How Do You Spell TUBULAR RESPIRATION?

Pronunciation: [tjˈuːbjʊlə ɹˌɛspɪɹˈe͡ɪʃən] (IPA)

Tubular respiration is a medical term that describes the respiration process in the lungs. Phonetically, the word 'tubular' is transcribed as /ˈtjuːb.jə.lər/, comprising of three syllables: /tjuː/, /b.jə/ and /lər/. The 'tj' sound is a combination of 't' and 'j' sounds, as in 'chew'. The word 'respiration' is transcribed as /ˌrɛs.pəˈreɪ.ʃən/ and has four syllables: /rɛs/, /pə/, /reɪ/ and /ʃən/. The spelling of 'tubular respiration' accurately represents the sounds in the pronunciation.

TUBULAR RESPIRATION Meaning and Definition

1. Tubular respiration refers to a specific form of respiration that occurs in tubular structures found in certain organisms, allowing efficient gas exchange. Respiration, in general terms, refers to the process by which organisms obtain energy from oxygen and release carbon dioxide as a waste product.

   In the case of tubular respiration, the term "tubular" refers to the structures involved in gas exchange. These structures can be found in a variety of organisms, including certain insects, worms, and plants. The specific shape and design of these tubular structures facilitate the exchange of gases, optimizing the transport of oxygen to cells and the removal of carbon dioxide.

   Tubular respiration typically involves a network of tiny tubes or passageways that are often highly branched, allowing for a large surface area relative to the overall size of the organism. This increased surface area is essential for efficient gas exchange, as it allows for a greater contact area between the respiratory tissue and the surrounding environment, enabling a higher rate of oxygen intake and carbon dioxide release.

   Furthermore, these tubular structures often possess moist surfaces, which aid in the diffusion of gases across the respiratory membrane. Moisture helps to dissolve gases, allowing them to diffuse more readily across the respiratory tissue. Additionally, the presence of a circulatory system or fluid-filled spaces within the tubular structures helps transport the gases within the organism.

   Overall, tubular respiration is a specialized form of respiration that relies on the efficient design of tubular structures, possessing a large surface area and moist surfaces, to facilitate the exchange of gases, ensuring the proper functioning and energy production of the organism.

2. Bronchial r.

   A practical medical dictionary. By Stedman, Thomas Lathrop. Published 1920.

Common Misspellings for TUBULAR RESPIRATION

• rubular respiration
• fubular respiration
• gubular respiration
• yubular respiration
• 6ubular respiration
• 5ubular respiration
• tybular respiration
• thbular respiration
• tjbular respiration
• tibular respiration
• t8bular respiration
• t7bular respiration
• tuvular respiration
• tunular respiration
• tuhular respiration
• tugular respiration
• tubylar respiration
• tubhlar respiration
• tubjlar respiration
• tubilar respiration

Etymology of TUBULAR RESPIRATION

The term "tubular respiration" does not have a specific etymology as it is not a widely recognized scientific term. However, breaking down the word into its components may give us some insight.

The word "tubular" is derived from the Latin term "tubulus", which means a small tube or pipe. In English, "tubular" refers to something that is shaped like a tube or has tubular features.

"Respiration" comes from the Latin word "respirare", which means to breathe. It refers to the biological process of taking in oxygen and releasing carbon dioxide.

Therefore, when combining the words "tubular" and "respiration", we might infer that "tubular respiration" could imply a form of respiration that occurs through a tubular structure or tube-like passage.