Bronchioles Collection

NHS prescription for peak air flow meter and asthma pump over prescribed use of drugs not really asthmatic remedy for breathing

Human lungs, anatomical artwork
Human lungs. Anatomical artwork of the human lungs (red, centre left and right) and respiratory system. The heart (which has been removed here) is located between the lungs

Diseased alveoli in the lung. Cutaway computer artwork showing the interior of diseased alveoli (spheres) and bronchioles, (tubes) and blood vessels (red and purple) of the lungs

Cross section biomedical illustration of lungs connected to trachea

Lungs and bronchial tree, artwork
Lungs, computer artwork. Both the bronchial tree, the network of airways serving both lungs, and the overall shape of the lungs, is shown here

Cross section biomedical illustration of human lungs

Cross section biomedical illustration of route of bronchoscope inserted through nose

Healthy lungs, 3D CT scan C016 / 6504
Healthy lungs. Coloured 3D computed tomography (CT) scan of the chest of a 54 year old patient showing healthy lungs

Healthy lungs, 3D CT scan C016 / 6497
Healthy lungs. Coloured 3D computed tomography (CT) scan of the lungs of a 37 year old patient

Healthy lungs, 3D CT scan C016 / 6503
Healthy lungs. Coloured 3D computed tomography (CT) scan of the chest of a 54 year old patient showing healthy lungs

Healthy lungs, 3D CT scan C016 / 6502
Healthy lungs. Coloured 3D computed tomography (CT) scan of the chest of a 54 year old patient showing healthy lungs

Healthy lungs, 3D CT scan C016 / 6506
Healthy lungs. Coloured 3D computed tomography (CT) scan of the chest of a 35 year old patient showing healthy lungs

Healthy lungs, 3D CT scan C016 / 6495
Healthy lungs. Coloured 3D computed tomography (CT) scan of the chest of a 37 year old patient showing healthy lungs

Healthy lungs, 3D CT scan C016 / 6498
Healthy lungs. Coloured 3D computed tomography (CT) scan of the lungs of a 37 year old patient

Healthy lungs, 3D CT scan C016 / 6505
Healthy lungs. Coloured 3D computed tomography (CT) scan of the chest of a 35 year old patient showing healthy lungs

Lungs anatomy, artwork
Lungs anatomy, computer artwork. At top left is the trachea (windpipe, white), which splits into two bronchi, one for each lung (blue)

Respiratory system, artwork C015 / 6453
Respiratory system. Computer artwork showing the organs of the human respiratory system. At top is the larynx (voicebox), which leads onto the trachea (windpipe, white tube vertical)

Heart and lung anatomy, artwork C016 / 2909
Heart and lung anatomy. Artwork of an anterior (frontal) view of the heart and lungs in a male body. One lung is shown at right. The bronchioles (airways) inside the lungs are shown at left

Heart and lung anatomy, artwork C016 / 2904
Heart and lung anatomy. Artwork of a posterior (from behind) view of the heart and lungs. The heart (mostly obscured) is a hollow muscle that pumps blood around the body and to the lungs

Heart-lung system, artwork C013 / 4412
Heart-lung system, computer artwork. The heart (centre) is a hollow muscle that pumps blood around the body. Arteries, which carry oxygenated blood around the body, are red

Heart-lung system, artwork C013 / 4411
Heart-lung system, computer artwork. The heart (centre) is a hollow muscle that pumps blood around the body. Arteries, which carry oxygenated blood around the body, are red

Heart-lung system, artwork C013 / 4410
Heart-lung system, computer artwork. The heart (lower centre) is a hollow muscle that pumps blood around the body. Arteries, which carry oxygenated blood around the body, are red

Heart-lung system, artwork C013 / 4408
Heart-lung system, computer artwork. The heart (centre) is a hollow muscle that pumps blood around the body. Arteries, which carry oxygenated blood around the body, are red

Heart-lung system, artwork C013 / 4409
Heart-lung system, computer artwork. The heart (centre left) is a hollow muscle that pumps blood around the body. Arteries, which carry oxygenated blood around the body, are red

Heart-lung system, artwork C013 / 4407
Heart-lung system, computer artwork. The heart (centre left) is a hollow muscle that pumps blood around the body. Arteries, which carry oxygenated blood around the body, are red

Lungs in a wireframe body, computer artwork. The windpipe (trachea, grey) runs downwards from the neck. It branches (upper centre) into two bronchi, one for each of the two lungs

Bronchioles
Bronchiole network, composite image. The trachea (windpipe, not seen) branches into two bronchi, which enter the pair of lungs

Lung, X-ray
Lung. Coloured bronchography (X-ray) of a healthy human lung. A contrast medium has been added to show the network of airways (green) in the right lung

Lung bronchogram, coloured X-ray
Healthy lung. Coloured bronchogram x-ray of a side (lateral) view of a healthy human lung. The vertebrae of the spinal column are seen at left

Lungs, CT scans
Lungs. Sequence of six coloured axial CT (computed tomography) scans through the upper chest of a 52- year-old woman. The front of the chest is at top, and the right of the body is at left

Lung airways. Computer-enhanced image of a resin cast of the airways in the lungs. The trachea (windpipe, top centre) divides into two main bronchi

Emphysema of the lungs, CT scan
Emphysema. Coloured 3-D computed tomography (CT) scan of the lungs, showing advanced emphysema of the right lung (left)

Childhood asthma. Artwork of a childs respiratory system showing the mucus (yellow) and narrowing of the airways (bronchioles) in paediatric asthma

Bronchitis, X-ray
Bronchitis. Coloured bronchography (X-ray) of swollen bronchioles (orange) in the right lung. Bronchitis causes the network of airways in the lungs to become swollen and produce mucus

Asthma. Computer artwork of allergens (blue and green) amongst alveoli (tiny air sacs, beige) in a lung. Allergens, such as dust and pollen, can trigger an asthma attack

Human respiratory system, artwork
Respiratory system. Computer artwork of a male torso and the respiratory System, showing lungs, bronchus, bronchioles, larynx and windpipe

Bronchial tree, computer artwork. The human bronchial tree is the network of airways serving both lungs

Lungs, computer artwork. Both the bronchial tree, the network of airways serving both lungs, and the overall shape of the lungs, is shown here

Improving air quality in London. Conceptual image of a human lung superimposed on a map of the city of London

Alveoli in the lung, artwork
Alveoli in the lung. Computer artwork showing the alveoli (spheres) and bronchioles (tubes) of the lungs

Collapse (atelectasis) of lung, X-ray
Coloured X-ray (front view) of the chest in a 58 year old patient showing collapse (atelectasis) of part of the upper lobe of a lung (orange, at left)

Blood supply to alveoli, artwork
Artwork showing the blood supply (arterial is red, venous is blue) transporting oxygen from and to the alveoli air sacs in the lungs

Heart and lungs, historical illustration. 19th Century hand coloured lithographic print showing the lungs (left and right) situated either side of the heart (lower centre)

Respiratory anatomy, 19th Century artwork

Respiratory anatomy, artwork
Respiratory anatomy

Respiratory tract, artwork
Respiratory tract. Computer artwork showing the various stages and structures of the human respiratory tract

Human lungs. Anatomical artwork of the human lungs and respiratory system. The heart (which has been removed here) is located between the lungs

Bronchus and bronchioles, artwork
Bronchus and bronchioles. Artwork of the anatomical structure of the bronchi and their bronchioles, the main aspects of the respiratory system

Airways of the lungs, artwork
Artwork of the airways of the lungs showing the trachea (windpipe, at top) dividing into two bronchi which in turn divide into many bronchioles supplying air during breathing (respiration)

Asthma and mucus overproduction, artwork
Asthma and mucus overproduction. Artwork showing how the bodys immune response causes the inflammation seen in asthma

Lungs and trachea, artwork. The lungs are where blood is oxygenated. Breathing brings air into the lungs through the trachea (windpipe) at upper centre

Snake ciliated lung cells and mucus, SEM
Snake ciliated lung cells and mucus. Coloured scanning electron micrograph (SEM) of ciliated cells (green) and mucus (pink) in the lung of a snake

Bronchial tree and lungs, artwork
Bronchial tree. Computer artwork representing a human bronchial tree and lungs. The human bronchial tree is the network of airways serving both lungs

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Bronchioles are an intricate network of tiny airways within the human lungs, responsible for delivering oxygen to every corner of our respiratory system. In a cross-section biomedical illustration of the lungs connected to the trachea, bronchioles appear as delicate branches stemming from larger bronchi. These vital structures play a crucial role in maintaining healthy respiration. However, when disease strikes, such as in diseased alveoli within the lung they can become compromised and hinder proper airflow. Understanding their anatomy is essential for diagnosing and treating various respiratory conditions. Through anatomical artwork depicting human lungs in cross-section, we gain insight into how these bronchial tubes intricately weave throughout our pulmonary system. Their branching pattern resembles a tree with its roots firmly embedded in the trachea and extending deep into each lung lobe. In another captivating artwork showcasing the structure of the human respiratory system in an adult male, we witness how bronchioles connect to alveoli – tiny sacs where gas exchange occurs between air and blood vessels. This close relationship highlights their indispensable role in facilitating efficient oxygenation. Furthermore, a fascinating illustration captures a route commonly taken by medical professionals during diagnostic procedures involving a bronchoscope inserted through the nose. This technique allows visualization and examination of these narrow passages for potential abnormalities or obstructions. The beauty of this intricate network is further emphasized through multiple artworks portraying the complexity and elegance of the bronchial tree. These illustrations serve not only as visual aids but also remind us that even at microscopic levels, nature's design remains awe-inspiring. Exploring images ranging from cross-sectional biomedical illustrations to artistic depictions provides us with valuable insights into understanding bronchioles' significance within our complex respiratory system, and are both fragile yet resilient conduits that ensure life-sustaining oxygen reaches every corner of our lungs - truly remarkable structures deserving admiration and protection.