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Mesothelioma cancer disease illustration
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Mesothelioma cancer disease illustration
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Mesothelioma cancer disease illustration
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Mesothelioma cancer disease illustration
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Mesothelioma cancer disease illustration
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Mesothelioma cancer disease illustration
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Mesothelioma cancer disease illustration
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Mesothelioma cancer disease illustration
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Mesothelioma cancer disease illustration by PIKOVIT SCIENCE PHOTO LIBRARY
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Prime Minister Hayato Ikeda and his wife Mitsue get into their car after leaving the National Cancer Center where he was hospitalized to attend the op
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Mesothelioma cancer disease illustration
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Mesothelioma cancer disease illustration
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Mesothelioma cancer disease illustration
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Mesothelioma cancer disease illustration
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Mesothelioma cancer disease illustration
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Silicosis dust in lung illustration
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Silicosis dust in lung illustration
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Silicosis dust in lung illustration by PIKOVIT SCIENCE PHOTO LIBRARY
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Silicosis dust in lung illustration
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The 18th Tokyo Olympics (1964) Opening Ceremony Prime Minister Hayato Ikeda Prime Minister Hayato Ikeda leaves the National Cancer Center where he was
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Silicosis dust in lung illustration
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Silicosis dust in lung illustration
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Silicosis dust in lung illustration
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Coal workers disease illustration
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Coal workers disease illustration
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Coal workers disease illustration
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Coal workers disease illustration
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Asbestosis lung disease illustration by PIKOVIT SCIENCE PHOTO LIBRARY
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Asbestosis lung disease illustration
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Frederick III (1831-1888) Second German Emperor and eighth King of Prussia for just over three months (March 9 to June 15 1888) as a result of his
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Asbestosis lung disease illustration by PIKOVIT SCIENCE PHOTO LIBRARY
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Asbestosis lung disease illustration by PIKOVIT SCIENCE PHOTO LIBRARY
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Asbestosis lung disease illustration
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Asbestosis lung disease illustration
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Asbestosis lung disease illustration by PIKOVIT SCIENCE PHOTO LIBRARY
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Asbestosis lung disease illustration
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Asbestosis lung disease illustration
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Asbestosis lung disease illustration
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Laryngeal mask
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Laryngeal cancer Light micrograph of a section through laryngeal tissue showing cancerous cells that have formed small lobules (round) This is a car
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Light micrograph of a section through cartilage from the larynx (voice box) Cell nuclei and the collagen fibres that form the cartilage are stained b
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Laryngeal and pharyngeal cancer light micrograph
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Laryngeal and pharyngeal cancer light micrograph
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Throat cancer light micrograph
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Throat cancer light micrograph
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Throat cancer light micrograph
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Laryngeal cancer 19th century illustration
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Bronchial tubes illustration
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Laryngitis illustration
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Radiotherapy burn on the neck of a 65-year-old man at the site of radiation treatment for cancer of the larynx (voice box) Smoking and excessive alco
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Throat cancer light micrograph
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Throat cancer light micrograph
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Upper respiratory tract Computer artwork of a profile view of a female head showing the upper respiratory tract Air enters the nostrils and is filte
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Cartilage light micrograph
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Muscles of the head and neck historical anatomical artwork This head has been dissected to show several muscles involved in moving the face and neck
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Sleep research series of false-colour traces showing brain muscle activity during rapid eye movement (REM) sleep Sleep comprises cycles of 5 stage
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Dental surgery
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Dental surgery
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Paralysed voice box Endoscope view of the paralysed larynx (voice box) of a patient showing the right arytenoid cartilage This patient has suffered
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Sleep research series of false-colour traces showing brain muscle activity during rapid eye movement (REM) sleep Sleep comprises cycles of 5 stage
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Paralysed vocal cord Endoscope view of the larynx (voice box) of a patient showing a paralysed right vocal cord (grey centre left) Such a unilater
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Epiglottis light micrograph
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Low magnification light micrograph of a human epiglottis stained with orcein The lingual surface is at top the laryngeal surface at bottom The elas
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Light micrograph of the human epiglottis At top is the lingual surface covered with a stratified squamous epithelium The thick pink band across cent
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The larynx is involved in breathing producing sound and protecting the trachea against food aspiration It is situated just below where the tract of
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Paranasal sinuses and throat 3D CT scan
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Vocal cords Illustration based on a 3D computed tomography (CT) scan of the vocal cords in a human larynx The larynx (voicebox) is the lower part of
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Vocal cords Illustration based on a 3D computed tomography (CT) scan of the vocal cords in a human larynx The larynx (voicebox) is the lower part of
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Recurrent laryngeal nerve illustration It supplies four muscles of the larynx
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Sleep research series of false-colour traces showing brain muscle activity during rapid eye movement (REM) sleep Sleep comprises cycles of 5 stage
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Human neck anatomy Illustration based on a 3D computed tomography (CT) scan of the anatomy of a human neck This area contains structures such as the
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Human neck anatomy Illustration based on a 3D computed tomography (CT) scan of the anatomy of a human neck This area contains structures such as the
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Laryngeal tumour X-rays of sections through the throat of a 57-year-old patient showing a tumour (white) affecting the larynx (voicebox)
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Upper respiratory tract Computer illustration of a profile section of a human head showing the upper respiratory tract and salivary glands (pale yell
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Upper respiratory tract Computer illustration of a profile section of a human head showing the upper respiratory tract and salivary glands (pale yell
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Tongue oral floor and neck artwork
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Illustration of the Tongue oral floor and neck with intrinsic and extrinsic muscles of tongue This right lateral view illustration is from Asklepio
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Venous system of the head and neck
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Illustration of the venous system of the head and neck This left lateral deep view illustration is from Asklepios Atlas of the Human Anatomy
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Sleep research series of false-colour traces showing brain muscle activity during stage 4 NREM sleep Sleep comprises cycles of 5 stages 1- 4 are
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Venous system of the head and neck
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Venous system of the head and neck
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Venous system of the head and neck
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Venous system of the head and neck
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Oedema of larynx Artwork of sections through a larynx with and without swelling The bottom image shows a healthy larynx in transverse (axial) sectio
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Oedema of larynx Artwork of a transverse (axial) section through a larynx (seen from above) with and without swelling The bottom image shows a healt
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Oedema of larynx Artwork of a vertical (coronal) section through a larynx showing oedema (swelling caused by fluid accumulation) The swelling here
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Closed vocal cords SEM
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Throat cancer Light micrograph of a section through the cancerous cells of a carcinoma in a larynx (voice box)
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Sleep research series of false-colour traces showing brain muscle activity during stage 3 NREM sleep Sleep comprises cycles of 5 stages 1- 4 are
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Throat cancer Light micrograph of a section through the cancerous cells of a carcinoma in a larynx (voice box)
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Coloured laser beams line up on the neck of an 80 year old male patient undergoing radiotherapy (radiation treatment) for throat cancer (laryngeal car
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Mouth and throat anatomy side-view artwork The front of the mouth is at left Internal cavities are dark brown or red and surrounding tissues are c
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Coloured laser beams line up on the neck of an 80 year old male patient undergoing radiotherapy (radiation treatment) for throat cancer (laryngeal car
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Radiotherapy for throat cancer
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Mask covers the head and neck of an 80 year old male patient undergoing radiotherapy (radiation treatment) for throat cancer (laryngeal carcinoma) Th
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Mask covers the head and neck of an 80 year old male patient undergoing radiotherapy (radiation treatment) for throat cancer (laryngeal carcinoma) Th
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Epiglottis Light micrograph of a longitudinal section through the epiglottis the flap of tissue located at the top of the larynx (voicebox) The epi
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Larynx cartilage Light micrograph of a longitudinal section through a piece of cartilage from the larynx (voicebox) This is part of the larynx calle
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Sleep research series of false-colour traces showing brain muscle activity during stage 2 NREM sleep Sleep comprises cycles of 5 stages 1- 4 are
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