This JBC Showcase is a bountiful offering of natural science images captured by BCA Emeritus Member, Bob Turner. Retired now for better than eleven years, Bob has maintained a passion for traveling to various locations, regardless of whether it's local, national, or an international destination in pursuit of imaging wildlife species and unusual scenic environs. The scope of wildlife species, primarily birds and mammals, are diverse, as are the medley of elegant landscapes and waterscapes. In addition to the pleasure Bob derives from going "on-the-hunt" capturing elusive images, he takes great satisfaction in sharing the images. Numerous photos have been donated to nature organizations' newsletters or birding web sites to help illustrate species identity. And he enjoys posting images on social media for public viewing. Additionally, Bob has presented numerous papers and short talks at BCA's BIOCOMM meetings about his imaging making during Show-Us-Your-Stuff, BCA's popular image sharing session. Each image in this Showcase of wildlife species is identified with both its common and scientific name. The general location of all images, including scenic destinations, are documented as well. All images were captured using a variety of conventional digital imaging methods, or digiscoping techniques.
BioImages is the BioCommunications Association's annual visual media competition intended to showcase the finest still photography, graphics, illustrations, and motion media work in the life sciences and medicine. Entries for BCA's 2021 Salon were evaluated by a distinguished panel of judges based on the work's intent, execution, design, and overall impact.
This research study presents a methodology for creation of 3D models from confocal microscopy, specifically the retinal trilaminar capillary network, that can be used in 3D biomedical animation. Biomedical visualization professionals regularly use CT and MRI imaging data to create 3D models and other visuals. Adding confocal microscopy to this toolkit using ImageJ FIJI1 and Materialise Mimics® allows for a wider range of options to create data-driven 3D models of microscopic structures. Understanding the interactions of the neurovascular unit through visualization may be a key to advancing understanding of normal function of the retina and diabetic retinopathy pathology. This Vesalius Trust research poster was presented at the Association of Medical Illustrators' 2021 virtual annual meeting.
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