Maxillary Collection

Skull anatomy by Leonardo da Vinci. Historical artwork and notes on the anatomy of the human skull and teeth, by the Italian artist and scientist Leonardo da Vinci (1452-1519)

Neck vascular anatomy, historical artwork. 19th Century hand coloured lithographic print showing the arteries (red) and muscle structure (brown) of the human neck

Illustration of human skull, seen from below

Trigeminal nerve, artwork C016 / 7701
Trigeminal nerve. Computer artwork showing the location of the trigeminal nerve (yellow) in a human head

Dental maxillary nerve regions, artwork C016 / 6835
Dental maxillary nerve regions. Artwork of the teeth of the upper jaw (maxilla), seen from below, colour-coded by the branches of the superior alveolar nerve that supply the maxillary teeth

Photic sneeze reflex, artwork C016 / 7700
Photic sneeze reflex. Computer artwork representing one explanation for the photic sneeze reflex. About a quarter of the population sneeze when they look at a bright light

Human facial muscles, artwork
Human facial muscles. Artwork of the facial and other muscles of a human head and neck, seen from an oblique frontal angle

Homo habilis upper jaw (OH 65) C015 / 6686
Homo habilis upper jaw (maxilla) and teeth. This fossil specimen (named OH 65) was found in 1995 at Olduvai Gorge in Tanzania. It dates to around 1.8 million years ago

Homo habilis upper jaw (OH 65) C015 / 6684
Homo habilis upper jaw (maxilla) and teeth. This fossil specimen (named OH 65) was found in 1995 at Olduvai Gorge in Tanzania. It dates to around 1.8 million years ago

Homo habilis upper jaw (OH 65) C015 / 6685
Homo habilis upper jaw (maxilla) and teeth. This fossil specimen (named OH 65) was found in 1995 at Olduvai Gorge in Tanzania. It dates to around 1.8 million years ago

Homo habilis upper jaw (OH 65) C015 / 6666
Homo habilis upper jaw (maxilla) and teeth. This fossil specimen (named OH 65) was found in 1995 at Olduvai Gorge in Tanzania. It dates to around 1.8 million years ago

Caddisfly head, SEM
Caddisfly head. Coloured scanning electron micrograph (SEM) of the head of a caddisfly (order Trichoptera). At centre are the flys mouthparts

Hedgehog flea, SEM
Hedgehog flea (Archaeopsylla erinacei), coloured scanning electron micrograph (SEM). The two structures protruding from the centre of the fleas head are sensory palps

Artwork of facial sinuses & tonsils (sinusitis)
Sinusitis: artwork of a human face showing the position of the various sinuses, the air-filled cavities lined with mucous membranes that are located in the cheeks

Paranasal sinuses, X-ray
Paranasal sinuses. Coloured X-ray of a sagittal section through a human skull. The skull has been sliced in half down the centre and the regions of the paranasal sinuses coloured

Skull, 3-D CT scan
Human skull, 3-D computed tomography (CT) scan. The orbits of the eyes are either side of the nasal cavity. The front of the skull contains large air spaces called sinuses

Nasal cavity and sinuses, artwork
Nasal cavity and sinuses. Computer artwork of a coronal section through the face at the nose to show the nasal cavity and sinuses

Head and neck anatomy, historical artwork. 19th Century hand coloured lithographic print showing the arteries (red) and muscle structure (brown) of the human neck and head

Head vascular anatomy, historical artwork. 19th Century hand coloured lithographic print showing the arteries (red) and muscle structure (brown) of the human neck and head

Hedgehog mite, SEM
Hedgehog mite (Caparinia sp.), coloured scanning electron micrograph (SEM). View of the mites specialised mouthparts with blunt chewing chelicerae (fang-like protrusions, centre)

Wasp tongue, SEM
Wasp tongue. Coloured scanning electron micrograph (SEM) of the tongue (red) of a wasp. Unlike the equivalent structure in bees (the proboscis)

All Professionally Made to Order for Quick Shipping

"Exploring the Intricacies of Maxillary: Unveiling the Secrets of Skull Anatomy by Leonardo da Vinci" Step into a world where art and science converge, as we delve into the fascinating realm of maxillary. In this captivating journey, we uncover hidden treasures within historical artwork and unravel the mysteries surrounding this vital part of our anatomy. Leonardo da Vinci, renowned for his artistic brilliance, also delved into skull anatomy. His meticulous illustrations provide us with a glimpse into the intricate structure of the maxillary region. Through his work, we gain a deeper understanding of its role in shaping our facial features. But it doesn't stop there; let's venture further into the depths. Exploring neck vascular anatomy reveals how blood vessels intertwine with maxillary nerves to ensure proper functioning. The olfactory and maxillary nerves play an essential role in transmitting sensory information from our nose to our brain – a testament to their significance. The fifth cranial nerve takes center stage as we examine its branches – specifically, the opthalmic and maxillary nerves. These intricate pathways are responsible for relaying sensations from various parts of our face, ensuring that every touch is felt and every pain is registered. An illustration showcasing a human skull seen from below offers a unique perspective on dental maxillary nerve regions. This visual representation allows us to comprehend their distribution throughout this complex area. Diving deeper still, we encounter different techniques employed in medical procedures such as infraorbital nerve blocks or anterior superior alveolar nerve blocks. These interventions target specific areas within the maxilla to alleviate pain or facilitate dental treatments - showcasing how knowledge about these nerves can be practically applied for patient care. As if that weren't intriguing enough, we stumble upon an unexpected phenomenon known as photic sneeze reflex – where exposure to bright light triggers uncontrollable sneezing episodes in some individuals due to cross-wiring between optic and trigeminal nerves.