A simple gland consists of a single unbranched duct, while a compound gland has a branched duct system. Tubular glands have a tube-like structure, while alveolar glands have a round, sac-like structure. Alveolar glands are also known as acinar glands and contain clusters of secretory cells that form small sacs.
Exocrine glands.
compound because they attach to a branched duct.
A term for a tubular structure is "cylinder."
A tubular laborer is a term used in the oil and gas industry to describe a worker who specializes in the handling and installation of tubular components such as pipes and casings on drilling rigs. These workers are responsible for ensuring the proper assembly and disassembly of tubular structures during drilling operations.
The tubular fluid has the highest osmolality in the medullary collecting duct as water reabsorption occurs in this segment, concentrating the solutes in the tubular fluid.
Exocrine glands.
Mammary glands exhibit a compound tubuloalveolar glandular type. These glands consist of both tubular and alveolar components, allowing for the production and secretion of milk in mammals.
compound because they attach to a branched duct.
Exocrine glands classified as compound tubular have a branched duct system and secretory portions that consist of tubular structures. This type of gland is responsible for producing and secreting substances such as mucus, digestive enzymes, and sweat. Examples of compound tubular exocrine glands include salivary glands and gastric glands.
You know that difference between eating apple pie and not eating apple pie? Its corn on the cob.
The difference between tubular and flat plate batteries are heat dissipation and lead alloy. Tubular batteries hold heat, where flat plate batteries disperse heat. Tubular batteries also have no reserve of lead alloy, which leads to corrosion by sulphuric acid.
Filtration, tubular reabsorption, tubular secretion
Tubular World was created in 1994.
A term for a tubular structure is "cylinder."
From the Tubular bells album by Mike Oldfield
Yes, salivary glands exhibit a simple tubuloalveolar glandular arrangement, with tubular regions for secretion and alveolar regions for storage of saliva. This structure allows for both the production and release of saliva into the oral cavity.
The two reabsorption pathways through the tubular cell barrier are transcellular and paracellular. In transcellular reabsorption, substances pass through the tubular cells from the lumen to the bloodstream. In paracellular reabsorption, substances pass between cells through tight junctions.