ARCHITECTS - Early Grave (drum cover)
Ollie #39;s cover of the opening track from Architects #39; 2009 album, Hollow Crown. This video is not intended to infringe any copyright laws in any way. This is for the purpose of entertainment, and for Rock School students to assess their own progress; no profit is gained from this. It is the copyrighted property of its respective owner(s).
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ARCHITECTS - Early Grave (drum cover) - Video
Scotch on The Rocks - 2010 Show @ SRBL Architects
Scottish Rock Duo, "Scotch on The Rocks", toasts to 25 years of greatness.
By: Nick Bernardi
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Scotch on The Rocks - 2010 Show @ SRBL Architects - Video
Winnipeg Free Press - PRINT EDITION
By: Dan Lett
Posted: 3:18 AM | Comments:
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Supplied photo Architect Brian Pearson has suggested rerouting the Assiniboine River to create an oxbow lake with a beach (in artist's conception above) and making Armstrong's Point an island.
The Re-imagining Winnipeg project, a collaboration between StorefrontMB and the Winnipeg Free Press, has certainly created food for thought about what this city is and what it could be.
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Supplied photo Calnitsky Associates Architects suggest mixed uses for alleys off Bannatyne Avenue East.
We've envisioned lush green parks at Portage and Main, rail lines relocated to create a dynamic new public space and even new ways of planning parking to move traffic and attract more people downtown. In short, it has done just what it was designed to do: get us talking about what could be.
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Architects dream up ways to breathe life into downtown spaces
Minecraft- VoxelSniper Timelapse [Architects Bay]
Hey guys my first ever timelapse!! Also!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! 34 subscribes OMG :D:D:D Thanks you guys-3 Please like and sub :*
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Minecraft- VoxelSniper Timelapse [Architects Bay] - Video
Public release date: 21-Feb-2013 [ | E-mail | Share ]
Contact: Bill Hathaway william.hathaway@yale.edu 203-432-1322 Yale University
If a genome is the blueprint for life, then the chief architects are tiny slices of genetic material that orchestrate how we are assembled and function, Yale School of Medicine researchers report Feb. 21 in the journal Developmental Cell.
The study pinpoints the molecular regulators of epigenetics the process by which unchanging genes along our DNA are switched on and off at precisely right time and place.
"Our genome is like a landscape with lakes, mountains, and rivers, but it is not yet a community or a city full of buildings," said Haifan Lin, director of the Yale Stem Cell Center and senior author of the study. "What this system does is decide where and when to send out the masons, carpenters, and electricians to build a city or a community."
In the past 20 years, scientists have discovered that some proteins, called epigenetic factors, traverse the static genome and turn the genes on or off. The staggering number of potential combinations of active and inactive genes explains why a relatively small number of genes can carry out such a wide range of functions. But what guides these epigenetic factors to their target? The answer, the Yale team has found, is specialized RNAs called piRNAs.
In the latest study, the Yale team discovered that piRNAs guide epigenetic factors to numerous sites throughout the genome of the fruit fly Drosophila, where these switches work to turn genes on or off. The dramatic change in gene expression patterns found illustrated piRNAs key role in coordinating biological activity.
"This is the first major mechanism discovered that controls where epigenetic factors the gene switches are to be placed in the genome," Lin said.
Several types of cancers appeared to be triggered when the wrong kinds of piRNAs guide epigenetic factors to activate the wrong genes. Blocking the action of these piRNAs should become a new opportunity to treat cancers, Lin said.
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Originally posted here:
Life's tiniest architects pinpointed by Yale researchers
Feb. 21, 2013 If a genome is the blueprint for life, then the chief architects are tiny slices of genetic material that orchestrate how we are assembled and function, Yale School of Medicine researchers report Feb. 21 in the journal Developmental Cell.
The study pinpoints the molecular regulators of epigenetics -- the process by which unchanging genes along our DNA are switched on and off at precisely right time and place.
"Our genome is like a landscape with lakes, mountains, and rivers, but it is not yet a community or a city full of buildings," said Haifan Lin, director of the Yale Stem Cell Center and senior author of the study. "What this system does is decide where and when to send out the masons, carpenters, and electricians to build a city or a community."
In the past 20 years, scientists have discovered that some proteins, called epigenetic factors, traverse the static genome and turn the genes on or off. The staggering number of potential combinations of active and inactive genes explains why a relatively small number of genes can carry out such a wide range of functions. But what guides these epigenetic factors to their target? The answer, the Yale team has found, is specialized RNAs called piRNAs.
In the latest study, the Yale team discovered that piRNAs guide epigenetic factors to numerous sites throughout the genome of the fruit fly Drosophila, where these switches work to turn genes on or off. The dramatic change in gene expression patterns found illustrated piRNAs key role in coordinating biological activity.
"This is the first major mechanism discovered that controls where epigenetic factors -- the gene switches -- are to be placed in the genome," Lin said.
Several types of cancers appeared to be triggered when the wrong kinds of piRNAs guide epigenetic factors to activate the wrong genes. Blocking the action of these piRNAs should become a new opportunity to treat cancers, Lin said.
Xiao A. Huang and Hang Yin of Yale are co-lead authors of the paper.
The research was funded by a National Institutes of Health Pioneer Award to Haifan Lin and a grant from Connecticut Stem Cell Research Fund to Lin and former Yale professor and co-author Michael Snyder, now of Stanford University.
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Life's tiniest architects pinpointed: Molecular regulators of epigenetics
Moseley Architects selects Ajera as its enterprise project management and accounting system.
Portland, Ore. (PRWEB) February 22, 2013
After reviewing the enterprise systems widely used in the AE market, we choose Ajera because it was the only option that was truly real-time and non-modular, said Scott Johnston, Controller at Moseley Architects. With todays technology, we wanted software that would eliminate posting and processing. When our employees enter time (in Ajera), there is no further effort required to make it available to bill or see it on project costing reports. This is critical to firm-wide adoption.
We are excited to have the opportunity to help Moseley Architects become even more successful, said Daniel Laun, Axiums Director of Sales and Services. Choosing Axiums Ajera was more than a decision about the software features. It was a validation to our corporate approach to making customers successful.
About Moseley Architects:
Moseley Architects is among the mid-Atlantic's most trusted sector architects, offering exceptional design to educational, civic, justice and senior living clients. During its 43-year history, the firm has earned a reputation for design quality, reliability, and responsiveness. Office locations include Richmond, Virginia Beach, Harrisonburg, Fairfax and Warrenton in Virginia and Raleigh and Charlotte in North Carolina.
About Axium:
Axium, a developer of ERP and business management software, provides business intelligence to more than 1,900 architecture and engineering firms and 60,000 users in the U.S. and Canada. Axium has offices in Portland, OR; Los Angeles, CA; Indianapolis, IN; and New York, NY.
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ENR Top 500 Firm Moseley Architects Selects Axium’s Ajera Software
Lenovo Technology allows Architects to Design the Future
See how top architect, Armando Solano, uses powerful Lenovo ThinkStation workstations to design some of the largest commercial buildings being built in China today. At more than 500000 square meters, the environmentally designed flowing volumes of Wangjing Soho is artfully transforming the center of Beijing #39;s cityscape. Learn more: http://www.Lenovo.com
By: LenovoVision
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Lenovo Technology allows Architects to Design the Future - Video
Television New Zealand says SkyCity has not approached it over plans to build a convention centre on its land.
The comments directly contradict Prime Minister John Key's statement in Parliament yesterday, in which he said SkyCity had approached the broadcaster about acquiring its land.
Key told the house: "SkyCity ... went off to its architects. Its architects designed such a thing, realised they needed more land, worked out who owned the land, and approached Television New Zealand."
But he confirmed today that was not the case, and he had just assumed the approach had been made.
He told reporters today commercial negotiations between SkyCity and TVNZ were nothing to do with the Government, and it was up to them how they conducted those discussions.
"They are the parties that need to negotiate that, not me."
Under intense questions at a select committee this morning, TVNZ management said despite SkyCity's convention centre plans becoming public nearly a year ago, there had been no discussion about land sales with SkyCity
TVNZ chairman Wayne Walden said he had a conversation with Broadcasting Minister Craig Foss after news of the plans become public, but Foss said he was unaware of the plans.
After news broke, Walden said there had been "preliminary discussions" with its own architect and a quantity surveyor about options if the land was sold.
However, the broadcaster had never been approached by SkyCity directly, he said.
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SkyCity architects did ask TVNZ about land
TO HELP preserve the environment amid climate change, the Philippine Institute of Architects (PIA) will include, in any of their future infrastructure projects, the solar power and rainwater catchment and anything that will reduce disaster risks.
The PIA will hold its 80th Annual National Convention at Waterfront Hotel-Lahug from Feb. 21-24 where they will discuss sustainable housing in the age of climate change and balancing development and conservation in historic town centers.
Architect Cris Cyril Abbu of PIA said sustainable housing should be balanced with economic, social, and environmental factors. The structure and the living space should be in harmony with the natural environment.
Sustainable housing is built in appropriate sites, with suitable construction methods that conserve natural resources and maximize the use of renewable materials, Abbu said.
Structure
Architect Germain M. Ang, the convention chair, said that water catchment in a building is important to prevent rainwater from flowing to the streets, which can cause flooding.
Abbu said construction of water barriers along waterways and retaining walls around industrial estates and housing developments will, in the short term, further limit the areas of egress for the water, and increase the level in lower-lying areas.
Aside from preventing flooding, the people can use it in watering their plants, washing their cars, laundry, and even dishes, thus reducing their water bills from the water utilities.
With water catchment, we could have free water supply and we can prevent flooding.
Thats what architects like us are doing to our clients, Ang said.
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Architects to agree on eco-friendly designs