The word "Interlobar" refers to something that exists between two lobes. Its spelling can be broken down using IPA phonetic transcription as "ɪntərloʊbər." The "ɪ" represents the short "i" sound, "nt" and "r" are pronounced separately, and the "lo" sound is made up of a back vowel "oʊ" and a consonant "l." Lastly, "b" and "ər" indicate the "b" sound and the schwa sound, respectively. Overall, "Interlobar" is a multisyllabic word with a complex spelling that requires knowledge of English phonetics.
Interlobar is an adjective used to describe the anatomic or physiological connection that exists between two or more lobes or lobules of an organ, especially within the context of the human body.
In anatomy, it refers to the space or area between two adjacent lobes or lobules of an organ. This term is commonly used to describe the interlobar arteries and veins found in the kidneys, where they are responsible for transporting blood between the segments of the organ. Similarly, the interlobar bile ducts within the liver carry bile from one lobe to another.
Furthermore, interlobar can also describe the interactions or connections between different regions or sections of an organ. For instance, within the lungs, the interlobar airways are responsible for transporting air between the different lobes. Similarly, in the brain, interlobar connections refer to the neural pathways that occur between lobes or different areas, facilitating communication and information processing.
In summary, interlobar is an adjective that relates to the connections, spaces, or interactions that occur between lobes or lobules within an organ, whether it is blood vessels, ducts, airways, or neural pathways.
Between the lobes of an organ or other structure.
A practical medical dictionary. By Stedman, Thomas Lathrop. Published 1920.
The word "interlobar" is derived from two Latin roots: "inter" meaning "between" or "among", and "lobus" meaning "lobe". In anatomy, the term is used to refer to structures or spaces that are situated between or among lobes, particularly in organs such as the lungs and kidneys. The combination of these Latin roots accurately describes the spatial relationship of the term, emphasizing its inter-lobe placement.