Archive for June 3rd, 2010

Lumete Eyewear—New Independent Designer Brand for Women, by Women

June 3rd, 2010

Founders Clara Herrera and Barbara Warren

Based in New York City, Lumete (pronounced ‘lou-met’) is an independent designer eyewear brand for women, by women. Lumete is devoted to creating innovative, fine-quality eyewear and eyewear accessories. Its debut collection of handmade sunglasses combines sculptural detail, symbolic ornamentation and ultrafemininity with an avant-garde edge. Lumete is designed for the confident cosmopolitan woman who seeks unique pieces as a means to express her individuality.

On a quest to elevate the importance of sunglasses as the ultimate accessory, founders Clara Herrera and Barbara Warren have launched Lumete as a refreshing independent option in a market where designer brands license out their eyewear lines to optical conglomerates. The difference shows in the uniqueness of Lumete designs, the comfortable fitting, and the quality of the materials and craftsmanship.

Owned, founded and financed by friends Clara Herrera and Barbara Warren, Lumete was born out of Clara’s lifelong obsession with eyewear and Barbara’s longtime entrepreneurial dreams.

Clara Herrera, Lumete’s Designer and Creative Director, was born and raised in Colombia. She moved to New York City to attend The New School, where she received a multidisciplinary Bachelor of Arts degree and a Master’s in Media Studies. Clara has worked in New York as Creative Director and product designer for an internationally-acclaimed upscale gift company. She has also served as a graphic artist and photography editor at a major international media network and a leading New York newspaper.

Barbara Warren, Lumete’s CEO, received a business degree from Texas A&M University and a law degree from Fordham University in New York. She worked for many years in the financial services industry in New York and Hong Kong.

Lumete’s vision derives from Clara’s eclectic mix of academic and aesthetic influences, which range from Gnostic philosophical motifs, seventeenth-century alchemy, Magical Realism and South American shamanism to Surrealist cinema, Art Noveau decorative arts and Pre-columbian craftwork.

“I have always been fascinated by sacred icons and ceremonial artifacts. I am moved not only by their beauty but also by the stories that produced them and the imaginative possibilities they offer. My creative process and my designs are heavily informed by symbolism and allegory. I am inspired to create objects that are beautiful and functional, yet imbued with a defiant idealism and a sense of reverence. Essential and emblematic, I approach eyeglasses as a sacred object. Having worn them since age four, I believe that eyeglasses are an integral part of one’s identity and expression.” said Lumete designer, Clara Herrera.


Oummaa | color: Cosmos Black
In dark charcoal embedded with subtle silver shimmer, a dramatic chiseled front slopes toward the lens, to reveal nuances in the acetate. Serpentine temples are decorated with silver etching and accented with Swarovski crystals.



Wanderling | color: Red Queen
Double-layered acetate front in black with a cherry red overlay. A feminine aviator front meets beautifully painted black temples with Lumete meditating lily icons in a red and white palette, accentuated by Swarovski crystals.



Dramolete | color: Silver Mosaic
Lustrous silver mosaic acetate with sleek step cutting along the rim’s edge revealing inner meteor brown layer. Retrofuturistic look with a romantic feel. Tapered temples are accented with gunmetal Lumete signature seven-point star studs.



Ulula | color: Blond Havana
Blond Havana dramatic cat-eye front, with bridge sculpting evocative of an owl’s pensive brow. Winged temples in translucent dark brown, reminiscent of vintage woodwork. The temples peek onto the front, creating a flirty fluid line from front to back.


lumete.com

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Retina Created From Human Embryonic Stem Cells

June 3rd, 2010

UC Irvine scientists have created an eight-layer, early stage retina from human embryonic stem cells, the first three-dimensional tissue structure to be made from stem cells.

It also marks the first step toward the development of transplant-ready retinas to treat eye disorders such as retinitis pigmentosa and macular degeneration that affect millions.

“We made a complex structure consisting of many cell types,” said study leader Hans Keirstead of the Reeve-Irvine Research Center and the Sue and Bill Gross Stem Cell Research Center at UCI. “This is a major advance in our quest to treat retinal disease.”

In previous studies on spinal cord injury, the Keirstead group originated a method by which human embryonic stem cells could be directed to become specific cell types, a process called differentiation. Results of those studies are leading to the world’s first clinical trial using a stem cell-based therapy for acute spinal cord injury.

In this study, the Keirstead team utilized the differentiation technique to create the multiple cell types necessary for the retina. The greatest challenge, Keirstead said, was in the engineering. To mimic early stage retinal development, the researchers needed to build microscopic gradients for solutions in which to bathe the stem cells to initiate specific differentiation paths.

“Creating this complex tissue is a first for the stem cell field,” Keirstead said. “Dr. Gabriel Nistor in our group addressed a really interesting scientific problem with an engineering solution, showing that gradients of solutions can create complex stem cell-based tissues.”

The retina is the inside back layer of the eye that records the images a person sees and sends them via the optic nerve from the eye to the brain. Retinal diseases are particularly damaging to sight. More than 10 million Americans suffer from macular degeneration, the leading cause of blindness in people over 55. About 100,000 have retinitis pigmentosa, a progressive, genetic disorder that usually manifests in childhood.

“What’s so exciting with our discovery,” Keirstead said, “is that creating transplantable retinas from stem cells could help millions of people, and we are well on the way.”

The UCI researchers are testing the early-stage retinas in animal models to learn how much they improve vision. Positive results would lead to human clinical trials.

The study appears online in the Journal of Neuroscience Methods. Nistor, Magdalene J. Seiler, Fengrong Yan and David Ferguson contributed to the effort, supported by The Lincy Foundation and private donations to the Keirstead group.

by Tom Vasich
University of California – Irvine