Completely redoing our office design. We need room for up to 8 people. We are considering rearranging the desks to face each other.
Open to color suggestions. Our logo is a deep red, but we don't have to use that as our accent color.
We'll send our Pinterest link shortly.
I shared some photos of the other hallways in the building showing what other companies have done.
-Long shelving along wall (need suggestion for refinish stain.
-We hope we can keep the sleeper chair in red. ("I DO - Joy Casa" is the brand) Maybe get another and use that as the sofa in reception.
Open to rug- Thinking of FLOR for the reception and under conference table.
Definitely need new window treatments. Considering roller blinds.
Need some storage for vacuum, etc. A small wardrobe maybe? Tall cabinet?
Everything is going to go, but it's clearly too crowded.
Red cabinet & parking meter.
We thoroughly enjoyed the process and are so impressed by your design experience and level of service! Thank you so much, Mladen! It was a pleasure to work with you.
For your main color, we chose to use white/off-white as it offers a fresh, clean, feel to the space.
Wall Clock (36" Wall Clock) 36" Wall Clock - Industrial Steel/Metal Powder Coated - Black NOTE : Movement & Hands NOT INCLUDED Discount link available to project holder only D 36"
Since your room gets plenty of sunlight your color options are quite broad. This kind of finish will better hold the cut-out foil of the world map.
For your main color, we chose to use white.
Quantity: 3 5M 5W 300x3528 SMD Warm White Light Flexible LED Strip Lamp (DC 12V) NOTE: Power adapter not included. Discount link available to project holder only 5 m = 16' 1/16"
For your main color, we chose to use white/off-white and create accents with red color.
White Board (Smart Surface Paint) 2 tins of magnetic paint 1 tin of smart white primer 1 box of white paint Area to cover ~ 4 sqm = 43 sqft More 22 sqft could be covered with white paint leftover. Maybe a part of the wall by the entrance door in the reception. Discount link available to project holder only 103" x 59"


text:
Qianjiang-Zhangjiajie-Changde Railway Opens to Traffic
The China Railway Corporation announced on December 24 that the Qianjiang-Zhangjiajie-Changde Railway is to open and put into operation on December 26. Passengers can begin to book tickets on Dec. 24. Starting from Dec. 26, eight pairs of intercity bullet trains marked with "C" will run between Changsha Station and Zhangjiajie West Station. The single-way running time is about 3 hours and the fare for a second-class ticket is at least 100 yuan.
At the initial operational stage, there is only one pair of bullet trains available departing from Changsha Station to Sangzhi Station and Longshan North Station in Xiangxi Tujia and Miao Autonomous Prefecture; and to Laifeng Station and Xianfeng Station in Hubei Province each day. It takes about 4 and a half hours from Changsha Station to Longshan North Station.
China will carry out a new train operation plan on December 30. Twelve pairs of bullet trains for regular periods, 8 pairs for peak periods and 7 pairs of ordinary-speed trains will run at the Qianjiang-Zhangjiajie-Changde Railway.
The railway starts from Qianjiang District in Chongqing Municipality, and runs eastward passing through Xianfeng and Laifeng counties in Hubei Province, and Longshan County in Hunan's Xiangxi Tujia and Miao Autonomous Prefecture and Sangzhi County and Yongding District in Zhangjiajie City, and comes to its destination in Hunan's Changde.
The route is 335 km long, with a running speed of 200 km/h at the initial operational stage. There are 9 passenger stations: Qiangjiang, Xianfeng, Laifeng, Longshan North, Sangzhi, Zhangjiajie West, Niuchehe, Taoyuan and Changde Stations.
Translator: Wu Lirong

redpajama_set_name: RedPajamaCommonCrawl


text:
Sustainability At Ivory Ella
As a socially conscious and environmentally friendly brand, the virtue of sustainability is extremely important to us. We recognize that the well-being of our planet relies largely on the actions we take as organizations and individuals. Here at Ivory Ella, we pride ourselves in the strides we have taken to lighten our footprint, raise conservation awareness, and strive to make our planet a brighter, healthier place.
We sat down with Junior Designer, Betten Orr, to chat about the many sustainability efforts that Ivory Ella takes to establish and maintain an eco-friendly fashion brand.
Q: How does Ivory Ella practice sustainability? What are the key measures you take?
A: We do what we can to build products that are created as responsibly as possible while still being able to support our mission.
As an example, this is the lifecycle of our hoodies and t-shirts:
Our hoodies are made in India with one of our main partners. The fabric is made from 100% GOTS (Global Organic Textile Standard) Certified Organic Cotton. Cotton is grown in India, local to our factory. This is a sustainable product as the facility that processes the fabric is very environmentally conscious. That facility in particular harvests rainwater to lower its carbon footprint, while the processing facility also recycles 95% of all the water it uses.
All the machinery used to process the garment uses advanced technology which lowers water consumption as well as energy use. The garment itself is then cut and sewn in a facility that uses solar power, thereby lowering its carbon footprint in using a sustainable power source. And then when it's time for us to receive our goods, all shipping boxes and packing materials are made from recycled paper.
Not only do we want to be sustainably conscious but we also try to keep as much of our process as local as possible. Once we receive our PFD (prepared for dying) goods, we send them to our local dyehouse in New Hampshire where each hoodie and t-shirt is hand-dyed and then passed onto our local print shop in Westerly, Rhode Island.
Q: What are the clothes made of?
A: We strive to use only organic cotton, and when synthetic materials are needed, we look for fabrics that have been recycled. For example, our leggings are not made of cotton but are made from 86% Recycled Polyester yarn (the other 14% is spandex) and the Polyester in our Organic Cotton/Poly sweatshirts and joggers is actually made from recycled coca cola bottles!
Q. What is the supply chain? How do products get to consumers?
A: In a nutshell, Ivory Ella has a few partners that we work with to create our products, this is basically how it works:
Our design team creates a product and specs it out about a year in advance. This means we design the garment or accessory, choose fabric, colors, and apply branded graphics. Then, we send out a Tech Pack (a document that is essentially a blueprint for the product) to our partners who create samples. We go back and forth on details until we have a finished and approved product - this gives our partners the green light to move into production. Shortly thereafter, we receive the product in our warehouse. From there, it goes live on our site and into the hands of our community!
Q: What percentage of your packaging materials are made from recyclable materials?
A: All of the poly bags that our product is packed and shipped in are made of recycled plastic. Whether it comes from India, China, or South America, we make sure this standard is upheld. Our next step is to tackle our paper-based assets - for example, the cardstock that some of our accessories come with. At Ivory Ella we recognize that there is always room for improvement and we welcome it!
Q: Where do you feel Ivory Ella excels in sustainability?
A: Ivory Ella is, at its core, a collection of like-minded people who want to leave this planet better than we found it. We came together with the joint passion for our mission, and this is what drives us to be as kind to the environment as possible. This core belief is a huge asset and is what drives us to do better and be better, season after season.
Q: Do you set goals when it comes to improving sustainability? How do you work to achieve them?
A: At the beginning of every season, the design team reassesses our line and evaluates where we can improve. We aim to increase our sustainable product line each and every time.
Q: How does being sustainable relate back to and connect with Ivory Ella's mission of saving elephants? How does it relate to the overall company plan?
A: Our overarching brand mission is the most important part of the Ivory Ella design process. Saving the elephants is our primary focus, and to help us reach that goal, we design clothing and accessories that we think our community would enjoy. We do not want to negate this goal by creating products that cause more harm to the planet that we (and the elephants) inhabit.
Q: Do you think the fashion industry, in general, does enough to help the environment? Do you see this improving in the future?
A: The fashion industry has a long way to go. The fast-fashion model has made it increasingly challenging to create sustainable products that can compete. The only way to truly change the industry is to be picky and choose brands that are dedicated to sustainability. Every dollar a customer spends is a direct endorsement of a product's life cycle and production process.
Q: How do you communicate ways to be sustainable to your consumers?
A: This blog post is a pretty good start! But communication is a two-way street, we always welcome any and all questions, ideas, and feedback. The Ivory Ella community is full of wonderful people with amazing insight on how we can improve our process and we would love to hear from you!
Ivory Ella is constantly seeking new ways to improve its sustainability efforts. We hope that Betten gave you some insight into what really goes into creating that favorite tie dye hoodie of yours. If you have any ideas or suggestions on how we can continue to help the planet, be sure to contact us and let us know!
Shop 100% Organic Cotton Hoodies
Ice Tie Dye Oversized Hoodie
XXS - Sold Out XS - $79.00 S - $79.00 M - $79.00 L - $79.00 XL - $79.00 XXL - Sold Out
Rainbow Tie Dye Oversized Hoodie
XXS - $79.00 XS - $79.00 S - $79.00 M - $79.00 L - $79.00 XL - $79.00 XXL - $79.00
Shop Recycled Material Leggings + Bike Shorts
High Waist Legging 28"
Black / XS - Sold Out Black / S - Sold Out Black / M - Sold Out Black / L - Sold Out Black / XL - Sold Out Black / XXL - $39.00
High Waist Bike Short 6"
Black / XS - $15.00 Black / S - $15.00 Black / M - $15.00 Black / L - $15.00 Black / XL - $15.00 Black / XXL - Sold Out Heather Grey / XS - $15.00 Heather Grey / S - $15.00 Heather Grey / M - $15.00 Heather Grey / L - Sold Out Heather Grey / XL - Sold Out Heather Grey / XXL - Sold Out Capri Breeze / XS - $15.00 Capri Breeze / S - Sold Out Capri Breeze / M - Sold Out Capri Breeze / L - Sold Out Capri Breeze / XL - Sold Out Capri Breeze / XXL - Sold Out
Graystone / XS - $20.00 Graystone / S - Sold Out Graystone / M - Sold Out Graystone / L - Sold Out Graystone / XL - Sold Out Graystone / XXL - Sold Out


text:
Q: How to replace " ' " in python? So I just got a quick question. I need to replace (')    in python but obviously it is not working.
This is the code I use for replaceing things in python:
with open('ID.txt','r') as f:
    newlines = []
    for line in f.readlines():
        newlines.append(line.replace('Machine',))
with open('ID.txt', 'w') as f:
    for line in newlines:
        f.write(line)

Replacing Machine works fine but try out  (')  with the code... it just doesn't work. Can you tell me why? And how can I solve this little problem? ^^
NOTE!: The apostrophe I want to replace does not contain the brackets. I just want to replace the apostrophe :)

A: Using replace(''','') will run into errors. Try this instead:
line.replace("'","")

A: You can write string literals in python in several ways like
"bla'bla\"bla", 'bla\'bla"bla', """bla'bla"bla""", '''bla'bla"bla'''
See https://docs.python.org/3/tutorial/introduction.html#strings

A: for a in '', "'", '"': print(''' 1'2'3"4"5 '''.replace(a, '*'))

A: This is very straightforward as it can be handled with replace. There is no "obvious" reason this would not work. There is an "obvious" reason you'd have an error and that is trying to call out a single quot with additional single quotes
text = "dog's toy"
text.replace("'","-")
==>"dog-s toy"

If you try to use single quotes like this:
replace(''')

You'd fail for any number of reasons, the most "obvious" being that you've commented out all the following code until the next time you use '''

A: Here's a possible solution:
with open('ID.txt', 'r') as f:
    contents = f.read().replace("'", "")

with open('ID.txt', 'w') as f2:
    f2.write(contents)

redpajama_set_name: RedPajamaStackExchange


text:
Pitching TV to infants
For nearly four decades, Sesame Street has been a touchstone of children's programming. Its wholesome values, endearing characters and educational messages have contributed to the lives of billions of children worldwide. The show's creator, Sesame Workshop, has been a significant voice in the discussion of child development, gaining numerous accolades and the respect of many of the field's experts. However, its most recent project, a series of DVDs titled Sesame Beginnings, has created a rip in the organization's previously seamless reputation.
Geared toward children from 6 months to 2 years old, Sesame Beginnings is intended to foster the child's development and learning skills. The videos, which feature infant versions of classic Sesame Street characters, utilize song and dance as a means to depict examples of parent-child interaction. Rosemarie Truglio, Sesame Workshop's vice president of education and research, claims the video was designed to fulfill a specific objective.
"We wanted to invite the parent into the viewing situation, to give the adult information about child development," Truglio said in an article on MSN.com. "We took a long time and did a lot of research and preparation. We wanted to make sure we got this right."
According to executives, Sesame Beginnings achieves a feat that other programs have been unable to fully realize.
Despite the company's ostensibly positive ambitions, the American Academy of Pediatrics (AAP) has condemned the project. For years, the AAP has asserted that television can have a destructive effect on children less than 2 years of age. Research shows that this early period of life is crucial to the child's development of learning skills, and television may severely impair these processes.
Other child advocate organizations concur with the AAP's assessment of Sesame Beginnings.
"There is no evidence that screen media is beneficial for babies and growing evidence (shows) it may be harmful," said Susan Linn, founder of Campaign for a Commercial-Free Childhood.
Believing the project's goal is primarily monetary, Linn said, "Sesame Beginnings will encourage babies' devotion to TV characters that have been licensed to promote hundreds of other products."
Indeed, the Sesame Street name has become one of the most instantly recognizable and highly lucrative brands of children's entertainment, and this fact only compounds the concern for detractors of this latest release. According to MSN.com, the AAP and similar organizations fear the involvement of Sesame Workshop, which has earned parents' trust over the years, will	persuade them that watching television can be beneficial to their children's development.
Notwithstanding the vehement protests of the child development community, the creators of Sesame Beginnings maintain that their videos are well intentioned. They say the vast majority of parents already allow their toddlers to view a daily average of two hours of television, according to MSN.com. In fact, Sesame Workshop claims the videos offer a healthy alternative to existing programming, effectively improving the parent-child relationship. The company claims the AAP's criticism of television's effects on toddlers is completely unwarranted and remains staunch in its confidence that consumers will appreciate Sesame Beginnings as an ancillary tool to promote a healthy future for their children.
While both sides of this debate surely make valid points, the choice lies, as always, with parents. Although it is largely unknown what long-term effects television will have on young children, parents should carefully decide how to manage their children's time, ultimately determining if Sesame Beginnings will be appropriate entertainment for their children or simply another attempt to exploit impressionable youths in a never-ending search for wealth.
Sources: www.imdb.com, www.msn.com, www.tv.com


text:
Der Mount Elie de Beaumont ist ein Berg der Neuseeländischen Alpen im Mount-Cook-Nationalpark und Westland-Nationalpark auf der Südinsel Neuseelands. Der Berg ist  hoch und damit der nördlichste Dreitausender des Landes.

Er ist durch Julius von Haast nach dem französischen Geologen Léonce Élie de Beaumont benannt worden. Die Erstbesteigung gelang Peter Graham.

Siehe auch
 Liste der Berge oder Erhebungen in Neuseeland

Einzelnachweise

Berg in der Region West Coast
Berg in den Neuseeländischen Alpen

redpajama_set_name: RedPajamaWikipedia


text:
Sports Scholarships are open to undergraduate and postgraduate applicants from the UK applying to study full-time at Aberystwyth University. Applications must be received by 30 June and Aberystwyth must be the Firm choice of University.
Scholarship holders will normally be expected to represent the University in the sport for which the Scholarship was awarded (via the appropriate Students' Union Sports Club). In some circumstances this requirement may not be appropriate or possible and can be waived by agreement of the Chair of the Awarding Panel.
Scholarship holders will have opportunities to review their progress with members of the Sports Scholarship team. They will be required to submit short written progress reports on a regular basis, and may also be required to keep a training diary to help with the review process.
Scholarship payments will be made in equal instalments directly into recipients' bank accounts each year they remain eligible. The first payment will be made in early December, and the second in early March. Payments will not be made during years abroad, years in employment, sandwich years, repeat years, etc. Holders of the Scholarship will continue to receive the benefits as long as they are full-time students and satisfy these terms and conditions.
Guaranteed accommodation in a University residence is subject to applying for accommodation within the dates advertised by the Accommodation Office each year.
Scholarship holders may be required to help promote the sporting profile of the University at events such as Open Days, Visiting Days, Widening Participation activities etc. Participants will be recompensed for hours worked at the standard student ambassador rate.
Holders of the Scholarship agree to behave in a fashion befitting a representative of the University and commit to maintaining or improving their sporting performance. Award holders must inform the Sports Scholarship Mentor should any change in circumstances result in them being unable to continue to participate in their chosen sport.
Sports Scholarships can be held with any other undergraduate scholarship or bursary, except the Aberystwyth University/Aberystwyth Town Football Club Scholarship.
Unsatisfactory progress in any of these areas, without good cause, will result in termination of the award.
Why study at Aberystwyth University?
Aber Town FC Scholarship
Academic Excellence Scholarships
Departmental Scholarships
Entrance Examinations & Merit Awards
Nursing Accommodation Bursaries
OSA Grant (Cardiff Branch)
Stuart Rendel Exhibitions
Veterinary Science (BVSc)
Welsh-Medium Scholarships
International Accommodation Award
Live Chat Events
Undergraduate Terms & Conditions
Scholarships & Bursaries
Study through the medium of Welsh
Student Recruitment and Widening Participation
Scholarships Team, Aberystwyth University, Cledwyn Building, Penglais, Aberystwyth, SY23 3DD
Tel: 01970 622065 Email: scholarships@aber.ac.uk


text:
Conduction of Metal-Thin Organic Film-Metal Junctions at Low Bias
Yuri A. Berlin, Mark A Ratner
A model for the low bias electric conductance of junctions, consisting of a thin organic film (TOF) positioned between two metallic electrodes (M), has been developed. In contrast with other theoretical studies, the proposed model relies on the energy band picture of M-TOF-M systems. Theoretical analysis of the band-like transport has shown that the electronic flow between metallic electrodes can exist in M-TOF-M junctions only if injected charge carriers are able to overcome the potential barrier with the thickness-dependent height. Such an obstacle to the motion of injected charges in the TOF conduction band arises due to the bending of this band caused by carriers localized in structural traps. Two regimes of the zero bias conductance of M-TOF-M junctions have been studied theoretically for situations, where charges overcome the thickness-dependent barrier undergoing either thermally activated or tunneling transitions. Analytical expressions derived for the zero bias conduction in these two regimes enable us to specify key physical parameters controlling charge transport across the film and provide results consistent with observations. On the basis of our findings, we infer that thermally activated and tunneling conductances can be distinguished by temperature and thickness dependencies. Theoretical results obtained for the electric conductance of M-TOF-M systems in the tunneling regime are compared with those obtained for assemblies in which TOF has been replaced by a single molecule. Distinctions between transport properties of these two systems and their similarities resulting from the present model are discussed.
Journal of Physical Chemistry C
https://doi.org/10.1021/acs.jpcc.8b01571
metal films
Electric conductance
Conduction bands
Transport properties
energy bands
Charge transfer
Energy(all)
Berlin, Y. A., & Ratner, M. A. (2018). Conduction of Metal-Thin Organic Film-Metal Junctions at Low Bias. Journal of Physical Chemistry C, 122(13), 7557-7563. https://doi.org/10.1021/acs.jpcc.8b01571
Conduction of Metal-Thin Organic Film-Metal Junctions at Low Bias. / Berlin, Yuri A.; Ratner, Mark A.
In: Journal of Physical Chemistry C, Vol. 122, No. 13, 05.04.2018, p. 7557-7563.
Berlin, YA & Ratner, MA 2018, 'Conduction of Metal-Thin Organic Film-Metal Junctions at Low Bias', Journal of Physical Chemistry C, vol. 122, no. 13, pp. 7557-7563. https://doi.org/10.1021/acs.jpcc.8b01571
Berlin YA, Ratner MA. Conduction of Metal-Thin Organic Film-Metal Junctions at Low Bias. Journal of Physical Chemistry C. 2018 Apr 5;122(13):7557-7563. https://doi.org/10.1021/acs.jpcc.8b01571
Berlin, Yuri A. ; Ratner, Mark A. / Conduction of Metal-Thin Organic Film-Metal Junctions at Low Bias. In: Journal of Physical Chemistry C. 2018 ; Vol. 122, No. 13. pp. 7557-7563.
@article{64d9aaaea62b4b459cacdd522fe3944b,
title = "Conduction of Metal-Thin Organic Film-Metal Junctions at Low Bias",
abstract = "A model for the low bias electric conductance of junctions, consisting of a thin organic film (TOF) positioned between two metallic electrodes (M), has been developed. In contrast with other theoretical studies, the proposed model relies on the energy band picture of M-TOF-M systems. Theoretical analysis of the band-like transport has shown that the electronic flow between metallic electrodes can exist in M-TOF-M junctions only if injected charge carriers are able to overcome the potential barrier with the thickness-dependent height. Such an obstacle to the motion of injected charges in the TOF conduction band arises due to the bending of this band caused by carriers localized in structural traps. Two regimes of the zero bias conductance of M-TOF-M junctions have been studied theoretically for situations, where charges overcome the thickness-dependent barrier undergoing either thermally activated or tunneling transitions. Analytical expressions derived for the zero bias conduction in these two regimes enable us to specify key physical parameters controlling charge transport across the film and provide results consistent with observations. On the basis of our findings, we infer that thermally activated and tunneling conductances can be distinguished by temperature and thickness dependencies. Theoretical results obtained for the electric conductance of M-TOF-M systems in the tunneling regime are compared with those obtained for assemblies in which TOF has been replaced by a single molecule. Distinctions between transport properties of these two systems and their similarities resulting from the present model are discussed.",
author = "Berlin, {Yuri A.} and Ratner, {Mark A}",
doi = "10.1021/acs.jpcc.8b01571",
journal = "Journal of Physical Chemistry C",
T1 - Conduction of Metal-Thin Organic Film-Metal Junctions at Low Bias
AU - Berlin, Yuri A.
AU - Ratner, Mark A
N2 - A model for the low bias electric conductance of junctions, consisting of a thin organic film (TOF) positioned between two metallic electrodes (M), has been developed. In contrast with other theoretical studies, the proposed model relies on the energy band picture of M-TOF-M systems. Theoretical analysis of the band-like transport has shown that the electronic flow between metallic electrodes can exist in M-TOF-M junctions only if injected charge carriers are able to overcome the potential barrier with the thickness-dependent height. Such an obstacle to the motion of injected charges in the TOF conduction band arises due to the bending of this band caused by carriers localized in structural traps. Two regimes of the zero bias conductance of M-TOF-M junctions have been studied theoretically for situations, where charges overcome the thickness-dependent barrier undergoing either thermally activated or tunneling transitions. Analytical expressions derived for the zero bias conduction in these two regimes enable us to specify key physical parameters controlling charge transport across the film and provide results consistent with observations. On the basis of our findings, we infer that thermally activated and tunneling conductances can be distinguished by temperature and thickness dependencies. Theoretical results obtained for the electric conductance of M-TOF-M systems in the tunneling regime are compared with those obtained for assemblies in which TOF has been replaced by a single molecule. Distinctions between transport properties of these two systems and their similarities resulting from the present model are discussed.
AB - A model for the low bias electric conductance of junctions, consisting of a thin organic film (TOF) positioned between two metallic electrodes (M), has been developed. In contrast with other theoretical studies, the proposed model relies on the energy band picture of M-TOF-M systems. Theoretical analysis of the band-like transport has shown that the electronic flow between metallic electrodes can exist in M-TOF-M junctions only if injected charge carriers are able to overcome the potential barrier with the thickness-dependent height. Such an obstacle to the motion of injected charges in the TOF conduction band arises due to the bending of this band caused by carriers localized in structural traps. Two regimes of the zero bias conductance of M-TOF-M junctions have been studied theoretically for situations, where charges overcome the thickness-dependent barrier undergoing either thermally activated or tunneling transitions. Analytical expressions derived for the zero bias conduction in these two regimes enable us to specify key physical parameters controlling charge transport across the film and provide results consistent with observations. On the basis of our findings, we infer that thermally activated and tunneling conductances can be distinguished by temperature and thickness dependencies. Theoretical results obtained for the electric conductance of M-TOF-M systems in the tunneling regime are compared with those obtained for assemblies in which TOF has been replaced by a single molecule. Distinctions between transport properties of these two systems and their similarities resulting from the present model are discussed.
U2 - 10.1021/acs.jpcc.8b01571
DO - 10.1021/acs.jpcc.8b01571
JO - Journal of Physical Chemistry C
JF - Journal of Physical Chemistry C
10.1021/acs.jpcc.8b01571


text:
Q: Laravel crash after adding a raw
Im displaying a treeview data and everything works perfecly.
But when i add the fourth raw, Laravel crash.
I want to post my code but i don't even know which one and where that came from..

view :

Departement

                               <button class=" btn-primary" type="button" data-toggle="collapse"    data-target=".multi-collapse" aria-expanded="false" aria-controls="multiCollapseExample1" >
                                   </button>
                              <button type="submit" class="btn btn-warning "  data-toggle="modal"  data-target="#exampleModalposition"></button>

                      @foreach($treeViewPosition as $departement)

 {{ $departement->departement_name}}

<button class="btn btn-success" data-toggle="collapse"   data-target="#{{ $departement->id}}8" aria-expanded="false" aria-controls="{{ $departement->id}}8">
                        </button>

  @if(count($departement->position))
          @include('treeposition2',['position'=>$departement->position])
       @endif

     @endforeach


How the In-Flight Entertainment & Connectivity Market is developing over 5 market segments?
Global Market Insights, Inc. has recently added a report on In-flight entertainment & connectivity market which provides a succinct analysis of the market size, revenue forecast, and the regional landscape of this industry. The report also highlights the major challenges and current growth strategies adopted by the prominent companies that are a part of the dynamic competitive spectrum of this business sphere.
In-Flight Entertainment & Connectivity Market growth will be driven by increasing demand for comfort accompanied by commercial aviation & fleet expansion. Launch of high throughput satellite (HTS) has enabled added connectivity through Ka band for geo-positioning services, media content and several other applications. The rising prominence of digital advertising as well as free Wi-Fi services is predicted to propel in-flight entertainment and connectivity market size in the coming years.
Based on aircraft type, the industry can be classified into business jets, narrow-body aircraft (NBA), very large aircraft (VLA), wide-body aircraft (WBA). The industry expects from entertainment & connectivity market potential demands from WBA such as Boeing, 747, 767 and 787 Dreamliner, owing to high adoption of these systems. The NBA segment (for example Boeing 757, Airbus 320 and Boeing 737) is forecast to gradually gain more importance due to low turnaround time, increased frequency and optimal fuel management.
In-flight entertainment & connectivity market share can be segmented by product into hardware, connectivity and content. Hardware can be further segregated into portable and non-portable devices. On the basis of content, it can be categorized into movies, TV shows, music, radio and games. Hardware suppliers have been shifting focus towards content service delivery, thereby positioning themselves as system integrators. For instance, hardware vendors such as Panasonic Avionics Corporation have formed a strategic alliance to add international content as a part of their hardware in-flight entertainment and connectivity system package.
U.S. in-flight entertainment & connectivity market will remain a major regional segment through the forecast timeline due to improved high speed broadband support infrastructure, growing data usage in air & ground applications and customizable features offered to its users. Asia Pacific is anticipated to witness rapid growth due to rising consumer living standards and growing air travel frequency.
In-Flight Entertainment & Connectivity Market size was valued at over USD 3 billion in 2015 and is expected to reach USD 8.5 billion by 2024, growing at 13.3% CAGR from 2016 to 2024. Need for increasing passenger travel time experience, development of innovative wireless solutions on BYOD (bring your own device) and growing availability of HD contents are anticipated to drive industry demand.


The two-year program, which is offered to members of academia, industry and government, helps participants to build networks of constituents and to develop enhanced skills to lead their institutions in addressing food system issues, challenges and opportunities.
"It is an honor to be one of the 28 members of this program," Phillips said. "The opportunity to network with and learn from people involved in all realms of agriculture is such a rewarding and valuable experience for me as we face the many challenges in feeding a rapidly growing global population."
The food system encompasses all aspects of production, distribution and consumption, including governance, economics, food waste, nutrition and sustainability.
"I am pleased and honored to have the support of the College of Agriculture and Life Sciences to participate in this program," Beck said. "As we work toward sustainable food production systems for the future, it will require the collective wisdom of many to find solutions. The networks established by this program will do much to address the challenges we face."
During the first year, participants work with a mentor to evaluate their personal leadership style and to develop a personal leadership growth plan. They attend three weeklong, intensive residential training sessions and interactive distance learning sessions.
During the second year, scholars implement what they have learned through the development and execution of an individual leadership project linked to their careers and ambitions.
Phillips is developing the precision agriculture certificate program for MSU graduates during the second part of the program.
"Production agriculture is rapidly evolving, and we are challenged every day to give graduates hands-on experience in the application of the field," Phillips said. "My goal with this program is to integrate precision agriculture technologies in the laboratory and in the field to enhance our graduates' skill sets before they enter the job market."
Beck works closely with the poultry industry in Mississippi and will be addressing questions of global food supply as part of this program.
"It is essential to develop a better understanding of the ways in which universities can lead the way, in collaboration with government and industry, to ensure sustainable food production globally over the next several decades," Beck said.
Funded by the W.K. Kellogg Foundation, the institute is a program of the Association of Public and Land Grant Universities. North Carolina State University, The Ohio State University and California Polytechnic State University, San Luis Obispo serve as residential training sites.


text:
namespace System.IdentityModel.Protocols.WSTrust
{
    internal abstract class WSTrustConstantsAdapter
    {
        private static WSTrustAttributeNames attributeNames;
        private static WSTrustElementNames elementNames;
        private static FaultCodeValues faultCodes;

        private string namespaceURI;
        private string prefix;

        internal static WSTrustFeb2005ConstantsAdapter TrustFeb2005
        {
            get
            {
                return WSTrustFeb2005ConstantsAdapter.Instance;
            }
        }

        internal static WSTrust13ConstantsAdapter Trust13
        {
            get
            {
                return WSTrust13ConstantsAdapter.Instance;
            }
        }

        internal string NamespaceURI
        {
            get { return this.namespaceURI; }
            set { this.namespaceURI = value; }
        }

        internal string Prefix
        {
            get { return this.prefix; }
            set { this.prefix = value; }
        }

        internal abstract WSTrustActions Actions
        {
            get;
        }

        internal virtual WSTrustAttributeNames Attributes
        {
            get
            {
                if (attributeNames == null)
                {
                    attributeNames = new WSTrustAttributeNames();
                }

                return attributeNames;
            }
        }

        internal abstract WSTrustComputedKeyAlgorithm ComputedKeyAlgorithm
        {
            get;
        }

        internal virtual WSTrustElementNames Elements
        {
            get
            {
                if (elementNames == null)
                {
                    elementNames = new WSTrustElementNames();
                }

                return elementNames;
            }
        }

        internal virtual FaultCodeValues FaultCodes
        {
            get
            {
                if (faultCodes == null)
                {
                    faultCodes = new FaultCodeValues();
                }

                return faultCodes;
            }
        }

        internal abstract WSTrustRequestTypes RequestTypes
        {
            get;
        }

        internal abstract WSTrustKeyTypes KeyTypes
        {
            get;
        }

        internal static WSTrustConstantsAdapter GetConstantsAdapter(string ns)
        {
            if (StringComparer.Ordinal.Equals(ns, WSTrustFeb2005Constants.NamespaceURI))
            {
                return WSTrustConstantsAdapter.TrustFeb2005;
            }
            else if (StringComparer.Ordinal.Equals(ns, WSTrust13Constants.NamespaceURI))
            {
                return WSTrustConstantsAdapter.Trust13;
            }

            return null;
        }

        internal abstract class WSTrustActions
        {
            internal string Cancel
            {
                get;

                set;
            }

            internal string CancelResponse
            {
                get;

                set;
            }

            internal string Issue
            {
                get;

                set;
            }

            internal string IssueResponse
            {
                get;

                set;
            }

            internal string Renew
            {
                get;

                set;
            }

            internal string RenewResponse
            {
                get;

                set;
            }

            internal string RequestSecurityContextToken
            {
                get;

                set;
            }

            internal string RequestSecurityContextTokenCancel
            {
                get;

                set;
            }

            internal string RequestSecurityContextTokenResponse
            {
                get;

                set;
            }

            internal string RequestSecurityContextTokenResponseCancel
            {
                get;

                set;
            }

            internal string Validate
            {
                get;

                set;
            }

            internal string ValidateResponse
            {
                get;

                set;
            }
        }

        internal class WSTrustAttributeNames
        {
            private string allow = WSTrustFeb2005Constants.AttributeNames.Allow;
            private string context = WSTrustFeb2005Constants.AttributeNames.Context;
            private string dialect = WSTrustFeb2005Constants.AttributeNames.Dialect;
            private string encodingType = WSTrustFeb2005Constants.AttributeNames.EncodingType;
            private string oK = WSTrustFeb2005Constants.AttributeNames.OK;
            private string type = WSTrustFeb2005Constants.AttributeNames.Type;
            private string valueType = WSTrustFeb2005Constants.AttributeNames.ValueType;

            internal string Allow
            {
                get { return this.allow; }
            }

            internal string Context
            {
                get { return this.context; }
            }

            internal string Dialect
            {
                get { return this.dialect; }
            }

            internal string EncodingType
            {
                get { return this.encodingType; }
            }

            internal string OK
            {
                get { return this.oK; }
            }

            internal string Type
            {
                get { return this.type; }
            }

            internal string ValueType
            {
                get { return this.valueType; }
            }
        }

        internal abstract class WSTrustComputedKeyAlgorithm
        {
            internal string Psha1
            {
                get;

                set;
            }
        }

        internal class WSTrustElementNames
        {
            private string allowPostdating = WSTrustFeb2005Constants.ElementNames.AllowPostdating;
            private string authenticationType = WSTrustFeb2005Constants.ElementNames.AuthenticationType;
            private string binarySecret = WSTrustFeb2005Constants.ElementNames.BinarySecret;
            private string binaryExchange = WSTrustFeb2005Constants.ElementNames.BinaryExchange;
            private string cancelTarget = WSTrustFeb2005Constants.ElementNames.CancelTarget;
            private string claims = WSTrustFeb2005Constants.ElementNames.Claims;
            private string computedKey = WSTrustFeb2005Constants.ElementNames.ComputedKey;
            private string computedKeyAlgorithm = WSTrustFeb2005Constants.ElementNames.ComputedKeyAlgorithm;
            private string canonicalizationAlgorithm = WSTrustFeb2005Constants.ElementNames.CanonicalizationAlgorithm;
            private string code = WSTrustFeb2005Constants.ElementNames.Code;
            private string delegatable = WSTrustFeb2005Constants.ElementNames.Delegatable;
            private string delegateTo = WSTrustFeb2005Constants.ElementNames.DelegateTo;
            private string encryption = WSTrustFeb2005Constants.ElementNames.Encryption;
            private string encryptionAlgorithm = WSTrustFeb2005Constants.ElementNames.EncryptionAlgorithm;
            private string encryptWith = WSTrustFeb2005Constants.ElementNames.EncryptWith;
            private string entropy = WSTrustFeb2005Constants.ElementNames.Entropy;
            private string forwardable = WSTrustFeb2005Constants.ElementNames.Forwardable;
            private string issuer = WSTrustFeb2005Constants.ElementNames.Issuer;
            private string keySize = WSTrustFeb2005Constants.ElementNames.KeySize;
            private string keyType = WSTrustFeb2005Constants.ElementNames.KeyType;
            private string lifetime = WSTrustFeb2005Constants.ElementNames.Lifetime;
            private string onBehalfOf = WSTrustFeb2005Constants.ElementNames.OnBehalfOf;
            private string participant = WSTrustFeb2005Constants.ElementNames.Participant;
            private string participants = WSTrustFeb2005Constants.ElementNames.Participants;
            private string primary = WSTrustFeb2005Constants.ElementNames.Primary;
            private string proofEncryption = WSTrustFeb2005Constants.ElementNames.ProofEncryption;
            private string reason = WSTrustFeb2005Constants.ElementNames.Reason;
            private string renewing = WSTrustFeb2005Constants.ElementNames.Renewing;
            private string renewTarget = WSTrustFeb2005Constants.ElementNames.RenewTarget;
            private string requestedAttachedReference = WSTrustFeb2005Constants.ElementNames.RequestedAttachedReference;
            private string requestedProofToken = WSTrustFeb2005Constants.ElementNames.RequestedProofToken;
            private string requestedSecurityToken = WSTrustFeb2005Constants.ElementNames.RequestedSecurityToken;
            private string requestedTokenCancelled = WSTrustFeb2005Constants.ElementNames.RequestedTokenCancelled;
            private string requestedUnattachedReference = WSTrustFeb2005Constants.ElementNames.RequestedUnattachedReference;
            private string requestKeySize = WSTrustFeb2005Constants.ElementNames.RequestKeySize;
            private string requestSecurityToken = WSTrustFeb2005Constants.ElementNames.RequestSecurityToken;
            private string requestSecurityTokenResponse = WSTrustFeb2005Constants.ElementNames.RequestSecurityTokenResponse;
            private string requestType = WSTrustFeb2005Constants.ElementNames.RequestType;
            private string securityContextToken = WSTrustFeb2005Constants.ElementNames.SecurityContextToken;
            private string signWith = WSTrustFeb2005Constants.ElementNames.SignWith;
            private string signatureAlgorithm = WSTrustFeb2005Constants.ElementNames.SignatureAlgorithm;
            private string status = WSTrustFeb2005Constants.ElementNames.Status;
            private string tokenType = WSTrustFeb2005Constants.ElementNames.TokenType;
            private string useKey = WSTrustFeb2005Constants.ElementNames.UseKey;

            internal string AllowPostdating
            {
                get { return this.allowPostdating; }
            }

            internal string AuthenticationType
            {
                get { return this.authenticationType; }
            }

            internal string BinarySecret
            {
                get { return this.binarySecret; }
            }

            internal string BinaryExchange
            {
                get { return this.binaryExchange; }
            }

            internal string CancelTarget
            {
                get { return this.cancelTarget; }
            }

            internal string Claims
            {
                get { return this.claims; }
            }

            internal string ComputedKey
            {
                get { return this.computedKey; }
            }

            internal string ComputedKeyAlgorithm
            {
                get { return this.computedKeyAlgorithm; }
            }

            internal string CanonicalizationAlgorithm
            {
                get { return this.canonicalizationAlgorithm; }
            }

            internal string Code
            {
                get { return this.code; }
            }

            internal string Delegatable
            {
                get { return this.delegatable; }
            }

            internal string DelegateTo
            {
                get { return this.delegateTo; }
            }

            internal string Encryption
            {
                get { return this.encryption; }
            }

            internal string EncryptionAlgorithm
            {
                get { return this.encryptionAlgorithm; }
            }

            internal string EncryptWith
            {
                get { return this.encryptWith; }
            }

            internal string Entropy
            {
                get { return this.entropy; }
            }

            internal string Forwardable
            {
                get { return this.forwardable; }
            }

            internal string Issuer
            {
                get { return this.issuer; }
            }

            internal string KeySize
            {
                get { return this.keySize; }
            }

            internal string KeyType
            {
                get { return this.keyType; }
            }

            internal string Lifetime
            {
                get { return this.lifetime; }
            }

            internal string OnBehalfOf
            {
                get { return this.onBehalfOf; }
            }

            internal string Participant
            {
                get { return this.participant; }
            }

            internal string Participants
            {
                get { return this.participants; }
            }

            internal string Primary
            {
                get { return this.primary; }
            }

            internal string ProofEncryption
            {
                get { return this.proofEncryption; }
            }

            internal string Reason
            {
                get { return this.reason; }
            }

            internal string Renewing
            {
                get { return this.renewing; }
            }

            internal string RenewTarget
            {
                get { return this.renewTarget; }
            }

            internal string RequestedAttachedReference
            {
                get { return this.requestedAttachedReference; }
            }

            internal string RequestedProofToken
            {
                get { return this.requestedProofToken; }
            }

            internal string RequestedSecurityToken
            {
                get { return this.requestedSecurityToken; }
            }

            internal string RequestedTokenCancelled
            {
                get { return this.requestedTokenCancelled; }
            }

            internal string RequestedUnattachedReference
            {
                get { return this.requestedUnattachedReference; }
            }

            internal string RequestKeySize
            {
                get { return this.requestKeySize; }
            }

            internal string RequestSecurityToken
            {
                get { return this.requestSecurityToken; }
            }

            internal string RequestSecurityTokenResponse
            {
                get { return this.requestSecurityTokenResponse; }
            }

            internal string RequestType
            {
                get { return this.requestType; }
            }

            internal string SecurityContextToken
            {
                get { return this.securityContextToken; }
            }

            internal string SignWith
            {
                get { return this.signWith; }
            }

            internal string SignatureAlgorithm
            {
                get { return this.signatureAlgorithm; }
            }

            internal string Status
            {
                get { return this.status; }
            }

            internal string TokenType
            {
                get { return this.tokenType; }
            }

            internal string UseKey
            {
                get { return this.useKey; }
            }
        }

        internal abstract class WSTrustRequestTypes
        {
            internal string Cancel
            {
                get;

                set;
            }

            internal string Issue
            {
                get;

                set;
            }

            internal string Renew
            {
                get;

                set;
            }

            internal string Validate
            {
                get;

                set;
            }
        }

        internal abstract class WSTrustKeyTypes
        {
            internal string Asymmetric
            {
                get;

                set;
            }

            internal string Bearer
            {
                get;

                set;
            }

            internal string Symmetric
            {
                get;

                set;
            }
        }

        internal class FaultCodeValues
        {
            internal string AuthenticationBadElements
            {
                get { return WSTrustFeb2005Constants.FaultCodeValues.AuthenticationBadElements; }
            }

            internal string BadRequest
            {
                get { return WSTrustFeb2005Constants.FaultCodeValues.BadRequest; }
            }

            internal string ExpiredData
            {
                get { return WSTrustFeb2005Constants.FaultCodeValues.ExpiredData; }
            }

            internal string FailedAuthentication
            {
                get { return WSTrustFeb2005Constants.FaultCodeValues.FailedAuthentication; }
            }

            internal string InvalidRequest
            {
                get { return WSTrustFeb2005Constants.FaultCodeValues.InvalidRequest; }
            }

            internal string InvalidScope
            {
                get { return WSTrustFeb2005Constants.FaultCodeValues.InvalidScope; }
            }

            internal string InvalidSecurityToken
            {
                get { return WSTrustFeb2005Constants.FaultCodeValues.InvalidSecurityToken; }
            }

            internal string InvalidTimeRange
            {
                get { return WSTrustFeb2005Constants.FaultCodeValues.InvalidTimeRange; }
            }

            internal string RenewNeeded
            {
                get { return WSTrustFeb2005Constants.FaultCodeValues.RenewNeeded; }
            }

            internal string RequestFailed
            {
                get { return WSTrustFeb2005Constants.FaultCodeValues.RequestFailed; }
            }

            internal string UnableToRenew
            {
                get { return WSTrustFeb2005Constants.FaultCodeValues.UnableToRenew; }
            }
        }
    }
}

redpajama_set_name: RedPajamaGithub


text:
Archives|Help for School Boards
Help for School Boards
Hubert B. Herring (Lessons column, May 31) writes that most voters on small-town school bonds, whether because of lack of time or expertise, ''have little choice'' but to put their faith in the school board they elected.
Each year, there are fewer people to handle the many complex matters that come before a district -- student achievement, multimillion-dollar budgets, management of buildings and state mandates. School board members do not usually have expertise in these areas before they begin their service. They rely on a staff that is shrinking as the range of issues needing decision is increasing.
It is time to recognize that running a school system is at least as complex as running a business and devote the resources necessary to do the job.
CATHERINE SHAW
Ann Arbor, Mich., June 1, 2000
The writer is director of external relations, Ford School of Public Policy, University of Michigan.
A version of this letter appears in print on June 7, 2000, on Page A00030 of the National edition with the headline: Help for School Boards. Today's Paper|Subscribe


Gold-tone metal grommets frame this compact, leather coin purse from See By Chloé. Fastened with press studs, a removable pouch and card holder features a zipped pocket and two card slots. The main purse contains two slip pockets: inside and externally on the rear. Finished with an engraved, branded disc. Cotton lining.


Behind the difficult working conditions for University security guards and the barriers to change.
Student Government reformed its election process at a meeting Thursday evening.
Students on the South Asian Civ study abroad program this year received information about how to deal with sexual harassment.
Dance Council, a group comprised of representatives from over a dozen UChicago dance groups, started an online petition in February demanding that dance space be added to the building plans for the new North Campus residence hall.
The 61st Street Farmer's Market is a haven for fresh food and community interaction.
TEDxUChicago experienced a sharp decline in attendance this year.


text:
Top 5 Democratic Passions Groups
Liberal | Liberal Democrat | Pro-Choice Democrat | Lifelong Democrat | Social Democrat |
Democratic Passions:
(Most popular books listed by Members on Democratic Passions)
Calling All Readers! Like The Site Library?
ALL BOOKS | DEMOCRATIC RELATED
By Relevance | Alphabetically | By Popularity
A People's History of the United States: 1492-Present (Perennial Classics)
Add this book into your Favorite Books Library
Who lists this book
What's the Matter with Kansas?: How Conservatives Won the Heart of America
The Age of Fallibility: Consequences of the War on Terror
Legendary financier and founder of the Open Society Institute Soros offers crucial insight into the real meaning of freedom, and explains how societies can best ...
The Audacity of Hope: Thoughts on Reclaiming the American Dream (Vintage)
The junior senator from Illinois discusses how to transform U.S. politics, calling for a return to America's original ideals and revealing how they can address ...
The Political Mind: Why You Can't Understand 21st-Century American Politics with an 18th-Century Brain
George Lakoff
, Thomas Frank pointed out that a great number of Americans actually vote against theirown interests. In The Political Mind, George Lakoff explains why.
Being Right Is Not Enough: What Progressives Must Learn from Conservative Success
Paul Waldman
Shrub : The Short but Happy Political Life of George W. Bush
Molly Ivins, Lou Dubose
Examines the life of President George Bush's eldest son, and argues that his success is due largely to his political vagueness.
The Conscience of a Liberal
A leading economist surveys eighty years of American history to illuminate how efforts to balance economic inequality have been set back since the 1970s, in a critical analysis that cites the challenges being faced by today's middle class ...
Supercapitalism: The Transformation of Business, Democracy, and Everyday Life (Vintage)
Robert B. Reich
The best-selling author of Locked in the Cabinet and The Work of Nations furnishes an in-depth analysis of the clash between capitalism and democracy to create ...
Lies My Teacher Told Me: Everything Your American History Textbook Got Wrong, Revised and Updated Edition
James W. Loewen
Criticizes the way history is presented in current textbooks, and suggests a fresh andmore accurate approach to teaching American history


Learn to manage a computerised accounting system.
LCCI Level 3 Award in Computerised Accounting Skills helps learners develop their ability to manage a computerised accounting system to provide management information. Students will learn to process non-routine accounting transactions and print and analyse reports such as the profit and loss and balance sheet.
producing and reviewing a range of routine and non-routine accounting reports for management purposes.
LCCI qualifications have been offered internationally for over 100 years, and originally were developed by the London Chamber of Commerce and Industry (LCCI) to address the need for reliable, high quality standards across international workforces. That need is even more present today, and LCCI qualifications continue to meet it – providing internationally recognised standards in a range of professions to learners across the globe.
LCCI qualifications are awarded by Pearson, the UK's largest awarding body offering academic and vocational qualifications that are globally recognised and benchmarked. Pearson is the world's leading learning company, with 40,000 employees in more than 70 countries working to help people of all ages to make measurable progress in their lives through learning.


Articles of Organization filed with SSNY on: 12/17/2018 NY Office location: Albany County SSNY designated as agent of LLC upon whom process may be served. SSNY shall mail process to: 890 Bedford Ave. Brooklyn, NY 11205 Purposes: any lawful act or activity.
Somerset Services, LLC. Auth. Filed with SSNY on 05/30/18. Office location: Albany. LLC formed in IN on 12/23/1959. CT Corporation Services designated as agent of LLC upon whom process against it may be served. Mail process to: 111 Eighth Avenue, 13th Floor, New York, NY 10011. A copy of the certificate of organization with all amendments thereto can be obtained by request to: Angela Adams, MedPro Group, 5814 Reed Road, Fort Wayne, IN 46835. Third party administration and any other lawful purpose.
Notice of Authority of Einstein Rosen, LLC (LLC). App. for Authority filed with NY Sec'y of State (SSNY) on 11/06/18. NY Office: Albany. LLC formed in DE on 01/02/18. Registered Agent (RA): Registered Agents Inc., 90 State St, Ste 700, Off 40, Albany, NY 12207. SSNY and RA designated as LLC's agents for service of process. SSNY to mail copy of process to RA. DE Office: The Company Corporation, 251 Little Falls Dr, Wilmington, DE 19808. DE Officer: DE Sec'y of State, PO Box 898, Dover, DE 19903. Purpose: Any lawful purposes.
Notice of formation of AO Fountain LLC. Articles of Org. filed with NY Secretary of State (NS) on 12/5/2018, office location: Albany County, NS is designated as agent upon whom process may be served, NS shall mail service of process (SOP) to NW Registered Agent LLC @ 90 State St STE 700 Office 40, NW Registered Agent LLC is designated as agent for SOP at 90 State St STE 700 Office 40, purpose is any lawful purpose.
Formation of PWR Organization LLC. Art. of Org. filed with NY Dep't of State on 12/7/18. Office: Albany County. Sec. of State (SS) and Registered Agents Inc. (90 State St., Ste. 700, Off. 40, Albany, NY 12207) designated as agents upon whom process against LLC may be served. SS shall mail copy of process to foregoing address. Purpose: Any lawful purpose.
FRAME RENOVATIONS LLC. Art. of Org. filed with the SSNY on 10/18/2018. Office: ALBANY County. SSNY designated as agent of the LLC upon whom process against it may be served. SSNY shall mail copy of process to the LLC, NORTHWEST REGISTERED AGENT LLC 90 STATE STREET SUITE 700, OFFICE 40 ALBANY, NY 12207. Purpose: Any lawful purpose.
MedPro Insurance Services, LLC. Auth. Filed with SSNY on 06/01/18. Office location: Albany. LLC formed in IN on 12/2/1986. CT Corporation Services designated as agent of LLC upon whom process against it may be served. Mail process to: 111 Eighth Avenue, 13th Floor, New York, NY 10011. A copy of the certificate of organization with all amendments thereto can be obtained by request to: Angela Adams, MedPro Group, 5814 Reed Road, Fort Wayne, IN 46835. Insurance agency and any other lawful purpose.
Notice of formation of Tails on the Trails, LLC. Articles of Org. filed with NY Sec. Of State (NS) on 12/19/2018. Office location: Albany County, NS is designated as agent upon whom process may be served. NS shall mail service of process (SOP) to Northwest Registered Agent, Inc. at 90 State Street STE 700 office 40 Albany NY 12207. Northwest Registered Agent, Inc. is designated as agent for SOP at 90 State Street STE 700 office 40 Albany NY 12207. Purpose is any lawful purpose.
NOTICE OF FORMATION OF Supervillain Software Group, LLC. Certificate of Authority filed with the Secretary of State of New York (SSNY) on 10/29/18. Office location: Albany County. SSNY is designated as agent upon whom process against it may be served. SSNY shall mail a copy of process to: The LLC, 23 Murray Drive, Glenmont, NY 12077. Purpose: Any lawful purpose.
NOTICE OF FORMATION OF Looks LLC. Articles of Organization filed with the Secretary of State of New York (SSNY) on 11/23/18. Office location: Albany County. SSNY is designated as agent upon whom process may be served. SSNY shall mail service of process (SOP) to Registered Agents Inc. at 90 State Street, STE 700 Office 40, Albany, NY 12207. Registered Agents Inc. is designated as agent for SOP at 90 State Street, STE 700 Office 40, Albany, NY 12207. Purpose: Any lawful purpose.
NOTICE OF FORMATION OF Pistana's Pizzeria LLC. Articles of Organization filed with the Secretary of State of New York (SSNY) on 7/5/18 and a Certificate of Amendment changing the name to Pistana Brother's Pizza LLC was filed on 11/26/18. Office location: Albany County. SSNY has been designated as agent of the LLC upon whom process against it may be served. SSNY shall mail a copy of process to the LLC to: Pistana Brother's Pizza LLC, 20 Nassau Ave., Schenectady, NY 12304. Purpose: Any lawful purpose.
Notice of formation of COGENTAS, LLC. Articles of Org. filed with NY Secretary of State (NS) on 12/14/2018, office location: Albany County, NS is designated as agent upon whom process may be served, NS shall mail service of process (SOP) to Incorp Services, Inc. at One Commerce Plaza, 99 Washington Ave., Suite 805-A, Albany, NY 12210-2822, Incorp Services Inc. is designated as agent for SOP at One Commerce Plaza, 99 Washington Ave., Suite 805-A, Albany, NY 12210-2822, purpose is any lawful purpose.
Notice of formation of 4am Ventures LLC. Articles of Org. filed with NY Sec. Of State (NS) on 12/19/18. Office location: Albany County. NS is designated as agent upon whom process may be served. NS shall mail service of process to Registered Agents Inc. at 90 State St. STE 700 Office 40 Albany NY 12207. Registered Agents Inc. is designated as agent for SOP at 90 State St. STE 700 Office 40 Albany NY 12207. Purpose is any lawful purpose.
Articles of Org. filed with NY Secretary of State (NS) on November 8, 2018, office location: Albany County, NS is designated as agent upon whom process may be served, NS shall mail service of process (SOP) to NW Registered Agent LLC @ 90 State St STE 700 Office 40, NW Registered Agent LLC is designated as agent for SOP at 90 State St STE 700 Office 40, purpose is any lawful purpose.
Notice of formation of Xcallibur Media LLC. Articles of Org. filed with NY Secretary of State on 08/23/18. Office location: Albany County, NS is designated as agent upon whom process may be served. NS shall mail service of process (SOP) to Registered Agents Inc @ 90 State St STE 700 Office 40, Albany NY 12207. Registered Agents Inc is designated as agent for SOP at 90 State St STE 700 Office 40, Albany NY 12207. Purpose is any lawful purpose. The purpose of the business is to provide music and entertainment services at parties and gatherings. It will also provide photography services.


text:
ICMR, Zydus launch diagnostic kits for infectious diseases
Government of India-funded Indian Council of Medical Research (ICMR) and private sector player Zydus have announced the launch of new diagnostic kits that can help in detecting Japanese Encephalitis Virus in mosquitoes and the Crimean-Congo Haemorrhagic Fever in sheep, goat and cattle.
The kits are the result of the research and development conducted by ICMR along with inputs from Zydus.
Typically, most of the research done by government of India-funded scientific organizations fail to reach the market due to lack of interface with the industry, unlike this case.
Zydus said the kits target the kind of infectious diseases found in places like India. Typically, third-world diseases are neglected by large pharmaceutical companies in favor of less life-threatening conditions afflicting people in richer countries.
More kits will soon be launched with the ability to detect measles; Kyasanur Forest Disease Virus (KFDV) and Chandipura Virus (CHPV) in Humans; and the simultaneous detection of dengue and chikungunya.
The kits have been developed by ICMR's National Institute of Virology, Pune.
"The kits have been developed to detect infections in the animal population, as they often are the hosts or reservoirs, spreading the infection to humans who come in close contact with them," Zydus said.
"This public private partnership will open newer avenues for many more indigenously diagnostics for public health benefits. These technologies will enable detection of outbreaks of dangerous and lifethreatening diseases and also give a boost to the government's 'Make in India' efforts."
These kits will be manufactured and marketed by Zydus Diagnostics, a division of Cadila Healthcare based in Ahmedabad.
The kits provide results within 2.5 to 3 hours and are both highly sensitive and specific, the company said.
The kits will be available for use in public health laboratories and hospitals across India and other countries.
"In line with our mission to create healthier communities, we have always Supported initiatives in public health, making niche technologies and therapies accessible to people and bridging unmet healthcare needs. We are happy to partner with ICMR and help in being better equipped in this war against infectious disease outbreaks" said Pankaj Patel, Chairman, Zydus Group.
According to the National Vector Borne Disease Control Programme, India witnessed 1916 cases of Japanese Encephalitis (JE) leading to 226 deaths in 2017.
The virus is transmitted through more than 15 species of Culex mosquitoes, predominantly found in rural and semi-urban settings, where humans live in close proximity to these hosts.
Timely detection of JE is a much needed public health intervention, as 1 in 4 cases can prove fatal.
One of the advantage of the new test is that the result can be obtained within four hours.
Apart from India, the Crimean Congo Haemorrhagic Fever is also reported from Eastern Europe, former Soviet Union, throughout the Mediterranean, in North-western China, central Asia, Southern Europe, Africa and the Middle East.
Animal herders and livestock workers in endemic areas are at risk of CCHF.
The other fairly common vector borne infectious diseases are Kyasanur Forest Disease and the Chandipura Virus Disease, which have been posing a threat to public health with periodic lifethreatening outbreaks.
The Indian Council of Medical Research (ICMR) is the top government body in India for the formulation, coordination and promotion of biomedical research.
It is one of the oldest medical research institutions in the world.
BUSINESS FIRST ON ULTRA HEALTHCAREICMR RESEARCH AND DEVELOPMENT ZYDUS CADILATWEETWHATSAPPFACEBOOK
Zydus' cytokine inhibitor moves into clinical trial Pharmaceutical manufacturer Zydus Cadila said it received permission to initiate clinical trials for ZYIL1, an oral small molecule NLRP3 inhibitor,…
COVID-19 testing charge capped at Rs 1,600 in UP The Uttar Pradesh government has capped the maximum price chargeable by private laboratories for testing for COVID-19 at Rs 1,600…
Dixon Tech to help ramp up 'disruptive' COVID-19 test production Dixon Tech's Tirupati campus Dixon Technologies, the NOIDA-based contract manufacturer of electronics, said it has entered into a contract with…
PM CARES allocation for ventilators may fall short Even as opposition Congress Party alleges a 'ventilator scam' by the Modi government, information provided the Ministry of Health and…
Biocon, Lupin launch new drugs in USA Bicon Ltd and Lupin Ltd, two India-based pharmaceutical manufacturers, launched two drugs in the US, separately. Bangalore-based Biocon launched an…
Lupin gets USFDA nod for diabetes drug Pharma major Lupin Limited (Lupin) said it has received tentative approval from US FDA for Empagliflozin and Linagliptin tablets used…
Wipro in billion-dollar deal with Germany's Metro AG IT and outsourcing major Wipro said it will take over the IT division of Germany-based wholesaler Metro AG in a…
COVID-19 herd immunity not an option for India - Center OSD Rajesh Bhushan Ministry of Health and Family Welfare today ruled out achieving herd immunity -- developed as a result…
SpiceJet offers pre-travel COVID-19 tests to passengers SpiceJet said it has started offering a doorstep, pre-travel COVID-19 testing service to its passengers. A healthcare worker will visit…
Uttar Pradesh completes evacuation of migrant workers Yogi has flagged off several scheme to attract investment to UP The Uttar Pradesh government has completed the task of…
COVID-19 hurts IRCTC's plans; Ticket sales still down 77% Inside IRCTC's Golden Chariot | Source:IRCTC The Indian Railway Catering and Tourism Corporation, which sells about 73% of India's reserved…
Delhi's real COVID-19 infection rate is 41 times higher: SeroSurvey Satyendar Jain A total of 58 lakh people are likely to have been already infected by Coronavirus by the first…
COVID-19: Dr Reddy's signs deal to make and sell favipiravir globally Dr. Reddy's Laboratories, one of India's biggest pharmaceuticals manufacturers, said it has signed a licensing agreement with Japan-based FUJIFILM to…
Thyrocare Q2 revenue up 37% on COVID-19 testing Thyrocare, one of India's leading diagnostic services providers, said its revenue has jumped substantially in the July-September quarter owing to…
COVID-19: Thomas Cook offers ultra affordable Europe vacations Eastern European cities, such as Zagreb (above) are on offer With the travel and hospitality industry reeling from the impact…
Xiaomi unveils India's cheapest full-HD & 6GB smartphone Xioami, the Chinese smartphone maker that dominates the Indian market, will tomorrow start selling the POCO M2, India's cheapest smartphone…
No cash? Get a car on 'subscription' from Maruti Suzuki Maruti Suzuki, the country's largest carmaker, has started a car subscription service in India in association with ORIX, a Japan-based…
Dr Lal PathLabs says only 0.5% of records leaked Dr Lal PathLabs, one of India's top diagnostic chains, today clarified that the leak of patient data reported in the…