through the dendrite and reach the axon hillock, where they are integrated to determine if an action potential is generated.
Dendritic pattern
The word is spelled dendritic, just as you spelled it. The word means relating to or resembling a dendrite.
The Amur River features dendritic drainage. This pattern of river system resembles the branching of tree roots and is common in areas with homogenous rock structures, where water flows in a branching pattern towards lower elevations.
Dendritic growth in metals occurs near the surface because there is often a higher concentration of impurities or foreign particles that can act as nucleation sites for crystal growth. Additionally, the surface energy is different from the bulk, making it more favorable for dendrites to form there. Thermal gradients are also more pronounced near the surface, promoting dendritic growth.
Dendritic salt refers to a specific crystalline form of salt that has a branched, tree-like structure, resembling dendrites. This unique morphology is often produced through particular crystallization processes, leading to a larger surface area and distinct physical properties. Dendritic salts can be utilized in various applications, including food seasoning and chemical processes, due to their enhanced solubility and aesthetic appeal.
I don't know about 'treillis' rivers, but the Loire river seems to me to be dendritic (in the sense of arborescent)
Most Indo-Gangetic Rivers have dendritic (tree-like) drainage pattern.