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Selling Television Advertising
The TV commercial is the most pervasive form of communication known, with a profound ability to influence both habit and thought.
TV commercials are so much a part of the American culture that they are often considered as entertaining as the programming during which they appear. A well-crafted national commercial often takes on an aura of its own, with stories and characters that viewers come to know and talk about in casual conversation.
Neil Postman estimates that "an American who has reached the age of 40 will have seen well over one million television commercials in his or her lifetime, and has close to another million to go before the first Social Security check arrives."1
In Broadcast ...
No credit card required


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1 of 2 men charged in 2017 Pitcairn homicide pleads guilty
One of two men charged in a 2017 Pitcairn robbery that left a Penn Hills man dead pleaded guilty Friday in Allegheny County court to third-degree murder, robbery and other charges.
Brandon Thompson, 25, of East Hills, was sentenced by Judge Edward J. Borkowski to 20 to 60 years in prison for his role in the March 6, 2017, robbery at a Broadway Boulevard apartment.
Anthony Bailey, 27, of Penn Hills, was shot several times in what Allegheny County Police described as a robbery gone wrong. Bailey died a day after the shooting at Forbes Regional Hospital.
Thompson and Jamal Darnell Pamplin, 31, of East Liberty, went to the apartment that night and attempted to rob Bailey. Thompson shot him, according to criminal complaints.
Pamplin is also charged with homicide, robbery, aggravated assault, conspiracy and reckless endangerment in the case. He is scheduled to go to trial in October, according to the Allegheny County District Attorney's Office.
Tom Davidson is a Tribune-Review staff writer. You can contact Tom at 724-226-4715, [email protected] or via Twitter .

subset: commoncrawl


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They are good at trailers, I found the Rogue One odd as they cut a lot of the trailer from the final film.I don't trust Disney Star Wars trailers. All deception and bait-and-switch.
5 years after ROTJ. Boba Fett's birth is around 32 BBY. Battle of Endor is 4 ABY. Boba would be somewhere around 40. Still doesn't fit Herzog, of course.Another giggle.
Poor George.
I don't think Werner Herzog will be Fett.
Fett would be around 32 RoTJ, not 100% sure when The Mandalorian is set I heard 6 years after RotJ but that's an IIRC.


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Social media is certainly redefining the online marketing landscape. To leverage this reality, our social media experts build a campaign that aligns with your business objectives. To get your business the attention it deserves,Kodeclust offers the following social media marketing services.
We adopt three factored Keyword research and analysis methods:


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Listed in: Horses - Horses For Sale
Extremely quiet, laid back sport horse
2013 16.2 gelding, TB/WB/Draft cross. Very well put together and solidly built and athletic. Extremely good jumper and great with his knees. He is sweet, kind, gentle, and easy. Has shown in local hunter/jumper to 3' and has fox hunted some. Also hacks out everywhere. Loads and hauls great and a perfect gentleman in the barn. Sound, great feet, no vices.


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I write all sorts of books, fiction and "non"-fiction. 101 so far and another in the pipeline. They're all very different, for different readers and
The reading brain
Empathy from stories: true AND made-up #EmpathyDay
This is something I feel passionately about. It's also something I know about, as the science of reading is one of my "things". In fact,
Screen-time vs reading to your child #TimeToRead
BookTrust released a new survey in Sept 2017, to coincide with the very good idea of #TimetoRead, finding that: "… UK mums and dads are
Why schools (and families) shouldn't ditch print
Digital devices have given us beautiful and flexible ways to read and enjoy text and illustrations. When ebooks first arrived, they were heralded as marking
Why the WBD list IS a problem
(This article has been moved from my old website, where it was the most-viewed post of 2017, with well over 1000 unique visitors in the
Empathy – non-fiction does it just as well as fiction!
Empathy From the age of around four, when most humans start to develop Theory of Mind (ToM), we learn that two people may not feel exactly the


text: IMPORTANT! ComicbookDB.com will be closing its doors on December 16th, 2019 as we look towards creating a new and improved tool for collectors to utilize. We want to make sure everyone has a chance to download their data & collections by clicking on this link after logging in. Thank you to everyone who has taken the time to contribute to the site and we look forward to seeing you again soon. If you have any questions, click here. Guardians of the Galaxy (1990) #14 - Comic Book DB Free Services! Add New Content | Top Issues | Register | Marketplace | Forums | Request a Feature | Help | Mobile | Home Login Username: Password: Register for free Social Media: Search: Entire Site Title Creator Character Member Group Issue Name Story Arc Story Name Search by Cover Date Browse: Titles Creators Characters Groups Story Arcs Publishers Imprints TPBs/HCs Podcasts Awards Members Contributors Public Collections Public User Lists Last 10 titles added: 1. Powers Scriptbook (2001) 2. Venom 2099 (2020) 3. Ghost Rider 2099 (2020) 4. Conan: Serpent War (2020... 5. Annihilation - Scourge: ... 6. Annihilation - Scourge: ... 7. The Infected: Deathbring... 8. Crone (2019) 9. Absolute Carnage: Captai... 10. The Zombieful World of O... View All Last 10 creators added: 1. Bret Harte 2. Arthur Chapman 3. Carl Mayer 4. Hans Janowitz 5. Carlos Montezuma - 'Wassaja' 6. Roger Royal Eubanks 7. Daryl Talbot 8. John Rollin Ridge - 'Cheesquatalawny' 9. William Jones 10. Gilbert L. Wilson View All Last 10 characters added: 1. Maelstrom, Forever 2. Brother Jacob 3. Brother Philip (Firefly) 4. Benitez, Chang 5. Crash Ryan 6. Grud, J. Hoover 7. Sapiens, Homer 8. Candyfloss 9. von Kreesus, Wanda 10. Elid View All Guardians of the Galaxy (1990) - #14"Hallowed Be Thy Name."Marvel Change this coveror add a variant Writer(s):Jim Valentino Penciller(s):Jim Valentino Inker(s):Steve Montano Colorist(s):Evelyn Stein Letterer(s):Brad K. 'B.K.' Joyce - 'Brad Kirk / Vile' Editor(s):Craig AndersonTom DeFalco Cover Artist(s):Javier SaltaresJim Valentino Rating (out of 10): 8.4 from 12 votesYou must be logged in to vote! Other members' collections This issue is in 270 collections. This issue is available for sale/trade User Lists This issue is in 1 user list Toolbox Edit this Issue Clone this Issue View this issue's contribution history Clone the creators of this issue Clone the characters of this issue Suggest a podcast for this issue Search for 'Guardians of the Galaxy' on Amazon Cover Date: July 1991 Cover Price: US $ 1.00 Issue Tagline: Totally Destroyed...At The Hands Of The...Spirit Of Vengence Format: Color; Standard Comic Issue; 32 pagesThere are other versions of this issue in the database: Guardians of the Galaxy (1990) #14 Newstand EditionStory Arc(s): Add/remove story arcs to this issueLetters Column: Reader's SpaceSynopsis: The Spirit of Vengence's holy war against the Universal church continues. He mistakenly believes the Guardians are in league with the church. Or could he be correct is one of the members of the Guardians in league with the church? Reprinted/Collected in:Guardians of the Galaxy (1990) TPB vol. 02Play Book (1990) #27Characters: Add/remove characters to this issue Aleta (Marvel) Brahl Broadside (Marvel)(01 - Force) Charlie-27 (Marvel) Eighty-Five Firelord (Marvel)(Guardians of the Galaxy) Grand Inquisitor (Marvel) Interface (Marvel) Malevolence (Marvel) Martinex Nikki (Marvel) Photon (Marvel)(04 - 31st Century) Replica Scanner (Marvel)(02 - Force) Spirit Of Vengeance (Marvel)(Wileaydus Auctolycus) Starhawk (Marvel) Tachyon (Marvel) Vance Astro Yondu (Marvel)(01 - Guardians) Groups: Add/remove groups to this issue Force (Marvel)Guardians of the Galaxy (Marvel)(01-Original Team) Universal Church of Truth Reviews: There are no reviews for this issue. - Add your review Multiple Stories in this Issue Add a story to this issue Multiple stories do not exist for this issue. © 2005-2019 ComicBookDB.com - Terms and Conditions - Privacy Policy - DMCA Special thanks to Brian Wood for the ComicBookDB.com logo design


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OMCA wraps up another successful golf tournament
from OMCA
This past Tuesday, OMCA hosted another successful golf tournament at Legends on the Niagara. Thank you to all 145 golfers who participated in the wonderful day! OMCA would also like to extend a special thank you to our sponsors and 15 volunteers who gave up their day to help out the staff with running the tournament. This year we sold "Wendy Bears" to raise money for Colon Cancer Canada. 135 bears were sold, totalling $2,700 in donations. OMCA will also be donating the money raised from the contest holes and the ticket sales to Colon Cancer Canada. Thanks to everybody's generosity, together we were able to raise $3,860. With that money combined with the Wendy Bears sales, OMCA is proud to make a donation of $6,380 to Colon Cancer Canada. Great job everyone! We look forward to seeing you all next year!
Click here
to view the golf tournament photos on our Facebook page.
7701 Las Colinas Blvd., Ste. 800, Irving, TX 75063


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The Department of Education (DepEd) has recently released Department Order (DO) No. 25 S 2018 which states the DepEd School...Read more
The Department of Education (DepEd) released the DepEd Order (DO) No. 25, Series 2018 containing the DepEd School Calendar of...Read more
Applicants can now view the 2018 Senior High School Voucher Program results online. The Department of Education (DepEd) announced Friday,...Read more
The Department of Education (DepEd) announced on Friday that opening of classes for School Year (SY) 2018-2019 in all public...Read more
The Armed Forces and Police Savings & Loan Association, Inc. (AFPSLAI) offers a scholarship and educational assistance for baccalaureate and vocational...Read more
The Government Service Insurance System (GSIS) has once again opened its scholarship program for incoming freshmen. The GSIS started to...Read more
For those who are aspiring to be medical doctors and midwives but are hindered due to its costly tuition fees,...Read more
The Department of Education (DepEd) released a policy to determine who are eligible to enroll in Kindergarten and Grade 1...Read more
The University of the Philippines has announced that it will start accepting applications soon for the UP College Admission Test...Read more
Medical students will also enjoy the FREE tuition program of the government this upcoming school year. According to the Commission...Read more
The Government Service Insurance System (GSIS) announced on Wednesday that the deadline of applications for its enhanced GSIS Scholarship Program...Read more
Ever wanted to become a doctor but financial constraints hold you to fulfill your dreams? Well, here's good news for...Read more
Qualified incoming freshmen and currently enrolled college students will be able to enjoy the recently approved Free Tuition program of...Read more


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This post was originally published on the TechSoup blog. Whether you're using a slide deck for a computer class or adding some pizzazz to storytime, these tips on giving presentations will help you hold your audience's attention and help you feel better prepared.
Hey. Did you know that audiences forget 90 percent of what's presented to them? Well, of course you did! You've sat through your fair share of screamingly dull presentations where you felt proud that you remembered even 1.7 percent of what was presented (well, at least the parts you were awake for).
Good job, you! … Only, this time YOU'RE the one presenting!
So — given your teeny amount of available time and your equally tiny budget — here are seven easy-to-implement recommendations that will help your audience retain that 10 percent and keep them from sleeping while you speak:
1. Include Only One Key Point per Slide
Yup, one. Here's why: Slides with too much verbiage will decrease the interest of your audience.
List ye ol' bullet points on separate slides like Damon Nofar does here:
2. Pay Attention to the 3-Second Rule!
… This one's not about food dropped on the ground and whether it's still edible. THIS is the 3-second rule that applies to how long it takes the audience to process your message.
According to graphic designer and knower-of-all-things-presentation-related Nancy Duarte, you should look at your slides and determine: "Will the audience understand what I'm trying to communicate in 3 seconds?"
No? Then whittle it down.
3. Have a Bold Opening Slide to Get the Audience's Interest Early
Check out these examples of great presentations.
This next one should be obvious, but:
4. Pick an Easy-to-Read Font
This means nothing smaller than 24 pt.
When in doubt (if you're not a font aficionado), Arial and other simple fonts are solid choices.
5. Create a Coherent Look and Feel
Every slide should feel like it's part of the same story (no one wants a left-out slide!).
To do this, you'll want to use the same or related fonts, colors, and imagery across all your slides.
Here's one of my absolute favorite-of-all-time slideshows that does this effectively: it's called You Suck at PowerPoint.
6. Slides with Data in Them Should Focus on the Meaning of the Data, not Just the Data
This means:
- Cluttered data slides are not useful
- Show only data that helps illustrate your point
- Display it in a way so that everyone can absorb it
Here's a prime example from presentation rockstar Garr Reynolds of how simplifying the dataset you want to share can be visually effective:
7. Use Images to Visualize and Explain
Images make content 55 percent more memorable than words (or so says the author of this presentation). Well-utilized images can enhance and reinforce your messages like they do in this example.
Importantly, do not use images just to decorate. This is distracting.
Need More Ideas to Up Your Oomph?
Find Quality, Free Photos for Your Next Presentation Here:
- http://www.morguefile.com/archive
- https://www.flickr.com/groups/creative_commons-_free_pictures/pool/
- compfight.com (check under Creative commons for free stuff)
Get More Inspiration Here:
- https://www.haikudeck.com/gallery/featured
- http://www.speakingaboutpresenting.com/design/powerpoint-slide-design-7-styles/
- http://noteandpoint.com/
- http://www.slideshare.net/damonnofar/8-tips-for-slideshare
Image 1: Damon Nofar
Image 2: Jesse Desjardins
Image 3: Garr Reynolds


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IPHONE 3, 4, 5, 6, 6 , 6s, PLUS: SOLUTION TO FIX "APPLE LOGO STUCK" ON SCREEN
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If you Iphone is stuck with an Apple Logo please follow these instructions to get your phone back up and running. I give to 2 ways to fix this.
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|School Badge
|School Motto
|CCC Kei Yuen College is under
the supervision of the Hong Kong Council of The Church of Christ in China
(HKCCCC) so the design of the badge is similar to other schools of the
The badge is shield-shaped which looks simple but with rich religious meaning.
The badge is divided into four grids with different symbols and each one represents different meaning.
The symbol in the top left grid is an open bible with the Greek words "Jesus is the Christ", symbolizes the creed of Christianity.
The symbol in the top right grid is a cross. The cross with four fire-shaped ends is called Nestorian Cross. It is a symbol of Christianity of the east.
The symbol in the bottom right grid is the interconnected three "Cs". It stands for The Church of Christ in China (CCC).
The symbol in the bottom left grid is the seal with the school name written in Chinese script. The ribbon is the name of our school in English.
|School Mission
CCC Kei Yuen College is a Christian grammar school founded by the Hong Kong Council of the Church of Christ in China (HKCCCC) in 1982. Inheriting the spirit of "Serving & Preaching through Schooling" from HKCCCC and following God's words "Together we grow in Him", we endeavour to provide students with quality whole-person education.
We strive to establish a happy learning environment
where students could have all-round development in moral, intellectual,
physical, social, aesthetics and spiritual aspects. We recognize and
put special attention to students' individuality and provide them with
abundant opportunities to develop their individual potential so that
they could grow up into teenagers who treasure themselves, cherish others
and love God.
|周年校務報告書 周年校務計劃書 學校發展計劃書


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Minister of state for Foreign Affairs Yusuf Bin Alawi travelled to Tehran yesterday (20/5/19) to meet with his Iranian counterpart Mohammad Javad Zarif.
This came following a phone call between US Secretary of State Mike Pompeo and Sultan Qaboos of Oman.
It also came following a meeting between Bin Alawi and former US Army General Jack Keane.
Tactical Report has prepared a 341-word report to shed light on these activities and on the possibility of Oman attempting to open a dialogue between Washington and Tehran.
[Briefly reproduced in TR Weekly Issue No 26/21 – May 24, 2019]
We are currently looking for freelance reporters. If you are interested, send your resume to [email protected].
Please leave this field empty.


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Executive and legislative relationship uk weather
Climate change in the United Kingdom - Wikipedia
The distribution of power in this way is intended to prevent any one branch. Energy and climate change · Water · Waste In the UK, and other common law jurisdictions, the executive and legislature The Act made significant changes to the relationships between the judiciary, the executive and the legislature, including. The EU has a direct impact on the ability of the UK to make its own laws - but does that mean UK sovereignty is compromised? Home · News · Sport · Weather · iPlayer · Sounds · CBBC The European Commission - the EU's administrative arm - is responsible for proposing and drafting EU legislation. The Committee's email address is: [email protected] . executive, the legislature and the judiciary—are essential to the effective.
The executive carries on the administration of the country in accordance with the powers conferred on it by law.
Climate change in the United Kingdom
The courts interpret the laws and see that they are obeyed. Division between organs of parliament[ edit ] The UK Parliament creates law through the authority of the Queen-in-Parliamentsecuring the support of at least the House of Commonsand usually the House of Lords as well — although since the passing act of the Parliament Act this has not been necessary.Relations between the Union and the States
The power to create primary legislation has also been devolved to Scottish and Welsh parliaments and to government ministers and local authorities to create secondary legislation. The Council and the Commission of the European Union also exercise executive power, as do devolved governments. It oversees both public and private law through civil and criminal courts and a variety of tribunals.
This is not in itself a measure of efficiency or good process, or what the function actually entails. Keeping all three roles separate is seen as both theoretically and practically impossible. This led Walter Bagehot to declare the "nearly complete fusion" of the roles in the nineteenth century.
Other writers have stressed that the harmonisation of the legislature and executive does not preclude their distinctiveness. The crossover in personnel is effectively limited to ministers.
A guide to devolution in the UK - BBC News
A Select Committee report suggested: Between andthe government had a safe majority which made the scrutiny of the government more difficult, although not impossible. The government could rely on its legislation being passed, although in some cases this did not happen. Legal rules should be relatable to the Acts of Parliament on which they are based, but this is not always possible. Proper scrutiny of government actions under secondary legislation is needed to prevent abuse.
In England and Wales, judges in superior courts cannot be arbitrarily dismissed by the executive, instead serving whilst in "good behaviour". Peatlands rely on water.
Does the EU impact on UK sovereignty?
When drained, peatlands waste away through oxidation, adding carbon dioxide to the atmosphere. Damaged and degraded peatlands place a substantial financial burden on society because of increased greenhouse gas emissions, poorer water quality and loss of other ecosystem services.
The Climate Change and Sustainable Energy Act is an Act of the Parliament of the United Kingdom which aims to boost the number of heat and electricity microgeneration installations in the United Kingdom, so helping to cut carbon emissions and reduce fuel poverty.
The report states that climate change is the greatest and widest-ranging market failure ever seen, presenting a unique challenge for economics.
The Review provides prescriptions including environmental taxes to minimise economic and social disruptions. The Stern Review's main conclusion is that the benefits of strong, early action on climate change far outweigh the costs of not acting.
No-one can predict the consequences of climate change with complete certainty; but we now know enough to understand the risks. The review leads to a simple conclusion: Why Government plans to subsidise burning trees are bad news for the planet?
Higher temperatures increase evaporation and consequently rainfall. In England recorded its wettest winter in over years with widespread flooding. The protection against increasing flood risk as a result of climate change requires rising investment.
Renewable energy in the United Kingdom New wind power is expected to be installed Plan is to cut emissions by half in the mids. Less use of fossil fuels and increased energy efficiency reduce cost in air quality, health costs, energy bills, noise, wildlife, water, waste, traffic congestion and road accidents [20] A number of lobby groups in the UK focus on climate change including Friends of the Earth who ran the Big Ask CampaignStop Climate Chaos coalition, the UK Youth Climate CoalitionCampaign against Climate Changeand Climatic Research Unit email controversy[ edit ] Main article: Several weeks before the Copenhagen Summit on climate change, an unknown individual or group breached CRU's server and copied thousands of emails and computer files to various locations on the Internet.


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Establish and support a professional, impactful innovation ecosystem in your town, city, region, or country.
Report on the performance of innovation incubators and accelerators to show results of support.
Leverage the investment made in incubation programs to increase export, employment, and regional and national awareness.
Gain key insights and action guidelines based on large-data collection and analysis of the state of incubation.
Understand your innovation landscape and its players. National and regional impact studies and incubation benchmarks provide valuable information.
Attend international conferences to meet like-minded system level organizations. Gain hands-on training for incubator and accelerator managers.
Access global best practices, models, methods and tools. Further your effectiveness through updates about innovation and business trends.
Welcome back after an amazing, action-packed World Incubation Summit 2019!
This article is a recap of the WIS19 events that includes the top Tweets, inside stories, and descriptions of the superstar speakers that joined us during the summit. Even if you weren't with us in Doha for the WIS19, you will appreciate this interesting overview of key events and a snapshot of what happened during the summit.
Day 1 – Pre-Conference Day
Many attendees arrived in time to catch up on
What methods do corporations use to seek startup partners?
Technology has leveled the playing field of business. Today's startups are just as likely to come up with the next innovation that consumers "must-have" as a corporate innovation team. It's all about having the right idea at the right time – and the resources to make it to market.
A corporate-startup partnership is a win-win if all the synergies of business are in place. A small, agile startup with disruptive innovationRead more
Recognizing the Top Business Incubators and Accelerators from the World Benchmark Study 2019-2020
In 2012, a Swedish student wondered, "What are the traits of the most successful top-performing university incubators worldwide?" The answer at the time was unavailable; the landscape was unmapped, unexplored, and unranked. So began UBI Global, with a mission to identify, benchmark, and recognize university-linked incubator and accelerator programs.
Today, UBI Global is an intelligenceRead more


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Copyright © Curiosity Media Inc.
de ella
A phrase is a group of words commonly used together (e.g once upon a time).
1. (feminine) (third person singular)
a. her (feminine) (subject)
No he recibido noticias de ella en mucho tiempo.I haven't heard from her in a long time.
b. hers (feminine) (subject)
¿Nina compró esas cerezas? - Sí. Son de ella. No te las comas.Did Nina buy these cherries? - Yes. They're hers. Don't eat them.
c. of her (feminine) (subject)
Aunque las cosas no funcionaron con Andrea, tengo recuerdos gratos de ella.Although things didn't work out with Andrea, I have fond memories of her.
d. of it (things or animals)
Esta silla se está cayendo en cantos. Deshagámonos de ella.This chair is falling apart. Let's get rid of it.
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Category Archives: Internet
How to Create & Use Custom Forms In Word
Create Fillable Forms In Word or How to Make "Fill in the Blank" Style Word Documents Content Controls & Macros Make It Easy by JD Sartain | tech journalist | PCWorld | Sep 11, 2018 3:30 am It's a lot … Continue reading
Cloud Traffic Poised to Quadruple by 2017, Challenge CIOs
–by JD Sartain, CIO; November 27, 2013 A recent report from Cisco Systems suggests that global cloud traffic will reach 5.3 zettabytes in 2017. That's more than four times the traffic seen in 2012. Analysts and vendors say this will … Continue reading
Google's Gigabit Internet: Not Coming to a Neighborhood Near You
Unless you're lucky enough to live in Kansas City, Provo, or Austin –by Julie Sartain, Network World; November 19, 2013 07:01 AM ET Network World: When Google announced plans in 2010 to jump into the broadband business, the company received … Continue reading
Will You Star In the Next Google or Facebook Ad?
–by JD Sartain, CIO; November 12, 2013 Recent updates to Google and Facebook privacy policies give the companies permission to use your photos in commercial content such as ads. Users aren't pleased—but, at the moment at least, they are almost … Continue reading
In Their Own Words: Unix Pioneers Remember the Good Times
–by Julie Sartain, Network World; August 19, 2013 06:02 AM ET Network World: We caught up with the pioneers who brought us the Unix operating system and asked them to share some memories of the early days of Unix development. … Continue reading
Celebrating Unix Heroes
–by Julie Sartain, Network World; August 19, 2013 06:02 AM ET Network World: Unix, the multitasking, multi-user operating system was developed in 1969 at Bell Labs by AT&T employees and associates. Unix descendants and clones include Berkeley Unix, Minix, Linux, … Continue reading
Can Your IP Address Give Away Your Identity?
–by Julie Sartain, Network World; July 16, 2013 Network World: Can hackers, stalkers, criminals, and other Internet users track you down by your Internet Protocol (IP) address? According to the courts, several analysts, and IT professionals, the answer is both … Continue reading


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Blog Stats for Dec. 2011 and All of 2011
As you can see in the stats infographic, December 2011 was a big month for my blog, with 22.5% of all traffic for the year happening in December. In particular, the entry "Announcing the Summer 2011 to Spring 2012 Television Season" picked up a ton of traffic and was the top-viewed entry for the month and for the entire year. Actually, it's the top-viewed blog entry since I bought this domain and switched to full hosting. I guess I need to write about TV more often.
*CAVEAT: I did make some changes to the blog design in December, which accounts for some of the extra hits (for some reason, it counts my views, but I don't think it should), but that shouldn't inflate anything by more than 20–40 hits.
P.S. Let the record state that this is my first real foray into Adobe Illustrator and professional-style infographics (as opposed to cookie-cutter Excel pie charts and bar graphs, etc.).


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Joe Smiths Closing Analysis B Case Analysis
We would be critically examining Joe Smiths Closing Analysis B's Case Solution efficiency as a program supervisor at Health Equipment and Laboratories Inc in the list below analysis which will take a look at 3 aspects of her role as a change management leader.
First of all we would be highlighting locations where Case Solution Joe Smiths Closing Analysis B acted wisely and took decisions which agreed with for the success of her just recently designated role as a project supervisor. Strategic actions that were taken by companny in her current role would be seriously evaluated on the basis of market comparisons.
We would be examining the reasons why Joe Smiths Closing Analysis B stopped working to get the project executed. In this area we would be highlighting the mistakes which were made by companny which could have contributed to her failure to get the implementation done throughout her tenure as a project supervisor.
After a comprehensive analysis of the case we would be taking a look at an area suggesting alternative actions which could have been taken by Joe Smiths Closing Analysis B's Case Solution that might have resulted in beneficial consequences. In this area we would be taking a look at examples from market practices which have actually provided options to problems which business experienced throughout her project management role.
Our analysis would resolve concerns associated with conflict management, bullying and insubordination, interaction spaces within an organization and qualities of a reliable leader.
Evaluation of Joe Smiths Closing Analysis B Case Study Help Role as a Project Manager
Positive Efforts by Joe Smiths Closing Analysis B
An analysis of Joe Smiths Closing Analysis B's role as a project manager at Heal Inc. indicates that case study help had a significant function in getting the project executed. She was certainly making a considerable effort in the ideal instructions as evident by several examples in the case.
Project Requirement Gathering
Her initial efforts in regards to getting the project started definitely showed that she was entering the right instructions. The requirements collecting stage for her project demonstrated how she was not making haphazard relocations arbitrarily but was dealing with a systematic technique in regards to handing the application. This is evident by the fact that not just did she initiate a study to comprehend what was required for altering Heal Inc.'s devices, she likewise adopted a market orientated approach where she fulfilled different buyers to comprehend what the marketplace was searching for.
Additionally, her choice to present Taguchi method, a highly disciplined item design process she had found out in japan alsosuggested that she wished to bring in the very best market practices for the execution. Taguchi approaches have actually been used for improving the quality of Japanese items given that 1960 and by 1980 it was realized by numerous business that the Japanese methods for ensuring quality were not as reliable as the Japanese methods (Wysk, Niebel, Cohen, Simpson, 2000). We can quickly say that Joe Smiths Closing Analysis B's Case Solution preliminary efforts in terms of starting the project were based on a methodical concept of following finest industry practices.
Creation of Joe Smiths Closing Analysis B Case Task Force
The fact that she did not utilize a standard technique towards this execution is further obvious by the development of task force for the assignmentespecially as it was an intricate project and a job force is frequently the very best technique for dealing with tasks which include intricacy and organizational modification (The Outcomes Group. n.d) Considering that the project included the use of more complex technology and coordination and teamwork were needed in style and production, companny's decision to select a task force and Taguchi provided perfect active ingredients for taking the project in the right instructions.
Choice of external vendor
Joe Smiths Closing Analysis B Case Study Solution was able to discover a suitable solution to the organization's issue after a thorough analysis of realities that had actually been collected throughout her study. The fact that industry leaders had actually formed strategic alliances and were reverting to outdoors suppliers for purchasing equipment recommended that the market pattern was certainly changing and selecting an external vendor was a suitable option. business's recommendation to choose an external vendor was an effective option for the Project Hippocrates which was eventually agreed upon by others in the team too although she was unable to persuade the executive members throughout her role as a project supervisor.
Joe Smiths Closing Analysis B Case Study Solution patience throughout the initiation days as a project manager can be seen by the reality that she did not change her choice about proceeding with the alternative of an outdoors vendor although the decision proposed by her went through numerous preliminary obstacles in the kind of approval and rejection before being lastly accepted as a strategy that needed to be taken forward. She strove during these times in gathering pertinent realities and figures which existed to the senior management where she had to deal with direct opposition from Parker who was providing presentations about a totally various option than the one which was being provided by Joe Smiths Closing Analysis B. So basically her preliminary function as a project manager was rather challenging in regards to convincing the management heads that her new proposed solution was able to change the existing service that had actually been the company's success consider the past. He capability to stand up to her choice regardless of challenges in the type of possible rivalries from coworkers recommended how she genuinely wanted Project Hippocrates to be a success.
Respecting chain of command
Even when Parker was attempting to provoke business throughout the meetings, she kept her calm showing that she was intentionally making an effort in terms of keeping things under control despite her unwillingness to work with Parker. Generally we can say that companny was trying to do the best thing by not indulging in workplace politics which could have contributed towards the failure of the project.
Data and Facts accumulation
If we ignore the social skills that were being used by Joe Smiths Closing Analysis B analysis to deal with the issues at hand, we can see that she was absolutely looking at the technical aspects of the project and was working hard to build up data that could help in terms of backing up the fact that digital innovation was required for the brand-new style. Even though she was the project supervisor for this effort, she was making sure that she comprehended the depth of the problem rather than simply suggesting a service which did not have adequate evidence to support it.
Vendor Support in contract
It was basically Joe Smiths Closing Analysis B case analysis efforts with the suppliers which had actually caused the inclusion of continuing supplier support in the contact and later on her style of negotiation was used as a criteria for purchasing components from outside. companny not just managed to introduce the concept of reverting to an outdoors supplier, she had the ability to highlight the significance of an outside contract by showing to the group that their failure to abide by the contact would lead to problem for the company. Basically business was the push factor that eventually led to the decision of efficiently opting for an outdoors supplier with favorable terms of contact for the company.
Case Solution for Joe Smiths Closing Analysis B Case Study
This section takes a look at alternative courses of action that could have been taken by Joe Smiths Closing Analysis B case study analysis which may have resulted in a positive result for her. The reality that she was unable to get the project carried out despite a number of efforts focused on getting the management to accept her findings and suggestions as the ultimate option to the company's obstacle.
Parker may have been a rather hard coworker and business had actually heard negative things about him from others, the secret to defusing conflict was to form a bond with him rather than be in a constant protective relationship with him which had eventually ruined things for companny. This did not suggest that companny needed to begin liking him despite all the negativeness that was coming from his side. business required to separate the 'individual' from the 'problem' rather than thinking of Parker as the problem which would have assisted in refraining from acting defensive.
Interaction was definitely a concern in this whole situation and it required to be dealt with expertly. While it was important for Joe Smiths Closing Analysis B to be concentrated on the typical objective that required to be achieved, it was also important to interact with her coworkers and supervisors in order to make them see how she was not challenging their authority however was working towards the attainment of comparable goals. While discussion was the preliminary step, bargaining or settlement was to come as the next actions in the communication process. Joe Smiths Closing Analysis B was attempting to deal and work out without starting the initial dialogue which was the main reason which had actually caused offending behavior from her coworkers (George, 2007).
companny needed to refrain from showing aggressiveness during her discussions. The truth that she was literally utilizing information to slap the other celebration on the face was leading to hostility from the other side too. Generally the crucial thing to remember in this case was that companny required to be direct and considerate while at the same time she ought to have acknowledged the reality that at times one requires to be tactful in terms of helping the other individual 'conserve face'.
The reality that companny was looking at information which was making Parker's analog service appear like an useless service was irritating him and his group. Rather of just throwing data and realities at the group, business could have indulged in shared discussion where Parker could have been nicely spoken with for offering his feedback on business's recommendations for fixing the current issue. It ought to be noted that Parker was not revealing anger over the intro of a brand-new technology or the truth that companny was suggesting utilizing an outdoors vendor for the project however was distressed over his authority being jeopardized because of a new coworker's recommendations which were straight attaching the service he had actually provided in the past (George, 2007).
During an analysis of the case we have actually also seen how business was able to get hold of information and realities and yet she was unable to present them to the senior management in a way which might get their attention focused on the info. While a step by action approach was crucial for dealing with the real execution of the project, companny needed to be succinct throughout her presentations aimed at convincing Dorr and Dan that she was moving in the best direction.
A final suggestion for companny would be to focus more on comprehending the organizational culture rather than staying aloof and working solely on the project since it's not simply about finding the right solution but also about getting the cooperation of human resources to get the option carried out. Joe Smiths Closing Analysis B required to comprehend the complexities of this culture where challenging the authority of authoritative executives might trigger protective behavior.
Joe Smiths Closing Analysis B Case Study Conclusion
Our analysis has actually brought us to the conclusion that Joe Smiths Closing Analysis B's failure to get the project implemented during her role as a project manager can be contributed to the fact that she was inexperienced in dealing with authoritative figures and acted defensively to support her arguments. Since this was business's very first function as a line supervisor, this did teach her numerous lessons which have actually made her see where she was going wrong as a project manager.


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SKF is launching a powerful lifting column that combines compact dimensions with the ability to support loads of up to 2500N. The Telemag TFG is suitable for vertical push or pull applications thanks to its stiff aluminium profiles and precision glide pads, which enable it to lift off-centre loads without bending.
Each Telemag TFG pillar consists of three aluminium profiles that sit inside each other and can be extended or retracted by means of an integrated linear actuator. The lifting column converts rotary motion from an integrated DC motor with worm gear into linear motion by means of a spindle nut. The unit operates with minimum noise and vibration, even at a maximum speed of 19mm/s.
A further benefit of the spindle nut arrangement is that it makes the TFG self-locking in both push and pull modes, resulting in enhanced stability and user safety. The column is capable of a maximum stroke length of 700mm, and has integral end limit switches. For additional safety, the TFG has cut-off switches at the end positions, in addition to a back-up nut. The pillars can be easily protected against overload using a suitable control or master unit.
SKF says the Telemag TFG is suitable for use in medical applications, such as ceiling-mounted equipment, incubators, ophthalmic chairs, and veterinary tables, as well as being able to enhance the performance of many industrial applications. It is available in 24, 120 or 230V options, with all models meeting IP30 compliance and tested according to EN/UL 60601-1. The pillar is compatible with many other SKF products and can be used as part of a full system of actuators and controls. A wide range of control and operating interface accessories are also available.


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Nanotechnology is an emerging inter-disciplinary paradigm which encompasses diverse fields of science and engineering converge at the nanoscale. This nanoscale science and nanostructure engineering have well demonstrated in the fabrication of sensors/transducers devices with faster response time and better sensitivity then the planer version of the sensor's configurations. Nanotechnology is not just to grow/fabricate nanostructures by just mixing nanoscale materials together but it requires the ability to understand and to precisely manipulate and control of the developed nanomaterials in a useful way. Nanotechnology is aiding to substantially improve, even revolutionize, many technology and industry sectors like information technology, energy, environmental science, medicine/medical instrumentation, homeland security, food safety, and transportation, among many others. Such applications of nanotechnology are delivering in both expected and unexpected ways on nanotechnology's promise to benefit the society.
The semiconductor ZnO with wide band gap (~ 3.37 eV) is a distinguish and unique material and its nanostructures have attracted great attention among the researchers due to its peculiar properties such as large exciton binding energy (60 meV) at room temperature, the high electron mobility, high thermal conductivity, good transparency and easiness of fabricating it in the different type of nanostructures. Based on all these fascinating properties, ZnO have been chosen as a suitable material for the fabrication of photonic, transducers/sensors, piezoelectric, transparent and spin electronics devices etc. The objective of the current study is to highlight the recent developments in materials and techniques for electrochemical sensing and hetrostructure light emitting diodes (LEDs) luminescence properties based on the different ZnO nanostructures. The sensor devices fabricated and characterized in the work were applied to determine and monitor the real changes of the chemical or biochemical species. We have successfully demonstrated the application of our fabricated devices as primary transducers/sensors for the determination of extracellular glucose and the glucose inside the human fat cells and frog cells using the potentiometric technique. Moreover, the fabricated ZnO based nanosensors have also been applied for the selective determination of uric acid, urea and metal ions successfully. This thesis relates specifically to zinc oxide nanostructure based electrochemical sensors and photonic device (LED) applications.
In this study, a potentiometric glucose biosensor was fabricated by immobilization of glucose oxidase on to zinc oxide nanowires. Zinc oxide nanowires with 250-300 nm diameters and approximately 1.2 mu m lengths were grown on the surface of silver wires with a diameter of 250 mu m. Glucose oxidase (GOD) was electrostatically immobilized on the surface of the well aligned zinc oxide nanowires resulting in sensitive, selective, stable and reproducible glucose biosensors. The potentiometric response vs. Ag/AgCl reference electrode was found to be linear over a relatively wide logarithmic concentration range (0.5-1000 mu M) suitable for intracellular glucose detection. By applying a membrane on the sensor the linear range could be extended to 0.5 mu M to 10 mM, which increased the response time from less than 1 to 4s. On the other hand the membrane increased the sensor durability considerably. The sensor response was unaffected by normal concentrations of common interferents with glucose sensing such as uric acid and ascorbic acid.
Zinc oxide (ZnO) nanowires were grown on a silver (Ag) wire with a diameter of approximately 250 $mu$m and used in an electrochemical sensor. The enzyme glucose oxidase (GOD) was immobilized on the ZnO nanowires and the silver wire was connected directly to the gate of a MOSFET. Upon exposure to glucose (1-100 $mu$M) the electrochemical response from the glucose oxidase induced a stable measurable voltage change on the gate leading to a strong modulation of the current through the MOSFET. For a sensor with uniform ZnO nanowires functionalized with GOD a fast response time of less than 100 ms, was demonstrated. The effect of the uniformity of the ZnO nanowires on the sensing property was also investigated. The extended gate arrangement facilitated glucose detection in small sample volumes and made it possible to demonstrate the present sensor concept using a standard low threshold MOSFET. The extended gate MOSFET sensor approach demonstrates the possibility and potential of the use of nano-structures coupled to standard electronic components for biosensing applications.
In this article, we report a functionalised ZnO-nanorod-based selective electrochemical sensor for intracellular glucose. To adjust the sensor for intracellular glucose measurements, we grew hexagonal ZnO nanorods on the tip of a silver-covered borosilicate glass capillary (0.7 mu m diameter) and coated them with the enzyme glucose oxidase. The enzyme-coated ZnO nanorods exhibited a glucose-dependent electrochemical potential difference versus an Ag/AgCl reference microelectrode. The potential difference was linear over the concentration range of interest (0.5-1000 mu M). The measured glucose concentration in human adipocytes or frog oocytes using our ZnO-nanorod sensor was consistent with values of glucose concentration reported in the literature; furthermore, the sensor was able to show that insulin increased the intracellular glucose concentration. This nanoelectrode device demonstrates a simple technique to measure intracellular glucose concentration.
This paper presents a prototype wireless remote glucose monitoring system interfaced with a ZnO nanowire arrays-based glucose sensor, glucose oxidase enzyme immobilized onto ZnO nanowires in conjunction with a Nafion (R) membrane coating, which can be effectively applied for the monitoring of glucose levels in diabetics. Global System for Mobile Communications (GSM) services like General Packet Radio Service (GPRS) and Short Message Service (SMS) have been proven to be logical and cost effective methods for gathering data from remote locations. A communication protocol that facilitates remote data collection using SMS has been utilized for monitoring a patients sugar levels. In this study, we demonstrate the remote monitoring of the glucose levels with existing GPRS/GSM network infra-structures using our proposed functionalized ZnO nanowire arrays sensors integrated with standard readily available mobile phones. The data can be used for centralized monitoring and other purposes. Such applications can reduce health care costs and allow caregivers to monitor and support to their patients remotely, especially those located in rural areas.
In this study, a potentiometric uric acid biosensor was fabricated by immobilization of uricase onto zinc oxide (ZnO) nanowires. Zinc oxide nanowires with 80-150 nm in diameter and 900 nm to 1.5 mu m in lengths were grown on the surface of a gold coated flexible plastic substrate. Uricase was electrostatically immobilized on the surface of well aligned ZnO nanowires resulting in a sensitive, selective, stable and reproducible uric acid biosensor. The potentiometric response of the ZnO sensor vs Ag/AgCl reference electrode was found to be linear over a relatively wide logarithmic concentration range (1-650 mu M) suitable for human blood serum. By applying a Nafion (R) membrane on the sensor the linear range could be extended to 1-1000 mu M at the expense of an increased response time from 6.25 s to less than 9 s. On the other hand the membrane increased the sensor durability considerably. The sensor response was unaffected by normal concentrations of common interferents such as ascorbic acid, glucose, and urea.
White light-emitting diodes (LED) based on ZnO (nanowalls, nanorods, nanoflowers and nanotubes)/p-GaN were fabricated and their electrical, optical and electro-optical characteristics were comparatively characterized. All the LED showed rectifying behavior. The nanowalls and nanorods structures have the highest photoluminescence emission intensity in the visible and UV (at 3.29 eV) regions, respectively. The nanowalls have the highest color rendering index, with a value of 95, and the highest electroluminescence intensity with peaks approximately centered at 420, 450 nm and broad peak covering the visible region.
ZnO nanorods were grown on a silver-coated tip of a borosilicate glass capillary (0.7 mu m in tip diameter) and used as selective potentiometric sensor of intracellular free Mg2+. To functionalize the ZnO nanorods for selectivity of Mg2+, a polymeric membrane with Mg2+-selective ionophores were coated on the surface of the ZnO nanorods. These functionalized ZnO nanorods exhibited a Mg2+-dependent electrochemical potential difference versus an Ag/AgCl reference microelectrode within the concentration range from 500 nM to 100 mM. Two types of cells, human adipocytes and frog oocytes, were used for the intracellular Mg2+ measurements. The intracellular concentration of free Mg2+ in human adipocytes and frog oocytes were 0.4-0.5 and 0.8-0.9 mM, respectively. Such type of nanoelectrode device paves the way to enable analytical measurements in single living cells and to sense other bio-chemical species at the intracellular level.
In the present work, we have grown well-aligned zinc oxide (ZnO) nanowires (NWs) on the surface of gold coated glass substrates by a low temperature aqueous chemical growth (ACG) approach and utilized it as a potentiometric creatinine biosensor. This was achieved by electrostatic immobilization of creatinine deiminase (CD) on the surface of the ZnO NWs followed by applying a chitosan membrane in conjunction with glutaraldehyde. This immobilization resulted in a sensitive, selective, stable, reproducible and fast creatinine biosensor. The potentiometric response of the ZnO sensor vs. Ag/AgCl reference electrode was found to be linear over a wide logarithmic concentration of creatinine electrolyte solution ranging from 1-1000 µM. The sensor illustrates good linear sensitivity slope curve of ~33.9 mV/decade along with a rapid response time of ~7 s. Furthermore, the sensor response was unaffected by normal concentrations of common interferences such as potassium, calcium, magnesium, sodium, copper ions and glucose.
In this current study, we have manifested the photosensitizing effects of zinc oxide nanowires (ZnO NWs) in dark as well as under ultra violet light exposure with 240 nm of UV region, using human muscle cancer (Rhybdomyosarcoma cells, RD) as in vitro experimental model. We have fabricated ZnO-NWs on the tip of borosilicate glass capillaries (0.5 mu m diameter) and were conjugated using 5-aminolevulinic acid (ALA) for the efficient intracellular drug delivery. When ZnO NWs were applied on tumor localizing drugs with non ionizing illumination, then excited drug liberates reactive oxygen species (ROS), effecting mitochondria and nucleus resulting in cell necrosis within few minutes. During investigations, we observed that when ZnO-NWs grown on intracellular tip was excited by using 240 nm of UV light, as a resultant 625 nm of emitted red light were used as appetizer in the presence of 5-ALA for chemical reaction, which produces singlet oxygen, responsible for cell necrosis. Morphological changes of necrosed cells were examined under microscopy. Moreover, Viability of controlled and treated RD cells with optimum dose of light (UV-Visible) has been assessed by MTT assay as well as reactive oxygen species (ROS) detection.
In the present study, we demonstrated the use of nanoporous zinc oxide (ZnO NPs) in photodynamic therapy. The ZnO NPs structure possesses a high surface to volume ratio due to its porosity and ZnO NPs can be used as an efficient photosensitizer carrier system. We were able to grow ZnO NPs on the tip of borosilicate glass capillaries (0.5 mu m diameter) and conjugated this with Photofrin for efficient intracellular drug delivery. The ZnO NPs on the capillary tip could be excited intracellularly with 240 nm UV light, and the resultant 625 nm red light emitted in the presence of Photofrin activated a chemical reaction that produced reactive oxygen species (ROS). The procedure was tested in A-549 cells and led to cell death within a few minutes. The morphological changes in necrosed cells were examined by microscopy. The viability of control and treated A-549 cells with the optimum dose of UV/visible light was assessed using the MTT assay, and ROS were detected using a fluorescence microscopy procedure.
In this study, an improved potentiometric intracellular glucose biosensor was fabricated with immobilization of glucose oxidase on a ZnO nanoporous material. The ZnO nanoporous material with a wall thickness around 200 nm was grown on the tip of a borosilicate glass capillary and used as a selective intracellular glucose sensor for the measurement of glucose concentrations in human adipocytes and frog oocytes. The results showed a fast response within 4 s and a linear glucosedependent electrochemical response over a wide range of glucose concentration (500 nM-10 mM). The measurements of intracellular glucose concentrations with our biosensor were consistent with the values of intracellular glucose concentrations reported in the literature. The sensor also demonstrated its capability by detecting an increase in the intracellular glucose concentration induced by insulin. We found that the ZnO nanoporous material provides sensitivity as high as 1.8 times higher than that obtained using ZnO nanorods under the same conditions. Moreover, the fabrication method in our experiment is simple and the excellent performance of the developed nanosensor in sensitivity, stability, selectivity, reproducibility and anti-interference was achieved. All these advantageous features of this intracellular glucose biosensor based on functionalised ZnO nanoporous material compared to ZnO nanorods demonstrate a promising way of enhancing glucose biosensor performance to measure reliable intracellular glucose concentrations within single living cells.
ZnO nanotubes and nanorods grown on gold thin film were used to create pH sensor devices. The developed ZnO nanotube and nanorod pH sensors display good reproducibility, repeatability and long-term stability and exhibit a pH-dependent electrochemical potential difference versus an Ag/AgCl reference electrode over a large dynamic pH range. We found the ZnO nanotubes provide sensitivity as high as twice that of the ZnO nanorods, which can be ascribed to the fact that small dimensional ZnO nanotubes have a higher level of surface and subsurface oxygen vacancies and provide a larger effective surface area with higher surface-to-volume ratio as compared to ZnO nanorods, thus affording the ZnO nanotube pH sensor a higher sensitivity. Experimental results indicate ZnO nanotubes can be used in pH sensor applications with improved performance. Moreover, the ZnO nanotube arrays may find potential application as a novel material for measurements of intracellular biochemical species within single living cells.
In this paper, highly dense and well aligned single-crystal zinc oxide nanorods were grown along the c-axis on a gold coated glass substrate using a low temperature aqueous chemical growth approach. The prepared ZnO nanorods were functionalized with plastic membrane coatings containing specific ionophore (12-crown-4) which is highly selective to zinc ions (Zn(+2)). The electrochemical response of the sensor was found to be linear over a relatively wide logarithmic concentration range from 1 mu M to 100mM. The proposed sensor showed a good linearity with a high sensitivity of similar to 35 mV/decade for sensing Zn(+2) ions. A fast response time of less than 5 s with a good selectivity, repeatability, reproducibility, and negligible response to common interferents ions such as calcium (Ca(2+)), magnesium (Mg(2+)), or potassium (K(+)), and iron (Fe(+3)) and copper (Cu(+2)) was also demonstrated. Moreover, the proposed sensor showed good stoichiometric results for potentiometric titration.
Well controlled in length and highly aligned ZnO nanorods were grown on the gold-coated glass substrate by hydrothermal growth method. ZnO nanorods were functionalised with selective thallium (I) ion ionophore dibenzyldiaza-18-crown- 6 (DBzDA18C6). The thallium ion sensor showed wide linear potentiometric response to thallium (I) ion concentrations (1 × 10 - 7 M to 5 × 10 - 2 M) with high sensitivity of 36.87 ± 1.49 mV/decade. Moreover, thallium (I) ion demonstrated fast response time of less than 5 s, high selectivity, reproducibility, storage stability, and negligible response to common interferents. The proposed thallium (I) ion-sensor electrode was also used as an indicator electrode in the potentiometric titration, and it has shown good stoichiometric response for the determination of thallium (I) ion. © 2012 Z. H. Ibupoto et al.
In this work, fabrication of gold coated glass substrate, growth of ZnO nanorods and potentiometric response of lactic acid are explained. The biosensor was developed by immobilizing the lactate oxidase on the ZnO nanorods in combination with glutaraldehyde as a cross linker for lactate oxidase enzyme. The potentiometric technique was applied for the measuring the output (EMF) response of L-lactic acid biosensor. We noticed that the present biosensor has wide linear detection range of concentration from 1 x 10(-4)-1 x 10(0) mM with acceptable sensitivity about 41.33 +/- 1.58 mV/decade. In addition, the proposed biosensor showed fast response time less than 10 s, a good selectivity towards L-lactic acid in presence of common interfering substances such as ascorbic acid, urea, glucose, galactose, magnesium ions and calcium ions. The present biosensor based on immobilized ZnO nanorods with lactate oxidase sustained its stability for more than three weeks.
Nanostructure ZnO was grown on thin aluminium layer, deposited on silicon substrate using the sol-gel method. The surface morphologies of nanostructure ZnO at different precursor concentrations were studied using scanning electron microscopy. Raman spectroscopy suggested that nanorods started to grow along with nanoflakes at a precursor concentration of 50 mM and the density of the nanorods significantly increases when the concentration was raised to 75 mM. Raman spectra were intensified and red shifted with the increment of precursor concentration. Optical properties of refractive index and optical dielectric constant are investigated. The structural defects at lower level of precursor were probably due to the hypoxic environment, whereas the red shift of Raman spectra was due to the structural change of ZnO nanocrystals.
Two-dimensional (2D) ZnO nanoflakes were grown on thin aluminum layer, deposited on silicon substrate, using a sol-gel method. The surface morphologies of ZnO nanoflakes at different precursor concentrations were studied using scanning electron microscopy (SEM). Combined studies of SEM, photoluminescence (PL), and Raman spectroscopy suggested that nanorods started to grow along with nanoflakes at a precursor concentration of 0.05 M and the density of the nanorods significantly increased when the concentration was raised to 0.075 M. Both the UV-luminescence and Raman spectra were intensified and redshifted with the increment of precursor concentration. Spectral intensification suggests improvement in crystal qualities and better optical properties of the fabricated ZnO nanostructures. The structural defects at lower levels of precursor were probably due to the hypoxic environment, whereas, the redshift of PL and Raman spectra was due to the local heating of ZnO nanocrystals.
Purpose - The purpose of this paper is to investigate the electrical transport mechanism of the Al-doped ZnO nanorods at different temperatures by employing impedance spectroscopy. less thanbrgreater than less thanbrgreater thanDesign/methodology/approach - Al-doped ZnO nanorods were grown on silicon substrate using step sol-gel method. For the seed solution preparation Zinc acetate dihydrate, 2-methoxyethanol, monoethanolannine and aluminum nitrite nano-hydrate were used as a solute, solvent, stabilizer and dopant, respectively. Prior to the deposition, P-type Si (100) wafer was cut into pieces of 1 cm x 2 cm. The samples were then cleaned in an ultrasonic bath with acetone, ethanol, and de-ionized (DI) water for 5 min. The prepared seed solution was coated on silicon substrate using spin coater at spinning speed of 3000 rpm for 30s and then dried at 250 degrees C for 10 min followed by annealing at 550 degrees C for 1 h. The hydrothermal growth was carried out in a solution of zinc nitrate hexahydrate (0.025M), Hexamethyltetramine (0.025M) in DI water. less thanbrgreater than less thanbrgreater thanFindings - Al-doped ZnO nanorods were characterized using scanning electron microscope (SEM), X-ray diffraction (XRD) and impedance spectroscopy. The impedance measurements were carried out at various temperatures (100 degrees C-325 degrees C). The impedance results showed that temperature has great influence on the impedance; the impedance value decreased as the temperature increased. This decrement is attributed to the increase of the mobility of the defects, especially the oxygen vacancies. The surface morphology of the samples was measured by SEM and X-ray diffraction. The SEM images show that the high density of Al-doped ZnO nanorods covers the silicon substrate, whereas the XRD pattern shows the (002) crystal orientation. less thanbrgreater than less thanbrgreater thanOriginality/value - This paper demonstrates the electron transport mechanism of Al-doped ZnO nanorods, at different temperatures, to understand the charge transport model.
In this work, we are presenting an iron ion (Fe3+) potentiometric sensor based on functionalized ZnO nanorods with selective ionophore (18 crown 6). Zinc oxide nanorods with a diameter of about 100 to 150 nm and 1 mu m in length were grown on gold coated glass. The selective Fe3+ ionophore sensor with highly aligned ZnO nanorods showed high sensitivity, acceptable selectivity, reproducibility and a stable signal response for detecting Fe3+. The potentiometric response of the Fe3+ sensor with functionalized ZnO nanorods versus a Ag/AgCl reference electrode was observed to be linear over a logarithmic concentration range from 10-5 M to 10-2 M. The detection limit of the proposed sensor was about 5 mu M, which is lower than the normal blood concentration of Fe3+ which is about 10 mu M and can be up to 30 +/- M. The sensitivity of the proposed Fe3+ sensor was found to be 70.2 +/- 2.81 mV/decade with a regression coefficient R2=0.99 and a response time less than 5 s. The functionalized ZnO nanorods sensor with selective iron ionophore has a life time greater than one month and has shown insignificant interference with other ions usually present in the human blood serum. The proposed sensor was used as an indicator electrode for potentiometric titration.
The fabrication and application of an intracellular K(+)-selective microelectrode is demonstrated. ZnO nanowires with a diameter of 100-180 nm and a length of approximately 1.5. m are grown on a borosilicate glass microcapillary. The ZnO nanowires were coated by a K(+)-ionophore-containing membrane. The K(+)-selective microelectrode exhibited a K(+)-dependent potentiometric response versus an Ag/AgCl reference microelectrode that was linear over a large concentration range (25 . M-125 mM) with a minimum detection limit of 1 . M. The measured K(+) concentrations in human adipocytes and in frog oocytes were consistent with values of K(+) concentrations reported in the literature. The sensor has several advantages including ease of fabrication, ease of insertion into the cells, low cost, and high selectivity features that make this type of sensor suitable to characterize physiologically relevant ions within single living cells.
In the present work zinc oxide nanoflakes (ZnO-NF) structures with a wall thickness around 50 to 100 nm were synthesized on a gold coated glass substrate using a low temperature hydrothermal method. The enzyme uricase was electrostatically immobilized in conjunction with Nafion membrane on the surface of well oriented ZnO-NFs, resulting in a sensitive, selective, stable and reproducible uric acid sensor. The electrochemical response of the ZnO-NF-based sensor vs. a Ag/AgCl reference electrode was found to be linear over a relatively wide logarithmic concentration range (500 nM to 1.5 mM). In addition, the ZnO-NF structures demonstrate vast surface area that allow high enzyme loading which results provided a higher sensitivity. The proposed ZnO-NF array-based sensor exhibited a high sensitivity of similar to 66 mV/ decade in test electrolyte solutions of uric acid, with fast response time. The sensor response was unaffected by normal concentrations of common interferents such as ascorbic acid, glucose, and urea.
Well-aligned zinc oxide (ZnO) nanowire arrays were fabricated on gold-coated plastic substrates using a low-temperature aqueous chemical growth (ACG) method. The ZnO nanowire arrays with 50-130 nm diameters and similar to 1 mu m in lengths were used in an enzyme-based urea sensor through immobilization of the enzyme urease that was found to be sensitive to urea concentrations from 0.1 mM to 100 mM. Two linear sensitivity regions were observed when the electrochemical responses (EMF) of the sensors were plotted vs. the logarithmic concentration range of urea from 0.1 mM to 100 mM. The proposed sensor showed a sensitivity of 52.8 mV/decade for 0.1-40 mM urea and a fast response time less than 4s was achieved with good selectivity, reproducibility and negligible response to common interferents such as ascorbic acid and uric acid, glucose. K(+) and Na(+) ions.
In the present study, highly oriented single-crystal zinc oxide nanotube (ZnO-NT) arrays were prepared by a trimming of ZnO nanorods along the c-axis on the gold-coated glass substrate having a diameter of 100-200 nm and a length of similar to 1 mu m using a low-temperature aqueous chemical growth process. The prepared (ZnO-NT) arrays were further used as electrochemical enzyme-based glucose sensors through immobilisation of glucose oxidase by the physical adsorption method in conjunction with a Nafion coating. The electrochemical response of the sensor was found to be linear over a relatively wide logarithmic concentration range from 0.5 x 10(-6) to 12 x 10(-3) M. The proposed sensor showed a high sensitivity of 69.12 mV/decade with R = 0.9934 for sensing of glucose. A fast-response time less than 4 s with good selectivity, reproducibility and negligible response to common interferents such as ascorbic acid and uric acid prevailed.
In this chapter we present sensors based on ZnO nanostructures suitable for sensing in small volumes and can be used for intracellular as well as extracellular environments. The principle of the measurement is based on the potentiometric effect. The measurement electrodes were constructed by growing ZnO nanostructures on the tip of sub-micrometer glass pipettes and were used versus Ag/AgCl reference electrodes. By functionalizing the ZnO nanostructures based electrodes, the selectivity of the sensors can be tuned to detect the ion or the analyte in question. The developed sensors were used to measure the concentration of most of the common ions like calcium, potassium, sodium and magnesium. In addition different biological analytes were also measured. These include glucose, urine, uric acid and cholesterol. The developed sensors showed good sensitivity and a wide dynamic range and represent a step towards developing efficient sensor of interest for human health diagnostic.
Using zinc oxide (ZnO) nanostructures, nanorods (NRs) and nanoparticles (NPs) grown on different substrates (sub-micrometer glass pipettes, thin silver wire and on plastic substrate) different bio-sensors were demonstrated. The demonstrated sensors are based on potentiometric approach and are sensitive to the ionic metals and biological analyte in question. For each case a selective membrane or enzyme was used. The measurements were performed for intracellular environment as well as in some cases (cholesterol and uric acid). The selectivity in each case is tuned according to the element to be sensed. Moreover we also developed photodynamic therapy approach based on the use of ZnO NRs and NPs. Necrosis/apoptosis was possible to achieve for different types of cancerous cell. The results indicate that the ZnO with its UV and white band emissions is beneficial to photodynamic therapy technology.
In this paper we present our new findings on the growth, characterization and nano-devices based on ZnO nanowires. We will limit the scope of this article to low temperature grown ZnO nanowires, due to the fact that low temperature growth is suitable for many applications. On growth and size control we will present our methodology for the growth of ZnO nanowires on Si substrates using low temperature techniques. The effect of the annealing on these low temperature grown ZnO nanowires is investigated and discussed. We then present our results on the surface recombination velocity of ZnO nanowires. This will be followed by the demonstration of new prototype nano-devices. These nano-devices include the demonstration of two new electrochemical nano-sensors. These are the extended gate glucose sensor and the calcium ion selective sensor using ionophore membrane coating on ZnO nanowires. Finally we will present results from light emitting diodes (LEDs) based on our ZnO nanowires grown on p-type organic semiconductors. The effect of the interlayer design of this hybrid organic–inorganic LED on the emission properties is highlighted.


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Break Through: Women in Silicon Valley, Womenomics in Japan
Gender inequality in the workplace is still a reality and an issue that must be tackled head-on in Silicon Valley and Japan. In 2017, the World Economic Forum reported for the first time in 10 years, a widening of the global gender gap. Numerous efforts to break this cycle have been announced and implemented to varying degrees of success in both countries making it clear that we must do more, together.


text: We are currently working with a company who are truly in their ascendency having experienced incredible growth over the last few years within fresh food. They currently have a requirement for an experienced National Account Manager to work with 2 of their key retailer accounts. They have achieved great results with both of these customers and are looking for someone who can continue this development. The Job: You will be working closely with the Sales Director to ensure you have the full support to progress your accounts. You will be responsible for negotiating customer pricing and tenders, aiming for win win scenarios. It is important to keep a close eye on the rest of the retail market to understand developments as they happen. You will be the customer champion internally, ensuring your voice is heard and the accounts are serviced appropriately. The Candidate: You will have previous experience of working within retail account management ideally within fresh produce, but definitely within a fast moving food category. Attitude is crucial. You will need to be a team player and be willing to step outside of your job description should the need arise. It goes without saying, but strong written and verbal communication is crucial. If this role sounds of interest, please get in touch with Morten Andresen on 01780 480530 for a confidential discussion, or apply via the job link. This job was originally posted as www.totaljobs.com/job/88753690


text: Riding into war the memoir of a horse transport driver, 1916-1919 Johnston, James Robert 1897-1976 creator New Brunswick Military Heritage Project text nkc Fredericton, N. B Goose Lane Editions c2004 monographic eng print 103 p. : ill. ; 20 cm. by James Robert Johnston. Co-published with The New Brunswick Military Heritage Project. Includes index. Johnston, James Robert 1897-1976 Canada. Canadian Army. Canadian Machine Gun Corps Biography World War, 1914-1918 Transportation World War, 1914-1918 Personal narratives, Canadian 940.48171 J72 New Brunswick military heritage series ; v. 4 0864924127 Goose Lane Editions, 17/01/05, gift. CaNBFl 050119 20120821190326.0 01-0048709 eng