Conducting is made up of the nose, pharynx, larynx, trachea, bronchi, and bronchioles. The physical structure that "conducts" air and allows it to pass in and out of the lungs.
Respiratory is made up of alveoli, alveolar ducts, and respiratory bronchioles. This is where the real respiration and gas exchange takes place.
The tubular airways that begin the respiratory zone are the respiratory bronchioles. These structures branch off from the terminal bronchioles and are lined with alveoli, where gas exchange between air and blood occurs. The respiratory bronchioles mark the transition from the conducting zone to the respiratory zone of the lungs.
A vessel element completes its development in the primary xylem area of growth. It arises from the vascular cambium and matures in the secondary xylem as part of the water-conducting system of the plant.
terminal brobchiole is formed as a result of division of respiratory bronchiole. It is extremely thin and end up into alveolar sac ALVEOLAR SAC THESE ARE SMALL SACS WITH 8 TO 10 SACCULES CALLES ALVEOLI. IT HAS CENTRAL AIR PASSAGE. THESE ALVEOLI SERVE AS RESPIRATORY MEMBRANE AND HELP IN EXCHANGE OF GASES
A cell drawing typically illustrates the internal structures of a single cell, showing organelles and components. On the other hand, a zone diagram provides information about different anatomical regions of an organism or a specific area within a larger context, focusing on the spatial relationships between various structures or components.
The mucous membrane provide lubrication and prevent infectionConsider where mucous membranes are located and it might become clearer what they do. Our mouths, noses, ears and ventral openings (both of them) have mucous membranes. These specialized tissues provide the transition zone between the skin that covers our body and the soft (and moist) tissues of the inner ear and the inside of the lungs, esophagus and stomach, the intestinal tract and the urinary tract. Use the link to our friends at Wikipedia and pick up a little more information.
The smallest and most distal structures that remain a part of the conducting zone in the respiratory tract are the terminal bronchioles. These bronchioles are the final branches of the conducting airways before reaching the respiratory zone where gas exchange occurs in the alveoli.
exchange gases with the blood
Nasopharynx, larynx, trachea, bronchi and bronchinles.
The tubular airways that begin the respiratory zone are the respiratory bronchioles. These structures branch off from the terminal bronchioles and are lined with alveoli, where gas exchange between air and blood occurs. The respiratory bronchioles mark the transition from the conducting zone to the respiratory zone of the lungs.
conducting zones are the upper respiratory tract which is the passage of air and functions to humidify, flter and warm the air. by:- cabdulaahi niyo
the air that enters the respiratory tract remaining in the conducting zone pasageways and never reaches the alveoli.
nostril,nasal cavity,epiglottis,trachea,bronchi,lungs,bronchioles,alveoli isthe answerafter the nasal cavity and trache air moves into the brinchi, into the bronchioles and intp the alveiolie where gases are exchanged (co2) carbon dioxide and (o2) oxygen
ALVEOLI
compression zone is an positive zone,tension zone is an negative zone..
terminal bronchioles
The respiratory zone of the tracheobronchial tree includes the respiratory bronchioles, alveolar ducts, alveolar sacs, and alveoli where gas exchange occurs. This is where oxygen is absorbed into the bloodstream and carbon dioxide is released from the bloodstream.
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