English multi-instrumentalist and producer Ethan Johns has worked with provocative and prolific artists ranging from fellow U.K. musician Laura Marling to Ryan Adams and Ray LaMontagne. With the release of his debut album — If Not Now Then When? — Johns finally let loose the songs he'd been writing throughout his career.
Record production runs in the family; his father, Glyn Johns, has an extensive resume, which includes albums by the likes of The Rolling Stones, The Eagles, The Who and more.
On Tuesday's episode of World Cafe, Ethan Johns reflects on the family business and performs a few of the songs he's crafted over the years.
There has been a lot of talk about the possible electoral consequences of the government shutdown. And while the 2014 midterm elections are still a year away, we have two elections in 2013 that can serve as test cases of sorts. In both the New Jersey special Senate and Virginia gubernatorial races, the Democrat was against the shutdown, while the Republican was not. The Democrats have tried to make hay with this, but has it worked? The evidence available suggests that it has not.
Living in cities, driving on freeways, going to work, sitting in cubicles, shopping at supermarkets, surrounding yourself in urban density and all around stepping away from nature makes it easy to forget how beautiful she can be. We should never forget.
Thyroid project sheds light on molecular processes related to cystic fibrosis
PUBLIC RELEASE DATE:
29-Oct-2013
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Contact: Peying Fong pfong@vet.k-state.edu 785-532-4524 Kansas State University
MANHATTAN, Kan. -- Research in the College of Veterinary Medicine at Kansas State University is leading to a better understanding of the molecular interactions in the thyroid gland related to cystic fibrosis.
A genetic disorder, cystic fibrosis affects the function of epithelia, the tissues formed of cells that secrete and absorb an array of substances important for health.
The university's Peying Fong, associate professor of anatomy and physiology, has received a $285,000 grant from the Department of Health and Human Services in support of her study, "CFTR Regulation of Thyroid Transport."
"We are looking at a cellular mechanism that is essential to production of thyroxine and triiodothyronine, which are hormones that modulate development, growth and metabolism in both prenatal and postnatal cell life," Fong said. "Iodide is an essential component of these thyroid hormones. Its rarity in the environment challenges the thyroid to orchestrate a remarkable series of transport processes that are critical for hormone synthesis."
In addition to actively extracting iodidethrough the circulation process, thyroid cells must also translocate iodide into a central compartment within thyroid follicles, where it begins to combine with thyroglobulin to form the precursor to thyroid hormone.
"Through this study, we are seeking to better understand the molecular interactions between the Cystic Fibrosis Transmembrane Conductance Regulator, or CFTR, and SLC5A8, which are two transport proteins found in thyroid," Fong said. "These proteins may play a role in moving iodide into the follicular lumen."
Fong's project is classified by the National Institutes of Health as an R15 Academic Research Enhancement Award. The NIH uses such awards to strengthen research environments at educational institutions as well as to promote the exposure of students to academic research. This is a renewable grant and helps cover expenses for a period of up to three years.
Fong said that the groundwork for her research project originally began with funding from the Kansas State University's Center of Biomedical Research Excellence, or COBRE, and NIH project "Epithelial Function in Health and Disease"; a grant-in-aid from the American Heart Association Midwest Affiliate; and an Innovative Research Award from the university's Johnson Center for Basic Cancer Research.
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Thyroid project sheds light on molecular processes related to cystic fibrosis
PUBLIC RELEASE DATE:
29-Oct-2013
[
| E-mail
]
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Contact: Peying Fong pfong@vet.k-state.edu 785-532-4524 Kansas State University
MANHATTAN, Kan. -- Research in the College of Veterinary Medicine at Kansas State University is leading to a better understanding of the molecular interactions in the thyroid gland related to cystic fibrosis.
A genetic disorder, cystic fibrosis affects the function of epithelia, the tissues formed of cells that secrete and absorb an array of substances important for health.
The university's Peying Fong, associate professor of anatomy and physiology, has received a $285,000 grant from the Department of Health and Human Services in support of her study, "CFTR Regulation of Thyroid Transport."
"We are looking at a cellular mechanism that is essential to production of thyroxine and triiodothyronine, which are hormones that modulate development, growth and metabolism in both prenatal and postnatal cell life," Fong said. "Iodide is an essential component of these thyroid hormones. Its rarity in the environment challenges the thyroid to orchestrate a remarkable series of transport processes that are critical for hormone synthesis."
In addition to actively extracting iodidethrough the circulation process, thyroid cells must also translocate iodide into a central compartment within thyroid follicles, where it begins to combine with thyroglobulin to form the precursor to thyroid hormone.
"Through this study, we are seeking to better understand the molecular interactions between the Cystic Fibrosis Transmembrane Conductance Regulator, or CFTR, and SLC5A8, which are two transport proteins found in thyroid," Fong said. "These proteins may play a role in moving iodide into the follicular lumen."
Fong's project is classified by the National Institutes of Health as an R15 Academic Research Enhancement Award. The NIH uses such awards to strengthen research environments at educational institutions as well as to promote the exposure of students to academic research. This is a renewable grant and helps cover expenses for a period of up to three years.
Fong said that the groundwork for her research project originally began with funding from the Kansas State University's Center of Biomedical Research Excellence, or COBRE, and NIH project "Epithelial Function in Health and Disease"; a grant-in-aid from the American Heart Association Midwest Affiliate; and an Innovative Research Award from the university's Johnson Center for Basic Cancer Research.
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AAAS and EurekAlert! are not responsible for the accuracy of news releases posted to EurekAlert! by contributing institutions or for the use of any information through the EurekAlert! system.
I remember my old Handspring Visor and its expansion slot with incredible fondness, and so the idea of Ara, Motorola's new modular smartphone project hits me square in the nerd spot. Like lego for phone tech, the idea promises a theoretically limitless amount of blocks that you can use to build your own, custom, device. Swap screens. Swap modems. Swap chipsets. Swap espresso makers. Well, no, not that last one. At least not yet... Motorola:
The design for Project Ara consists of what we call an endoskeleton (endo) and modules. The endo is the structural frame that holds all the modules in place. A module can be anything, from a new application processor to a new display or keyboard, an extra battery, a pulse oximeter--or something not yet thought of!
There have been other attempts at the modular phone before, none successful. But Motorola is a Google subsidiary and that means they have access to not only money, but a certain willingness to do crazy cool stuff with it. Whether or not this is the future of gadgetry, part of it, or just another noble attempt to fly too close to the geek sun, I don't know. But I'm going to love finding out.
It's probably not something Apple will be doing in the near future - even though the name "iPods" would sound great with it - but this is the advantage of having multiple companies in the space. We get diversity of approach.
Don't forget, while you're out partying this weekend for Halloween, we're having a contest! You can win some awesome prizes, so make sure you read the entry requirements below, and send in your photos! You don't have to be in costume this year, but we need to see a phone or tablet in the picture, so don't miss that part! We have a few great entries already, but we want to see more, so make sure to get yours in!
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