Posts tagged photography

Posts tagged photography
Today the White House announced its goal to fund Brain Research, in hopes of furthering understanding of brain disorders and degenerative diseases such as Alzheimer’s.
Two years ago Scientific American magazine sent me to the University of Texas at Austin to borrow a human brain. They needed me to photograph a normal, adult, non-dissected brain that the university had obtained by trading a syphilitic lung with another institution. The specimen was waiting for me, but before I left they asked if I’d like to see their collection.
I walked into a storage closet filled with approximately one-hundred human brains, none of them normal, taken from patients at the Texas State Mental Hospital. The brains sat in large jars of fluid, each labeled with a date of death or autopsy, a brief description in Latin, and a case number. These case numbers corresponded to micro film held by the State Hospital detailing medical histories. But somehow, regardless of how amazing and fascinating this collection was, it had been largely untouched, and unstudied for nearly three decades.
Driving back to my studio with a brain snugly belted into the passenger seat, I quickly became obsessed with the idea of photographing the collection, preserving the already decaying brains, and corresponding the images to their medical histories. I met with my friend Alex Hannaford, a features journalist, to help me find the collection’s history dating back to the 1950s.
Over the past year while working this idea into a book, we’ve learned how heavily storied the collection is. That it was originally intended to be displayed and studied, but without funding it instead stagnated. And that the microfilm histories of each brain had been destroyed years ago.
My original vision of a photo book accompanied by medical data and a comprehensive essay turned into a story of loss and neglect. But Alex continued to pursue some scientific hope for the collection. After discussions with various neuroscientists we learned that through MRI technology and special techniques in DNA scanning there is still hope. And with the new possibilities of federal brain research funding, this collection’s secrets may yet be unlocked.
As we begin the hunt for someone to publish my 230 images accompanied by Alex’s 14,000 word essay, the University has found new interest in the collection. They currently are planning to make MRI scans of the brains.
Malformed – A Collection of Human Brains from the Texas State Mental Hospital by Adam Voorhes
Your beautiful eyes by Suren Manvelyan
Photographer Volker Gutgessell has spent the last four years visiting Frankfurt Zoo capturing these sensitive images of bonobos, gorillas and orangutans. Standing for several hours a day, the 58-year-old has documented the behaviours and expressions of his subjects - despite suffering chronic back pain caused by a severe slipped disc. Volker also developed tinnitus as a result of his injury, causing a constant ringing in his ears. But despite his condition, he has found a way of communicating through his pictures and picks up on the body language of his ape “models” while shooting them.
(Source: telegraph.co.uk)
2012 Photomicrography Competition
1st Place: Dr. Jennifer L. Peters & Dr. Michael R. Taylor (St. Jude Children’s Research Hospital, Memphis, Tennessee, USA)
Subject Matter: The blood-brain barrier in a live zebrafish embryo (20x)
Technique: Confocal
Dr. Jennifer Peters’ and Dr. Michael Taylor’s winning image of the blood-brain barrier in a live zebrafish embryo perfectly demonstrates the intersection of art and science that drives the Nikon Small World Competition.
The blood-brain barrier plays a critical role in neurological function and disease. Drs. Peters and Taylor, developed a transgenic zebrafish to visualize the development of this structure in a live specimen. By doing so, this model proves that not only can we image the blood-brain barrier, but we can also genetically and chemically dissect the signaling pathways that modulate the blood-brain barrier function and development.
To achieve this image, Peters and Taylor used a maximum intensity projection of a series of images acquired in the z plane. The images were first pseudo-colored with a rainbow palette based on depth so that the coloring scheme would be both visually appealing and provide spatial information. In doing so, Peters and Taylor captured an image that Peters says“not only captures the beauty of nature, but is also topical and biomedically relevant.”
Both Peters and Taylor have more than ten years of imaging experience. Peters is an imaging scientist in the St. Jude Children’s Research Hospital’s Light Microscopy Core Facility and Taylor is an Assistant Member in the Department of Chemical Biology and Therapeutics at St. Jude Children’s Research.
A pair of 90-day-old cow fetuses clearly visible inside an amniotic sac, 1965. (Image: Fritz Goro—Time & Life Pictures/Getty Images)
If science seeks to uncover the truth, then photography seeks to lay that truth bare to the world. Photographer Fritz Goro understood this sentiment well. His photographs highlight the beautiful, strange, amusing and poignant within the realm of scientific inquiry. Goro spent four decades as a photographer for LIFE magazine and Scientific American.
(Source: Wired)
Earth’s Fractal Brain From Above
Photography by Hector Garrido