Listen to the Engadget Mobile Podcast with special guest Chris Davies, live at 5PM ET!

Image

After a weeklong hiatus, we’ve been aching to get back on the mics and speak our minds about all the crazy stuff going on in the world of mobile. And Myriam and Brad aren’t going it alone: they’re bringing Chris Davies of Slashgear fame (or is it infame?) to the hot seat and grilling him with the tough questions. It’ll be a blast, so you absolutely must join us, won’t you?

Oh, and if you have time to spare, we encourage you to sign up for a UStream account and participate in our podcast chats.

April 25, 2012 5:00 PM EDT

Continue reading Listen to the Engadget Mobile Podcast with special guest Chris Davies, live at 5PM ET!

Listen to the Engadget Mobile Podcast with special guest Chris Davies, live at 5PM ET! originally appeared on Engadget on Wed, 25 Apr 2012 16:10:00 EDT. Please see our terms for use of feeds.

Permalink   |   | Email this | Comments

ali fedotowsky ali fedotowsky krill oil krill oil black friday 2011 rhodium uppity

The Rock Wins Wrestlemania XXVIII, Defeats John Cena

The Rock sealed his history as one of wrestlings biggest entertainers.


Photo: MTV News

Related Artists

grover norquist grover norquist nfl week 12 picks nfl week 12 picks jason witten ucla vs usc rich rodriguez

Mitt Romney has “thousands” of die-hard followers… in a country of 300 million (Americablog)

Share With Friends: Share on FacebookTweet ThisPost to Google-BuzzSend on GmailPost to Linked-InSubscribe to This Feed | Rss To Twitter | Politics – Top Stories Stories, RSS Feeds and Widgets via Feedzilla.

Source: http://news.feedzilla.com/en_us/stories/politics/top-stories/209998796?client_source=feed&format=rss

packers score ricky gervais napoleon dynamite michelle williams the descendants the descendants homeland

New catalyst promises cheaper, greener drugs

ScienceDaily (Mar. 27, 2012) ? A chemistry team at the University of Toronto has discovered environmentally-friendly iron-based nanoparticle catalysts that work as well as the expensive, toxic, metal-based catalysts that are currently in wide use by the drug, fragrance and food industry.

“It is always important to strive to make industrial syntheses more green, and using iron catalysts is not only much less toxic, but it is also much more cost effective,” said Jessica Sonnenberg, a PhD student and lead author of a paper published this week in the Journal of the American Chemical Society.

The research, which was directed by Robert Morris, chair of the Department of Chemistry, involved several steps. Suspecting the existence of nanoparticles, the team first set out to identify the iron catalysts. They then conducted investigations using an electron microscope to confirm that the iron nanoparticles were actually being formed during catalysis. The next step was to ensure that the iron nanoparticles were the active catalytic agents. This was done with polymer and poisoning experiments which showed that only the iron atoms on the surface of a nanoparticle were active.

But a further challenge remained. “Catalysts, even cheap iron ones developed for these types of reaction, still suffer one major downfall,” explained Sonnenberg. “They require a one-to-one ratio of very expensive organic ligands — the molecule that binds to the central metal atom of a chemical compound — to yield catalytic activity. Our discovery of functional surface nanoparticles opens the door to using much smaller ratios of these expensive compounds relative to the metal centres. This drastically reduces the overall cost of the transformations.”

The research team included Neil Coombs at U of T’s Centre for Nanostructure Imaging and Imagetek Analytical Imaging Inc., and Paul Dube of the Brockhouse Institute for Materials Research at McMaster University in Hamilton, Ontario. Funding was provided by the Natural Sciences and Engineering Research Council of Canada as a Discovery grant to Morris and as an Alexander Graham Bell Canada Graduate Scholarship and Vanier Scholarship to Sonnenberg.

Share this story on Facebook, Twitter, and Google:

Other social bookmarking and sharing tools:


Story Source:

The above story is reprinted from materials provided by University of Toronto.

Note: Materials may be edited for content and length. For further information, please contact the source cited above.


Journal Reference:

  1. Jessica F. Sonnenberg, Neil Coombs, Paul A. Dube, Robert H. Morris. Iron Nanoparticles Catalyzing the Asymmetric Transfer Hydrogenation of Ketones. Journal of the American Chemical Society, 2012; 120326165122000 DOI: 10.1021/ja211658t

Note: If no author is given, the source is cited instead.

Disclaimer: This article is not intended to provide medical advice, diagnosis or treatment. Views expressed here do not necessarily reflect those of ScienceDaily or its staff.

Source: http://www.sciencedaily.com/releases/2012/03/120327124350.htm

fox 4 fox 4 vs fashion show 2011 victoria secret fashion show brian williams patrice o neal patrice o neal

Hospital Preparedness: The Intersection of HICS, Business …

by Jacque Rupert on March 26, 2012

The number one priority for hospitals is to provide continuous, superior care to patients, regardless of circumstance. This principle results in the need to invest time and resources in preparing for disruptive events. In addition, a number of external parties require hospitals to invest in preparedness measures:

?

  • The Joint Commission (and other accreditation bodies) requires hospitals to have an emergency preparedness (HICS) program; and
  • Government regulations (such as HIPAA) require hospitals to protect all medical information, including electronic medical records (EMRs), which requires a robust information security program.

Further, since hospitals are becoming more reliant on IT applications to store patients? EMRs, robust IT disaster recovery programs are needed to ensure application uptime.

Until recently, the focus of many hospitals has solely been on establishing and maintaining robust HICS and IT disaster recovery programs.?However, many hospitals have not involved clinical departments in preparing for a business interruption (e.g. loss of a facility, loss of personnel, loss of key supplier). In addition, many hospitals have not focused on preparing support departments (e.g., payroll, accounts receivable, call centers) for business or technology interruptions. These gaps can cause significant issues during a business interruption, including financial hardship for the hospital, inconsistencies between clinical and IT expectations, and a fundamental failure to continue providing quality care.

The solution to these challenges is integrating HICS and IT disaster recovery into a hospital-wide business continuity program that addresses all preparedness activities and prepares all hospital departments (clinical and support) for business and technology interruptions.

DEFINITIONS

To ensure everyone has a common understanding of the terminology used throughout this article, I?ve provided definitions here:

  • Emergency Management / Hospital Incident Command System (HICS)? responsible for the overall, hospital-wide management of an event, including decision making and objective/priority setting.At its best, emergency management and HICS programs incorporate IT disaster recovery and business continuity as defined below (HICS has predefined roles for business continuity coordinators). However, most organizations have implemented HICS with a focus on dealing with external disasters and mass casualty events, thus investing little time into planning for disasters that could affect the organization?s facility, people or technology.
  • IT Disaster Recovery (IT DR) ? responsible for developing and implementing infrastructure and application-specific recovery strategies and plans in order to successfully respond to and recover from an interruption to the hospital?s data center.
  • Business Continuity (BC) ? responsible for developing and implementing department-specific recovery requirements, strategies and plans in order to successfully respond to and recover from a disruptive event that impacts department-level staff, patients, and deliverables.

HOW TO CREATE AN INTEGRATED APPROACH TO PREPAREDNESS ? HOSPITAL PREPAREDNESS LIFECYCLE

When creating your hospital?s business continuity program, ensure that it is properly integrated with existing HICS and IT DR planning processes by following the 6-step model below:

Hospital Preparedness Lifecycle

  1. Create a Cross Functional Steering Committee
    The first key to successfully implementing an integrated preparedness program is to create an integrated, cross functional group of management (i.e. steering committee) to oversee the preparedness effort of the hospital. Typically, the emergency management program will already have a group of management that it reports program status to, so it may make sense to first look at this group to oversee the overall preparedness program.?However, it is important to keep in mind that this group should truly be cross functional, meaning it should have representation from emergency management, business continuity (clinical and support areas), and IT disaster recovery.
  2. Set Program Scope and Objectives
    After the cross functional steering committee is created, this group should set hospital-wide program objectives and priorities.?These priorities may include:
    - Protect employees and patients (emergency management)
    - Continue operations for facilities with ?patients in residence? (e.g. hospitals, rehab, long-term care)
    - Continue centralized patient facing activities Execute critical back-office activities
    - Deliver outpatient services
    Note: the priorities established by the Emergency Management steering committee can easily serve as the scoping mechanism for the Business Continuity team?s BIA (see #3).
  3. Execute Business Impact Analysis
    After the Emergency Management Committee determines the program?s scope and objectives, the Business Continuity team should perform a business impact analysis (BIA) and risk assessment for in-scope departments throughout the hospital (see Achieving Meaningful Results: Establishing the Context for Your BIA for more information on how to properly scope your BIA).A BIA and risk assessment determines the department?s critical activities and the impact of a disruption on them.?In addition, the BIA identifies all dependencies relevant to critical activities, including technology, personnel, suppliers, equipment, and facilities.?For all dependencies, the BIA/risk assessment identifies likely sources of risk, current-state controls to mitigate risk, and risk treatment options. The key outcome of the BIA is to set recovery time objectives for the resumption of critical activities to ensure the hospital?s capabilities align to requirements.
  4. Develop Response and Recovery Strategies
    Following the BIA and risk assessment, all teams should determine/review capabilities and strategies that enable the hospital to recover its critical activities and resources (including technology) within the recovery time objectives identified in the BIA.
  5. Develop/Update Plans
    Following the identification and implementation of strategies, all teams should use analysis outputs to develop/update emergency response, business continuity, and IT disaster recovery plans.?Together, these plans should ensure the hospital can respond and recover to the following scenarios:
    - Facility Inaccessibility
    - Personnel Unavailability
    - Technology Outage Equipment Outage
    - Patient Surge
    - Supplier/Vendor Loss
  6. Test/Exercise Plans
    After all plans have been developed/updated, an integrated method should be used to test the plans.?Since there is likely already a testing cycle in place for the emergency management team/plan, a key success factor for breaking down the silos between the preparedness programs is to integrate the business continuity exercises into the existing emergency management exercises.?If possible, the hospital should also consider including IT disaster recovery tests within the scope of the emergency management test.

CONCLUSION

Implementing this integrated approach will allow your organization to establish common terminology and planning approaches, realize efficiencies caused by business-wide collaboration, and ensure that the hospital is prepared to provide care to patients, regardless of circumstance. For more information on how to incorporate business continuity into your existing emergency management program, see our perspective The Four Missing Keys to Business Continuity Management in Healthcare.

??????????

Jacque Rupert, Senior Consultant
Avalution Consulting: Business Continuity Consulting


Source: http://perspectives.avalution.com/2012/hospital-preparedness-the-intersection-of-hics-business-continuity-and-it-disaster-recovery/

matt holliday project runway winner project runway winner hunter s thompson hunter s thompson berkman berkman

No such pipe, or this pipe has been deleted

Ubuntu on Playstation 3 by Burkazoid

This data comes from pipes.yahoo.com but the Pipe does not exist or has been deleted.