A poster showcasing the disease diphtheria and detailing the mechanism of action of the A/B toxin responsible for the illness. The left side presents an overview of diphtheria, while the right side illustrates how the A/B toxin interacts with cells, disrupting ribosomes and leading to cell death.
This series of four slides illustrates the creation of a neobladder using the da Vinci robotic system, typically performed for bladder cancer. The procedure involves removing the bladder and, in male patients, the prostate, then creating a new bladder from a section of the small intestine. The main steps—suturing the posterior and anterior plates, ureter implantation, and the completed neobladder—are depicted for use in a video abstract.
This patient education piece was created for a lay audience to explain what a neobladder is, and the basic strokes of the surgery.
This illustration is part of a series on proximal hypospadias repair, specifically highlighting the creation of a neourethra using skin from the ventral side of the penis, along with the suturing techniques.
A cover submitted to Nature Structural & Molecular Biology by the Wolberger Lab at Johns Hopkins University. This illustration shows a histone-modifying enzyme, Haspin, that has a novel binding location.
A mock Nature journal cover for the article “The hidden fitness of the male zebra finch courtship song.”
Full illustrationClientDr. Haris Sair, Lydia GreggYear2024MediaAdobe PhotoshopDescriptionThis illustration showcases...
Informational posterClientNorm BarkerYear2024MediaPhotography, Lightroom, Adobe PhotoshopDescriptionUsing a macro...
A veterinary guide for the two-toed sloth, focusing on the renal system and vasculature. This piece describes some morphological features that are unique to sloths.
This illustration showcases the venous drainage pathways from the left side of the body as they cross the midline to the superior and inferior vena cava, highlighting Nutcracker Syndrome and May-Thurner Syndrome, both resulting from venous compression. It also introduces the less commonly described Left Brachiocephalic Syndrome, caused by compression of the left brachiocephalic vein between the aortic arch and sternum, leading to venous congestion.