Wind Pipe Collection (#3)

Healthy digestive system, artwork
Healthy stomach, computer artwork

Healthy small intestines, artwork

Bronchial tree, computer artwork. The human bronchial tree is the network of airways serving both lungs. The trunk of the tree is the trachea (windpipe, top centre)

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

Thyroid gland, artwork. This two-lobed endocrine gland is found in the neck, in front of the trachea (windpipe, striped). The larynx (voice box, orange) sits above it

Swan anatomy, 18th century

Mouth and throat anatomy, artwork

Lungs, artwork
Artwork of the lungs showing the trachea (windpipe, at top) dividing into two bronchi which lead into each lung. The lungs have multiple lobes and are the organs of breathing (respiration)

Respiratory system, artwork
Artwork of the human respiratory system showing the trachea (windpipe, purple) dividing into two bronchi which lead into each lung (brown)

Human head anatomy, artwork
Human head anatomy. Computer artwork of the left-side of the head and neck of a human skeleton. The arteries (red lines), veins (blue lines) and nervous system (white lines) are shown

Respiratory anatomy, artwork
Respiratory anatomy. Computer artwork showing the structure of the human respiratory system, including the lungs (left and right), larynx (voicebox, upper centre) and trachea (windpipe, purple)

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

Digestive and respiratory tract, artwork
Artwork of the anatomy of the human digestive and respiratory tracts. The digestive tract (lower left) includes the stomach and intestines that enable food to be digested; the respiratory tract

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)

Trachea with pollen grains, SEM
Trachea (windpipe) with pollen grains, coloured scanning electron micrograph (SEM). When airborne particles such as pollen grains are breathed in through the nose or mouth

Heart-lung system, artwork. These chest organs are shown in the relative positions they would occupy within the body. Arteries (red) and veins (blue) circulate blood around the body

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

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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The windpipe, also known as the trachea, plays a vital role in our respiratory system. It serves as a pathway for air to travel from the nose and mouth into the lungs. To understand its function better, let's take a closer look at its structure. A diagram of the lungs and bronchial tubes reveals how the windpipe connects directly to these essential organs. This connection allows oxygen to be transported efficiently throughout our body. Another informative diagram showcases not only the heart and lungs but also highlights the presence of this crucial tube called the windpipe. Its location is key in ensuring that oxygenated blood reaches every part of our body. Moving on to anatomy, we explore the muscles of the neck which surround and support this vital organ. These muscles aid in maintaining proper posture while protecting and stabilizing our windpipe. Examining it under scanning electron microscopy (SEM), we can observe intricate details of its lining - an impressive network designed to filter out impurities present inhaled air may carry with it. The larynx or voice box is another fascinating aspect related to our topic at hand –the windpipe. Artwork depicting this structure helps us visualize how it functions during speech production while still allowing air passage through. Human lungs are incomplete without mentioning their direct connection with this indispensable tube -the trachea. Their interdependence ensures efficient gas exchange within our bodies, enabling us to breathe effortlessly. Further SEM images provide microscopic views of tracheal linings revealing cilia-covered surfaces that help trap foreign particles before they reach sensitive lung tissues – an incredible defense mechanism. Allergens can pose challenges when they enter our respiratory system; however, understanding their presence within such important structures like trachea aids researchers in developing effective treatments for allergies caused by airborne substances. A captivating SEM image solely focusing on just this remarkable tube itself gives us a glimpse into its complexity and beauty simultaneously highlighting its significance within human anatomy.