interstitial
Oxygen that is dissolved in the water crossed ghe gill menbrane by diffusion. The oxygen is dissolved in the water like carbon dioxide in a beer. This oxygen is not a part of the water molecule. The oxygen in the water molecule is not available to the fish, when dosolved oxygen gets low, yhou have a fish kill.
The canal you are referring to is known as a Haversian canal, which is part of the osteon structure in compact bone. The Haversian canal runs longitudinally along the axis of the bone and is surrounded by concentric lamellae of bone tissue. It is connected to the Volkmann's canals, which are the horizontal passageways that link adjacent Haversian canals and provide pathways for blood vessels and nerves. Together, they facilitate the transport of nutrients and waste products within the bone.
Infinitely many. Infinitely many. Infinitely many. Infinitely many.
Infinitely many. Infinitely many. Infinitely many. Infinitely many.
The type of lamellae found between osteons is interstitial lamellae. These lamellae are remnants of old osteons that have been partially destroyed during bone remodeling.
The layers of calcified matrix in bone tissue are called lamellae. These lamellae are arranged in concentric circles around central canals called Haversian canals, forming the structure known as an osteon or Haversian system.
The membranes connecting the grana in chloroplasts are called stroma lamellae. They connect the thylakoid stacks (grana) and play a role in facilitating communication and transport of molecules within the chloroplast.
The matrix rings are called lamellae and they concentrically surround the central canal (Haversian canal) of each osteon. They form a series of concentric circles, providing structural support and strength to the bone tissue.
Concrete lamellae
Concentric lamellae.
The hyphae terminate in radiating lamellae in the gills of a mushroom. These gills are found underneath the cap and are responsible for producing and dispersing spores.
Fish have lamellae in their gills. As the water flows through the gills and over the lamellae, the oxygen is extracted from the water.
interstitial
It circulation
yes it is in spongy and bone
Exsolution lamellae require slow cooling and a broad range bulk composition. The exsolution of feldspar for example needs to have abundant Na and K to make lamellae. The compound in the most abundance of the bulk composition will be the main part of the crystal. The smaller proportion will be the lamellae. The unmixing happens due to cation size differential. As the mineral cools it is less willing to have high energy random distribution of the elements. Once a liquid cools to its miscibility gap the mineral creates areas of each compound separately. The lamellae align crystalographically.