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Kestrel Studio

medical illustration of The process by which immune cells are recruited and cross the medical illustration of The process by which immune cells are recruited and cross the

Blood Brain Barrier Transmigration

The process by which immune cells are recruited and cross the "blood-brain barrier." The challenge was to show, in a single figure, a multiple step process in a clear and easy to understand manner. Published in: Joscelyn, Jennifer L. and Lloyd Kasper. "Principles of Immunotherapy." Clinical Neuroimmunology: Multiple Sclerosis and Related Disorders, Current Clinical Neurology, 2011, 15-40, DOI: 10.1007/978-1-60327-860-7_2.

Keywords: Color, Education, Publishing, Allergy / Immunology, Cell biology / Histology, Disease Management, Molecular Biology, Neuroscience, Pharmacology

© William Scavone

Kestrel Studio

medical illustration of This illustration was created for use as a slide used in presentations to researchers of retinal disease. Its purpose is to clarify the microscopic structure of the retina of the human eye, especially the interface of the retinal pigment epithelial (RPE) cells with the rod and cone outer segments. medical illustration of This illustration was created for use as a slide used in presentations to researchers of retinal disease. Its purpose is to clarify the microscopic structure of the retina of the human eye, especially the interface of the retinal pigment epithelial (RPE) cells with the rod and cone outer segments.

Anatomy of the Eye: Microstructure of the Retina

This illustration was created for use as a slide used in presentations to researchers of retinal disease. Its purpose is to clarify the microscopic structure of the retina of the human eye, especially the interface of the retinal pigment epithelial (RPE) cells with the rod and cone outer segments.

Keywords: Color, Education, Anatomy, Cell biology / Histology, Ophthalmology

© William Scavone

Kestrel Studio

medical illustration of Projection slide illustrating possible mechanisms of disruption of cellular processes by arsenic. medical illustration of Projection slide illustrating possible mechanisms of disruption of cellular processes by arsenic.

Arsenic as an Endcrine Disruptor

Projection slide illustrating possible mechanisms of disruption of cellular processes by arsenic.

Keywords: Color, Information Graphics, Editorial, Education, Patient Education, Biology, Cell biology / Histology, Endocrinology / Metabolic, Molecular Biology, Natural Science / Nature

© William Scavone

Kestrel Studio

medical illustration of Shows a possible mechanism, currently being studied, of arsenic-induced disease. Arsenic enters the cell, where it attaches to a glucocorticoid receptor and interferes with gene activation in the cell nucleus. medical illustration of Shows a possible mechanism, currently being studied, of arsenic-induced disease. Arsenic enters the cell, where it attaches to a glucocorticoid receptor and interferes with gene activation in the cell nucleus.

Normal and Arsenic-Inhibited Gene Activation

Shows a possible mechanism, currently being studied, of arsenic-induced disease. Arsenic enters the cell, where it attaches to a glucocorticoid receptor and interferes with gene activation in the cell nucleus.

Keywords: Color, Information Graphics, Education, Biology, Biotechnology, Cell biology / Histology, Endocrinology / Metabolic, Genetics, Molecular Biology

© William Scavone

Kestrel Studio

medical illustration of Anterior and posterior views of human muscular anatomy, showing both superficial and deep layers. medical illustration of Anterior and posterior views of human muscular anatomy, showing both superficial and deep layers.

Muscle Anatomy

Anterior and posterior views of human muscular anatomy, showing both superficial and deep layers.

Keywords: Color, Education, Patient Education, Publishing, Stock, Anatomy, General Medicine, General Surgery, Orthopaedics, Physical Therapy

© William Scavone

Kestrel Studio

medical illustration of Frontal section through pelvis of right kidney depicting view of urine collecting system and renal pelvis fat. Published in Lippincott Williams & Wilkins Atlas of Anatomy, 2008. medical illustration of Frontal section through pelvis of right kidney depicting view of urine collecting system and renal pelvis fat. Published in Lippincott Williams & Wilkins Atlas of Anatomy, 2008.

Renal Pelvis

Frontal section through pelvis of right kidney depicting view of urine collecting system and renal pelvis fat. Published in Lippincott Williams & Wilkins Atlas of Anatomy, 2008.

Keywords: Color, Advertising / Marketing, Editorial, Education, Patient Education, Publishing, Stock, Medical-Legal, Anatomy, General Medicine, General Surgery, Urology

©Wolters Kluwer Health

Kestrel Studio

medical illustration of Chart for journal figure presenting a study of methods for introducing healthy cells into infarcted myocardium. Illustrations are of dissected pig hearts, healthy and infarcted. Main figures reflect the percentage of retained microbeads at various times after infarct and by means of delivery. The line figure orients viewer to regions of left ventricle: anterior, septal, posterior, and lateral. medical illustration of Chart for journal figure presenting a study of methods for introducing healthy cells into infarcted myocardium. Illustrations are of dissected pig hearts, healthy and infarcted. Main figures reflect the percentage of retained microbeads at various times after infarct and by means of delivery. The line figure orients viewer to regions of left ventricle: anterior, septal, posterior, and lateral.

Heart Infarct Repair Study

Chart for journal figure presenting a study of methods for introducing healthy cells into infarcted myocardium. Illustrations are of dissected pig hearts, healthy and infarcted. Main figures reflect the percentage of retained microbeads at various times after infarct and by means of delivery. The line figure orients viewer to regions of left ventricle: anterior, septal, posterior, and lateral.

Keywords: Black & White, Color, Information Graphics, Line, Education, Cardiac Surgery / Cardiology, General Medicine

© William Scavone

Kestrel Studio

medical illustration of Black & White, Color, Design, Information Graphics, Line, Cardiac Surgery / Cardiology, General Medicine, Thoracic Surgery medical illustration of Black & White, Color, Design, Information Graphics, Line, Cardiac Surgery / Cardiology, General Medicine, Thoracic Surgery

Heart Infarct Repair Study, Detail

Keywords: Black & White, Color, Design, Information Graphics, Line, Cardiac Surgery / Cardiology, General Medicine, Thoracic Surgery

© William Scavone

Kestrel Studio

medical illustration of Using multiple endoscopic views and CT slices, this composite view of the hypopharynx illustrates, for radiologists, the anatomical regions where tumors arise, including the divisions of the pyriform sinus, posterior pharyngeal wall, and the post-cricoid region, which is difficult to visualize in a clinical setting. medical illustration of Using multiple endoscopic views and CT slices, this composite view of the hypopharynx illustrates, for radiologists, the anatomical regions where tumors arise, including the divisions of the pyriform sinus, posterior pharyngeal wall, and the post-cricoid region, which is difficult to visualize in a clinical setting.

Superior View of Hypopharynx

Using multiple endoscopic views and CT slices, this composite view of the hypopharynx illustrates, for radiologists, the anatomical regions where tumors arise, including the divisions of the pyriform sinus, posterior pharyngeal wall, and the post-cricoid region, which is difficult to visualize in a clinical setting.

Keywords: Black & White, Color, Education, Stock, Anatomy, General Medicine, General Surgery

© William Scavone

Kestrel Studio

medical illustration of Illustration of the effect of oncogen activation on normal termination of p53 response within a cell. Illustrated in a clean, simple, but dynamic style for journal publication in color. medical illustration of Illustration of the effect of oncogen activation on normal termination of p53 response within a cell. Illustrated in a clean, simple, but dynamic style for journal publication in color.

Normal/Abnormal Termination of p53 Response

Illustration of the effect of oncogen activation on normal termination of p53 response within a cell. Illustrated in a clean, simple, but dynamic style for journal publication in color.

Keywords: Color, Information Graphics, Line with Color, Publishing, Web, Biology, Cell biology / Histology, Molecular Biology

© William Scavone

Kestrel Studio

medical illustration of On the left, the figure illustrates the pathways in which ubiquitination/deubiquitination leads to recycling of the CFTR membrane protein or its lysosomal degradation. On the right bacterially-produced Cif enters the cell and inhibits the USP10 activity, leading to increased degradation of CFTR and less of the protein in the membrane. For educational use as a slide or in print. medical illustration of On the left, the figure illustrates the pathways in which ubiquitination/deubiquitination leads to recycling of the CFTR membrane protein or its lysosomal degradation. On the right bacterially-produced Cif enters the cell and inhibits the USP10 activity, leading to increased degradation of CFTR and less of the protein in the membrane. For educational use as a slide or in print.

Ubiquitination and CFTR Trafficking

On the left, the figure illustrates the pathways in which ubiquitination/deubiquitination leads to recycling of the CFTR membrane protein or its lysosomal degradation. On the right bacterially-produced Cif enters the cell and inhibits the USP10 activity, leading to increased degradation of CFTR and less of the protein in the membrane. For educational use as a slide or in print.

Keywords: Color, Line, Education, Publishing, Web, Biology, Cell biology / Histology, Disease Management, Molecular Biology, Virology

© William Scavone

Kestrel Studio

medical illustration of Illustrates the ubiquitination/deubiquitination of TAP1, which is integral to the presentation of a viral peptide to an MHC Class 1 molecule in the endoplasmic reticulum, so that the antigen can be expressed on the cell membrane. Pseudomonas eruginosa infection releases Cif into the cell, inhibiting TAP1 deubiquitination which is increasingly degraded, interfering with antigen presentation. medical illustration of Illustrates the ubiquitination/deubiquitination of TAP1, which is integral to the presentation of a viral peptide to an MHC Class 1 molecule in the endoplasmic reticulum, so that the antigen can be expressed on the cell membrane. Pseudomonas eruginosa infection releases Cif into the cell, inhibiting TAP1 deubiquitination which is increasingly degraded, interfering with antigen presentation.

Ubiquitination and TAP1 Trafficking

Illustrates the ubiquitination/deubiquitination of TAP1, which is integral to the presentation of a viral peptide to an MHC Class 1 molecule in the endoplasmic reticulum, so that the antigen can be expressed on the cell membrane. Pseudomonas eruginosa infection releases Cif into the cell, inhibiting TAP1 deubiquitination which is increasingly degraded, interfering with antigen presentation.

Keywords: Color, Line with Color, Education, Publishing, Web, Allergy / Immunology, Biology, Cell biology / Histology, Disease Management, Molecular Biology

© William Scavone

Kestrel Studio

medical illustration of Plate designed for magazine advertising and brochure use to illustrate process of dental veneering, in which the enamel is partially removed and replaced by custom porcelain veneers. medical illustration of Plate designed for magazine advertising and brochure use to illustrate process of dental veneering, in which the enamel is partially removed and replaced by custom porcelain veneers.

Dental Veneering Procedure

Plate designed for magazine advertising and brochure use to illustrate process of dental veneering, in which the enamel is partially removed and replaced by custom porcelain veneers.

Keywords: Color, Design, Advertising / Marketing, Editorial, Education, Patient Education, Publishing, Medical-Legal, Anatomy, Dentistry, General Surgery

© William Scavone

Kestrel Studio

medical illustration of Nervous system control of cardiovascular system. medical illustration of Nervous system control of cardiovascular system.

Cardiovascular Control

Nervous system control of cardiovascular system.

Keywords: Color, Education, Patient Education, Publishing, Anatomy, Cardiac Surgery / Cardiology, General Medicine, Neuroscience, Respiratory, Vascular Surgery

© William Scavone

Kestrel Studio

medical illustration of Illustration summarizing one of the neurological experiments conducted on STS-90, the medical illustration of Illustration summarizing one of the neurological experiments conducted on STS-90, the

The Balance System: Vestibular Ocular Reflex

Illustration summarizing one of the neurological experiments conducted on STS-90, the "Neurolab" mission of the space shuttle Columbia. Depicts the anatomy and feedback systems involved in maintaining balance when the subject is spun in microgravity and receives optical and vestibular stimulae.

Keywords: Color, Design, Editorial, Education, Publishing, Anatomy, General Medicine, Natural Science / Nature, Neuroscience, Ophthalmology

© William Scavone

Kestrel Studio

medical illustration of Illustration summarizing one of the neurological experiments conducted on STS-90, the medical illustration of Illustration summarizing one of the neurological experiments conducted on STS-90, the

Circadian Rhythms & Sleep

Illustration summarizing one of the neurological experiments conducted on STS-90, the "Neurolab" mission of the space shuttle Columbia. Depicts the anatomy of the pharynx in 1G and microgravity; illustrates study of sleep apnea in astronauts and shows an astronaut in preparation for sleep wearing the sleepnet headgear. A figure also shows a cross section of the brain and pineal gland in situ and the release of melatonin into circulation.

Keywords: Airbrush, Color, Editorial, Education, Publishing, Web, Anatomy, Medical Devices, Neuroscience, Portraits

© William Scavone

Kestrel Studio

medical illustration of Habitus illustration of Green-eyed Skimmer dragonfly, collected by artist. medical illustration of Habitus illustration of Green-eyed Skimmer dragonfly, collected by artist.

Odonàta cordulìidae, or Green-eyed Skimmer

Habitus illustration of Green-eyed Skimmer dragonfly, collected by artist.

Keywords: Black & White, Museum / Zoo, Entomology

© William Scavone

Kestrel Studio

medical illustration of Poster for a symposium on environmental mercury; used as a worksheet for participants to make notes on during session. Each participant also received small color prints for their own notes. medical illustration of Poster for a symposium on environmental mercury; used as a worksheet for participants to make notes on during session. Each participant also received small color prints for their own notes.

Mercury in Marine Ecosystems

Poster for a symposium on environmental mercury; used as a worksheet for participants to make notes on during session. Each participant also received small color prints for their own notes.

Keywords:

© William Scavone

Kestrel Studio

AMI #28

Page 118

Kestrel Studio

AMI #26

Page 114

Kestrel Studio

AMI #24

Page 121

Kestrel Studio

AMI #23

Page 137

Kestrel Studio

AMI #22

Page 20

Kestrel Studio

medical illustration of The process by which immune cells are recruited and cross the
medical illustration of This illustration was created for use as a slide used in presentations to researchers of retinal disease. Its purpose is to clarify the microscopic structure of the retina of the human eye, especially the interface of the retinal pigment epithelial (RPE) cells with the rod and cone outer segments.
medical illustration of Projection slide illustrating possible mechanisms of disruption of cellular processes by arsenic.
medical illustration of Shows a possible mechanism, currently being studied, of arsenic-induced disease. Arsenic enters the cell, where it attaches to a glucocorticoid receptor and interferes with gene activation in the cell nucleus.
medical illustration of Anterior and posterior views of human muscular anatomy, showing both superficial and deep layers.
medical illustration of Frontal section through pelvis of right kidney depicting view of urine collecting system and renal pelvis fat. Published in Lippincott Williams & Wilkins Atlas of Anatomy, 2008.
medical illustration of Chart for journal figure presenting a study of methods for introducing healthy cells into infarcted myocardium. Illustrations are of dissected pig hearts, healthy and infarcted. Main figures reflect the percentage of retained microbeads at various times after infarct and by means of delivery. The line figure orients viewer to regions of left ventricle: anterior, septal, posterior, and lateral.
medical illustration of Black & White, Color, Design, Information Graphics, Line, Cardiac Surgery / Cardiology, General Medicine, Thoracic Surgery
medical illustration of Using multiple endoscopic views and CT slices, this composite view of the hypopharynx illustrates, for radiologists, the anatomical regions where tumors arise, including the divisions of the pyriform sinus, posterior pharyngeal wall, and the post-cricoid region, which is difficult to visualize in a clinical setting.
medical illustration of Illustration of the effect of oncogen activation on normal termination of p53 response within a cell. Illustrated in a clean, simple, but dynamic style for journal publication in color.
medical illustration of On the left, the figure illustrates the pathways in which ubiquitination/deubiquitination leads to recycling of the CFTR membrane protein or its lysosomal degradation. On the right bacterially-produced Cif enters the cell and inhibits the USP10 activity, leading to increased degradation of CFTR and less of the protein in the membrane. For educational use as a slide or in print.
medical illustration of Illustrates the ubiquitination/deubiquitination of TAP1, which is integral to the presentation of a viral peptide to an MHC Class 1 molecule in the endoplasmic reticulum, so that the antigen can be expressed on the cell membrane. Pseudomonas eruginosa infection releases Cif into the cell, inhibiting TAP1 deubiquitination which is increasingly degraded, interfering with antigen presentation.
medical illustration of Plate designed for magazine advertising and brochure use to illustrate process of dental veneering, in which the enamel is partially removed and replaced by custom porcelain veneers.
medical illustration of Nervous system control of cardiovascular system.
medical illustration of Illustration summarizing one of the neurological experiments conducted on STS-90, the
medical illustration of Illustration summarizing one of the neurological experiments conducted on STS-90, the
medical illustration of Habitus illustration of Green-eyed Skimmer dragonfly, collected by artist.
medical illustration of Poster for a symposium on environmental mercury; used as a worksheet for participants to make notes on during session. Each participant also received small color prints for their own notes.
Medical Illustration and Animation

Biography

- 1998 graduate of the Department of Art as Applied to Medicine, The Johns Hopkins University School of Medicine - Board Certified Medical Illustrator since 2001

Style/Techniques

Airbrush, Black & White, Color, Design, Information Graphics, Line, Line with Color

Subject/Specialties

Allergy / Immunology, Anatomy, Biology, Biotechnology, Cardiac Surgery / Cardiology, Cell biology / Histology, Dentistry, Disease Management, Endocrinology / Metabolic, Entomology, General Medicine, General Surgery, Genetics, Medical Devices, Molecular Biology, Natural Science / Nature, Neuroscience, Ophthalmology, Orthopaedics, Pharmacology, Physical Therapy, Portraits, Respiratory, Thoracic Surgery, Urology, Vascular Surgery, Virology