How to cook with rehydrated freeze dried

Providing that you have stored your freeze dried food correctly, it will taste just as great as fresh food. Rehydrating the food is no big deal, but you may want to take a little bit of extra care when you cook it. I have to be honest and say that I think that freeze dried food often tastes better than regular frozen food. The process of freeze drying seems to intensify the flavor. There is no great mystery to how to rehydrate freeze dried food and still make it taste great. However, I have one hot tip for you. Dry your own herbs or invest in high quality dried herbs; it will make a lot of difference.

How to rehydrate freeze dried food

First of all, I prefer to buy foods which have not been cooked before freeze drying. If you are still going to prepare family meals, it can taste better and give you the feeling of cooking with fresh food. That being said, cooked freeze-dried food has its place as well, and you should have this available also. From an energy point of view, it is much more economical in a crisis.

All you need to do to rehydrate food is to place it in a bowl of water and let it absorb all of the water it needs. It doesn’t take very long, and you can actually watch the process. In a few minutes, your food will be ready to cook or to enjoy. Remove from the water, and cook all food which wasn’t prepared prior to freeze drying. Ice cream, fruit, and berries do not need to be cooked. However, you should always cook the meat, or reheat it, if it hasn’t already been cooked.

How to cook your food

Cooking with uncooked meat and vegetables is not different from cooking with fresh produce. As I always try to focus on energy consumption when I cook, I will use a crock pot or a small gas stove. You can also use a steamer to cook vegetables and fish. Food such as fish and vegetables will retain more of its nutritional content if prepared in a steamer. Salmon steamed with herbs will taste great when cooked in a steamer.

You cook the food in the same way as fresh food. My personal preference is to cook it in a crockpot. Somehow, the freeze drying process seems to have made the food tastier. This is probably because no oxygen or water has been allowed access to the food. In other words, there has been nothing there to spoil it.

Cooking a casserole in a hot pot will taste just great, but remember to use your herbs. I find that you will need to add extra spices and herbs to the food to get an authentic taste of a dish. Onions are great as well, and you should try to add them if you can. I would advise against using things like powdered dairy cream. It doesn’t seem to taste very good. The fresh version is better, and will make the dish more home cooked.

Don’t be afraid of freeze dried food. It is really great, and even of you are not a prepper, it can make a great addition to your larder. If, you are trying to live a more self-sufficient lifestyle, freeze dried food is a great alternative. You get more bang for your buck as they say!

Mylar Bags and Oxygen Absorbers

Mylar Bags and Oxygen Absorbers from

storing food for the Long term

storing food for the Long term

Planning ahead for a crisis

Food Crisis

What food to store

Canning Food for Long Term

Canning Food for Long Term


Pinterest • The world’s catalog of ideas

Alpine is the coldest place in Arizona. It's deep valley and tall surrounding mountains make for a frozen and secluded lake during the winter. You feel like you could whisper and the vastness would carry your voice to the other end of the landscape! #alpine, az #arizona #snowy arizona

Terrific lodging near Alpine, Arizona heart of the White Mountains. Cross country skiing, hiking, fishing, snowmobiling. Accommodations, lodge rooms, cabins...

One of the most beautiful and peaceful things in nature to be around. Waterfalls Lakes Plitvice, Croatia National Park Is among the 20 most beautiful lakes in the world to 17th place.


Distance from to

Distance from Israel to Saudi Arabia

Distance from Israel to Saudi Arabia is 1,284 kilometers. This air travel distance is equal to 798 miles.

The air travel (bird fly) shortest distance between Israel and Saudi Arabia is 1,284 km= 798 miles.

If you travel with an airplane (which has average speed of 560 miles) from Israel to Saudi Arabia, It takes 1.42 hours to arrive.

GPS Coordinates (DMS)31° 2´ 45.7800'' N
34° 51´ 5.7960'' E
Altitude462 m

Israel Distances to Countries

Distance from Israel to Italy2,318 km
Distance from Egypt to Israel613 km
Distance from Israel to Montserrat9,701 km

Saudi Arabia

GPS Coordinates23° 53´ 9.3840'' N
45° 4´ 44.9760'' E
Altitude947 m
CountrySaudi Arabia

Saudi Arabia Distances to Countries

Saudi ArabiaDistance
Distance from Sri Lanka to Saudi Arabia4,194 km
Distance from Netherlands to Saudi Arabia4,595 km
Distance from Albania to Saudi Arabia3,004 km


Endangered Plants in the Laos Tropical Forest

Laos is suffering from deforestation much like its neighbors, Vietnam and Thailand. Southeast Asia is home to many rare tropical trees that are in great demand for exotic hardwoods, religious objects and as medicinal oils. Trees become endangered in Laos because of a combination of demand and unsustainable harvesting to meet that demand.

Afzelia Xylocarpa

Afzelia xylocarpa belongs to the same family of trees as the orchid tree and the flamboyant tree. It is more commonly known as black rosewood. This tree, because of its hard, dense wood that has a very fine grain, has been exploited for many purposes, including musical instrument construction, home construction and carvings. The bark of this tree is sometimes used in local hide tanneries. This tree usually grows in the Laotian low hill, ranging in altitude from 300 feet to 2,000 feet.

Agarwood, sometimes called "the wood of the gods," is nearly extinct in Laos. This wood is very high in resin and is often used in religious items and ceremonies throughout Asia, as well as for medicinal purposes. Resins distilled from this tree is also used in many perfumes and cosmetics. Agarwood resin is often used in high-quality incense used in religious rites and rituals. Agarwood is primarily endangered in Laos due to unsustainable harvesting arising from insufficient quality in agarwood resin substitutes.

Dipterocarpus Turbinatus

The Dipterocarpus turbinatus is another endangered tree in Laos. This tree is harvested both for its gum and resin, as well as for its wood. The Dipterocarpus turbinatus is sometimes called the common garjun tree or the wood oil tree. Its oils and resins are oleo-resins, often called garjun oil or garjun balsam. This oil is part of several different medical systems, including Indian Ayurvedic medicine, where it is often used on skin lesions, ulcers and ringworm.

Keywords: Laos wood products, endangered plants, endangered trees in Laos

About this Author


Golfsmith Tapered Iron Ferrules - Packgage Of 12

BEGIN PRODUCT COPY Ferrules are required on metal clubheads with flat-topped (non-raduiused) hosels to provide the taper and enhance the appearence of the club. Many Golfsmith® ferrules have outside diameters that closely match those of our clubhead hosels and thus require little or no turning. END PRODUCT COPY [+]


How do I reconstitute my oligos to a 10µM concentration?

We recommend dissolving the stock oligo in concentrated form in TE (10 mM Tris pH 8.0, 1 mM EDTA). Alternatively, sterile dH2O can be used. DNA kept frozen in a nuclease-free environment should be stable for years. We find it convenient to initially make a freezer stock (which should be thawed relatively infrequently) at 100 µM concentration. Adding a volume of TE (µl) equal to ten times the number of nanomoles of DNA present in the tube (as noted on the spec sheet provided with the oligo) will produce a stock solution at this concentration. For example, dissolve 50 nmoles of oligo in 500 µl TE to make a stock 100 µM solution. Dilute from this stock 1:10 (in water) to make a working solution at 10 µM for use in setting up PCR reactions. Most PCR reactions use 0.1 - 0.5 µM primer. Addition of 1 µl of the 10 µM primer to a 20 µl PCR reaction will result in a final primer concentration of 0.5 µM, or 10 picomoles of oligo in 20 µl volume.

You can also refer to our Resuspension Calculator Software online. This program will help you to quickly determine how much buffer/water to add to the oligo to meet your desired concentration. Simply enter the number of nmoles in your vial, change the drop down button from "OD260" to "nmoles", type in your desired concentration in the appropriate space, and hit calculate. Here is the link to this program:

Application Support Topics


47 CFR 74.803 - Frequency selection to avoid interference.

§ 74.803 Frequency selection to avoid interference.

(c) In the 941.500-952.000 MHz, 952.850-956.250 MHz, 956.45-959.85 MHz, 6875.000-6900.000 MHz, and 7100.000-7125.000 MHz bands low power auxiliary station usage is secondary to other uses (e.g., Aural Broadcast Auxiliary, Television Broadcast Auxiliary, Cable Relay Service, Fixed Point to Point Microwave) and must not cause harmful interference. Applicants are responsible for selecting the frequency assignments that are least likely to result in mutual interference with other licensees in the same area. Applicants must consult local frequency coordination committees, where they exist, for information on frequencies available in the area. In selecting frequencies, consideration should be given to the relative location of receive points, normal transmission paths, and the nature of the contemplated operation.

(d) In the 1435-1525 MHz band, low power auxiliary stations (LPAS) are limited to operations at specific fixed locations that have been coordinated with the frequency coordinator for aeronautical mobile telemetry, the Aerospace and Flight Test Radio Coordinating Committee. LPAS devices must complete authentication and location verification before operation begins, employ software-based controls or similar functionality to prevent devices in the band from operating except in the specific channels, locations, and time periods that have been coordinated, and be capable of being tuned to any frequency in the band. Use is limited to situations where there is a need to deploy large numbers of LPAS for specified time periods, and use of other available spectrum resources is insufficient to meet the LPAS licensee's needs at the specific location. All LPAS devices operating in a particular area in the band may have access to no more than 30 megahertz of spectrum in the band at a given time.

[42 FR 14729, Mar. 16, 1977, as amended at 52 FR 2535, Jan. 23, 1987; 80 FR 71728, Nov. 17, 2015]

United States Code

Title 47 published on 2015-10-01

      GPO FDSys XML | Text
      Final rule.


Haruhide Matsuda

Learn More
Let k ≥ 2 be an integer. We show that if G is a (k + 1)-connected graph and each pair of nonadjacent vertices in G has degree sum at least |G| + 1, then for each subset S of V (G) with |S| = k, G has a spanning tree such that S is the set of endvertices. This result generalizes Ore's theorem which guarantees the existence of a Hamilton path connecting any(More)
For a graph H and an integer k ≥ 2, let σ k (H) denote the minimum degree sum of k independent vertices of H. We prove that if a connected claw-free graph G satisfies σ k+1 (G) ≥ |G| − k, then G has a spanning tree with at most k leaves. We also show that the bound |G| − k is sharp and discuss the maximum degree of the required spanning trees.


Job Market Guide: Hospice Admissions Nurse jobs in Evansville

Desired Skills
Years of Experience
Years of Experience distribution graph for Hospice Admissions Nurses in Evansville. Hospice Admissions Nurses in Evansville have between ${} and ${} years of experience, averaging $${} years of experience.

1 Hospice Admissions Nurse job in Evansville

Compensation Estimate

What's a Compensation Estimate?

$60K to $100K - Jasper, IN
In this role, you will oversee and provide primary care, including all clinical care, palliative care, and symptom control and identify other physical, psychological, social and spiritual needs for assigned patients.
Misc. Healthcare
Not Specified


A restaurant lists the calorie counts for its patrons... I love it!

Every so often, I get into this debate with people who reject the concept of “calorie counting” outright. And while I’m the type of person who believes in understanding someone’s viewpoint before I make a decision about it either way (because there is a difference between understanding someone and accepting their opinion as right), I’m not going to make it easy, either.

The very first series I wrote on this site was about my experiences with calorie counting, and it’s a process that’s very near and dear to my heart. Before I explain my experiences with calorie counting and my own personal stance, I think it’s fair to explain the concept of intuitive eating. I think, as you read along, you’ll discover what my real thoughts about intuitive eating actually are.

I know, I know… no one loves wikipedia. I’m quoting it anyway:

Intuitive eating is a nutrition philosophy based on the premise that becoming more attuned to the body’s natural hunger signals is a more effective way to attain a healthy weight; rather than keeping track of the amounts of energy and fats in foods. It’s a process that is intended to create a healthy relationship with food, mind, and body. Intuitive Eating, just like the many books available today, goes by many names, including non-dieting or the non-diet approach, normal eating, wisdom eating, conscious eating and more.

I think that’s a pretty solid definition.

I think I’ve said enough on this site that implies that I am anti-dieting. I don’t believe in restrictive rules that I can’t abide by, thus resulting in my incessant need to “cheat.” I don’t believe in the “health obsessed, yet still unhealthy culture” in our country today.. that takes advantage of people’s confusion about weight loss and wellness. I don’t believe in society’s need to idolize sickly looking women (and by sickly looking, I mean not fit, just thin-for-the-sake-of-being-thin). I don’t believe in perpetuating the idea that you have to buy every book or every trendy fad fitness toy to be healthy… especially when all it’s gonna do is collect dust until you donate it to Goodwill. I just… I reject most of what popular culture tells me about wellness, food and weight loss. That part of the intuitive eating philosophy, I accept and advocate.

I’m also big about developing healthy relationships with food. I support conscious consuming. I don’t support using food to self-medicate. Or hiding food. Or using food for any reason other than fueling the body and enjoying the experience. A lot of us don’t even realize that we have unhealthy relationships with food because we’re not even conscious of what we’re doing when we do it. We just.. consume.. feel better.. and move on to the next issue. Wash, rinse, repeat.

However, people who support intuitive eating also have this tendency to reject calorie counting as a faction of that “health obsessed, yet still unhealthy” culture that we have. Weight loss programs abound, that restrict you to a certain amount of calories, as if calories are the key indicator of weight loss success or failure. (Countless posts here will tell you.. they’re not.) Without proper focus, it can absolutely become obsessive. Supporters also believe it puts too high of a priority on calories… as if a calorie is a calories is a calorie, and it doesn’t matter where they come from so long as you’re under X number.

I don’t necessarily disagree with any of that. I think they are great philosophies. I also think they’re thoughtless, slightly privileged and a little disconnected from the reality that calorie counting can provide… because while I am an intuitive eater now, I got here through calorie counting. And because of that, because these people want to pit the two against one another, instead of using calorie counting as a means of maturing into intuitive eating, calorie counting wins out for me.

When I first realized that my problem was not only how much I was eating but what I was eating, I struggled a bit and had to start from scratch. For me, this meant that I completely dropped processed foods and – because I was missing the processed dishes I was eating – had to learn how to cook. Some people take the insulting stance of “you should know that eating a cupcake is not healthy,” but it’s not that you should know it is unhealthy.. it’s about knowing just how unhealthy it is.

I developed a love of cooking, because I realized just how much fun it could be to experiment and actually succeed with a well-put-together dish. And with every dish, I learned what each ingredient contributed to the dish. It taught me to be mindful of just how much fat I was adding to a dish (by way of oil, butter, cream, avocado, nuts, whatever) while still seeking to create a flavorful dish. I learned that I needed to be mindful of a “tipping point” in my dishes: sure, I can recreate the flavors in my favorite restaurant pasta dish… but did I really want the size? Did I really need the size?

I calorie counted everything in my baking, and learned where I could pare down the sugar and excess fat while still enjoying myself. And in baked goods where I learned just how calorie-heavy they were… I learned that I couldn’t eat them often – or at all, for that matter.

While I was doing all of this calorie counting, something was happening to me that I didn’t recognize at first, but I’m eternally grateful for after the fact. All of this experimenting with real ingredients as opposed to processed foods allowed me to redevelop my own sense of being full. That’s right – a lifestyle that relied on food that originated from dust and, within my insides, turned back into dust and failed to fill me… thus compelling me to eat more and consume more calories… altered my ability to eat intuitively. It worked against my intuition, and caused me to disconnect from it. It caused me to lose my ability to connect to myself and my body. I suspect I’m not the only person that has ever had that problem.

Being a calorie counter – as well as an amateur cook – allowed me to learn how different foods make me feel inside. I learned how foods with a lot of fat are much higher in calories and are supposed to fill you up quicker. I learned why there’s a difference in how I feel after eating my cheesecake vs someone else’s cheesecake… which taught me to stop eating someone else’s cheesecake. I learned.. I learned… I learned so much from my experience with counting calories that, if I had just bypassed it for the sake of “trying to become an intuitive eater,” I wholeheartedly believe I’d still be flailing about and clueless, almost 110lbs ago.

Why can’t we have both? Is the risk associated with calorie counting soooooo great that we cannot instead focus our energies on developing a healthy program that nurtures calorie counters into people who become more conscious of the contents of their dishes and better able to listen to their bodies? Why is wellness always all or nothing, especially when overlooking the middle usually results in a lot of people being left in the dust? And, let’s face it – some people want to lose weight. Is there something so wrong with that? They should be allowed to understand their bodies and how to better control the weight those bodies carry. (Or do we fear that allowing healthful discussion about “how to lose weight” implies that people need to lose weight? Isn’t it easier to just work to fix that mentality?)

In closing, I offer up a polite suggestion. Instead of railing against calorie counting… take the stance that, for those of us who don’t come from some grand understanding of “you’re an idiot if you don’t know that a cupcake isn’t healthy,” it is a way to learn just how unhealthy some things are. Understand that it helps us quantify just how bad our decisions are and can be if we aren’t conscious and careful. Understand that it helps us realize that each food we put into our bodies should serve multiple purposes – not just “be yummy” – because our bodies have needs… and our bodies try to tell us what they need, if we’re able to listen. You can’t make it from the first floor to the second without walking up a few steps… and for me, calorie counting was those steps.

So.. if I have to choose? Calorie counting. All day.


What is actuarial sciences

what is actuarial sciences

Best Answer: Actuarial science is the discipline that applies mathematical and statistical methods to assess risk in the insurance and finance industries. Actuaries are professionals who are qualified in this field through examinations and experience.

Job description:

An actuary uses statistical and mathematical knowledge to make long-term financial forecasts. These forecasts are used by financial and governmental organisations to solve current financial problems and to make future plans. Traditionally, actuarial work has been mainly associated with pensions and insurance activity, but actuaries are increasingly in demand from other related sectors, including corporate finance/investment banking, business management and healthcare.

Actuarial consultancy is just one branch of the actuarial profession. Working mainly within professional services firms or specialist consultancies, actuaries in this area may be involved in providing a whole range of services to their clients.

Typical work activities:

The work of an actuary within a consultancy may include advising on pensions (designing schemes and calculating contributions), general insurance, HR management, risk management, mergers and acquisitions, corporate recovery, and financing projects. The exact nature of the work undertaken therefore depends on the focus of the employing organisation and the specific projects within their portfolio, but the work of most actuaries can be summarised by what is known at the 'control cycle' model. Actuaries monitor the general economic and commercial environment, specify targeted outcomes and assess risks, develop appropriate solutions and then monitor the experience and

impact. The results of their decisions may require earlier stages to be revisited and revised; hence the cyclical nature of their work.

On a daily basis, consulting actuaries draw upon and apply their knowledge of economics, accounting, marketing, legislation and business practice. General responsibilities may include:

* using mathematical modelling techniques and statistical concepts to determine probability and assess risks;

* explaining the implications of this work to clients and advising on risk limitation;

* advising on the marketing and administration of pensions and life assurance schemes;

* writing detailed reports and letters;

* applying a range of techniques to resolve different types of business problems;

* undertaking actuarial valuations;

* liaising with clients and dealing with queries as they arise;

* working with IT professionals to develop systems that ensure compliance with the requirements of regulatory bodies;

* collaborating with a range of colleagues, including accountants, solicitors, underwriters and investment managers;

* selecting and using appropriate IT software to manage and manipulate data;

* researching current developments within the business and financial worlds.

Trainee actuaries may choose to focus on the consultancy environment because it tends to offer more varied work, affording the opportunity to deal with a variety of different clients and possibly to travel, working at client sites. Balancing a wide range of responsibilities, projects and client demands can be challenging but also rewarding.

Source: answers.yahoo.com

Category: Insurance

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Mite dispersal among the Southern Ocean Islands and Antarctica before the last glacial maximum.

Mortimer E. ; Jansen van Vuuren B. ; Lee J.E. ; Marshall D.J. ; Convey P. ; Chown S.L. (2011)

It has long been maintained that the majority of terrestrial Antarctic species are relatively recent, post last glacial maximum, arrivals with perhaps a few microbial or protozoan taxa being substantially older. Recent studies have questioned this 'recolonization hypothesis', though the range of taxa examined has been limited. Here, we present the first large-scale study for mites, one of two dominant terrestrial arthropod groups in the region. Specifically, we provide a broad-scale molecular phylogeny of a biologically significant group of ameronothroid mites from across the maritime and sub-Antarctic regions. Applying different dating approaches, we show that divergences among the ameronothroid mite genera Podacarus, Alaskozetes and Halozetes significantly predate the Pleistocene and provide evidence of independent dispersals across the Antarctic Polar Front. Our data add to a growing body of evidence demonstrating that many taxa have survived glaciation of the Antarctic continent and the sub-Antarctic islands. Moreover, they also provide evidence of a relatively uncommon trend of dispersals from islands to continental mainlands. Within the ameronothroid mites, two distinct clades with specific habitat preferences (marine intertidal versus terrestrial/supralittoral) exist, supporting a model of within-habitat speciation rather than colonization from marine refugia to terrestrial habitats. The present results provide additional impetus for a search for terrestrial refugia in an area previously thought to have lacked ice-free ground during glacial maxima.

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Shares of Vitae Pharmaceuticals, Inc. (NASDAQ:VTAE) have entered overbought territory as the 14-day RSI reading touched 87.38 after yesterday’s close. Investors should be cautious of taking positions as this might indicate the stock is due to reverse course.

Vitae Pharmaceuticals, Inc. (NASDAQ:VTAE) shares have traded 0.33% for the week and are 15.97% for the year. At the time of writing, the stock is trading at $20.99, a change of 0.14% from the previous close. In terms of volatility, the average daily high/low percentage range stands at 0.29% for the week and 1.35% for the month.

So, most importantly, where are shares headed from here? In order to get a sense of Wall Street sentiment, we can look to brokerage analyst estimates. On a one to five ratings scale where 1.0 indicates a Strong Buy, 2.0 indicates a Buy, 3.0 a Hold, 4.0 a Sell and 5.0 a Stong Sell. Vitae Pharmaceuticals, Inc. currently has an average analyst recommendation of 3.00 according to analysts. This is the average number based on the total brokerage firms taken into consideration by Beta Systems Research. The same analysts have a future one-year price target of $21.00 on the shares.

Technical Indicators

In addition to sell-side rational, we can also take a look at some technical indicators. The stock is currently 66.12% away from its 50-day simple moving average and 105.37% away from the 200 day average. Based on a recent trade, the shares are -0.21% away from the 52-week high and 414.46% from the 52-week low.


Robotics and Automation Handbook

Robotics and Automation Handbook

4.11 - 1251 ratings - Source

As the capability and utility of robots has increased dramatically with new technology, robotic systems can perform tasks that are physically dangerous for humans, repetitive in nature, or require increased accuracy, precision, and sterile conditions to radically minimize human error. The Robotics and Automation Handbook addresses the major aspects of designing, fabricating, and enabling robotic systems and their various applications. It presents kinetic and dynamic methods for analyzing robotic systems, considering factors such as force and torque. From these analyses, the book develops several controls approaches, including servo actuation, hybrid control, and trajectory planning. Design aspects include determining specifications for a robot, determining its configuration, and utilizing sensors and actuators. The featured applications focus on how the specific difficulties are overcome in the development of the robotic system. With the ability to increase human safety and precision in applications ranging from handling hazardous materials and exploring extreme environments to manufacturing and medicine, the uses for robots are growing steadily. The Robotics and Automation Handbook provides a solid foundation for engineers and scientists interested in designing, fabricating, or utilizing robotic systems.In the case of the Mitsubishi PA-10 robot arm, there are no link lengths so a 1 through a 7 are equal to zero. As seen from the schematic of the Mitsubishi arm, the only nonzero link offsets, dia#39;s D-Hparameters are ds, d5, and d7. Havinganbsp;...

Title:Robotics and Automation Handbook
Author:Thomas R. Kurfess
Publisher:CRC Press - 2004-10-15


Nanotechnology Databases

Comprehensive databases for nanomaterials, events, products,
companies, research labs, degree programs and publications

Nanomaterial Suppliers

Showing results 1 - 25 of 70 for suppliers of Carbon Nanotubes:

Adnano Technologies is a supplier of various forms of graphene and multiwalled carbon nanotubes. They also provide analytical services like FESEM, TEM, AFM, FTIR, XRD, XPS, Contact Angle, BET, Zeta sizer and Master sizer.
CNT producer in Taiwan.
A global supplier of nanomaterials.
Arknano is committed to the research and development of Medicinal Chemistry and Material Chemistry. The company's main research fields are: The synthesis and applications of carbon nanotubes; custom synthesis and structure modification of pharmaceutical intermediates; the design of molecular drugs.
Supplier of a wide variety of nano materials, including carbon nanotubes (CNTs) and nano elements as as well as nano oxides (rare earth, metal, and non-metal).
Atom NanoElectronics provides the next generation display and device technology with pure semiconducting nanomaterials. The company supplies HiPCO, electronically pure single-chirality semiconducting carbon nanotubes, and narrowly distributed large-diameter semiconducting carbon nanotubes and conductive carbon nanotubes with sheet resistance of 70 Ohms/sq at 70% transmission.
The company specializes in analytical characterization, consultancy, and synthesis of nanomaterials serving to nanotechnology-based industries, universities and institutes. They also manufacture carbon nanotubes, graphene, and various nanoparticles.
The company manufactures graphene and caron nanotubes.
Canatu Oy's business is the production and sales of a new class of versatile carbon based components based on its novel NanoBud nanomaterial.
Manufacturer of carbon nanotubes and graphite nanofibers.
Manufacturer of carbon nanotubes.
Producer of carbon nanotubes, carbon nanofibers and carbon nanochips.
A supplier of various forms of carbon nanotubes.
A supplier of carbon nanotubes and various nanopowders.
Producer of carbon nanotubes.
Develops and manufauctures carbon nanotube and related products for diverse applications across broad market segments including energy, enviromental/ cleantech, specialty materials, and electronics.
ONEX Global Nanotechnologies S.A. (Glonatech) is a nanotechnology company offering nanoscience and nanotechnology solutions, products & services to global product manufacturers. The company also is a manufacturer of carbon nanotubes.
Producer of carbon nanotubes.
Hubron is an independent distributor of technically relevant speciality and functional raw materials to industries that formulate. The industries that they currently serve include rubber & plastics; adhesives & sealants; coatings & inks; structural composites; polyurethane; lubricants and certain parts of the healthcare and cosmetic markets.
Carbon nanotube development and commercialization.
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Demand for your company’s product is influenced by two factors: economic conditions for the year (good, fair or poor) and the intensity of market competition (intense or moderate). Company analysts estimate a likelihood of 30% that economic conditions will be good, a 50% likelihood that they will be fair, and a 20% likelihood they will be poor.
It is estimated that if economic conditions are good, there is an 80% probability that market competition will be intense (and so a 20% chance it will be only moderate). If economic conditions are only fair, there is a 50% chance that competition will be intense (and a 50% chance it will be moderate). Finally, if economic conditions are poor, there is only a 10% chance that competition will be intense (and a 90% chance it will be moderate).
The company has a basic demand level of 5000 units, but its analysts estimate that good economic conditions will add 2000 units to this total, while fair economic conditions will add 1500. (Poor conditions will add nothing to basic demand.) In addition, moderate competition can be expected to add an extra 1000 units, while intense competition will subtract 1000 units.
Using company demand as your random variable and x to represent values of the random variable,
a. List the possible x values.
b. Show the full probability distribution.
c. Compute the expected demand.

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'The Censor's Hand'

June 3, 2015

Many scholars complain that institutional review boards unreasonably delay or block studies involving human research subjects. A new book, The Censor's Hand: The Misregulation of Human-Subject Research (MIT Press), doesn't see IRBs as fixable, but as an inherently flawed system. The author -- Carl E. Schneider is Chauncey Stillman Professor of Law and Professor of Internal Medicine at the University of Michigan -- responded via email to questions about his book's themes.

Q: Is the problem that IRBs are overzealous or (as you suggest) that the entire system is messed up?

A: The problem is that the IRB system is so fundamentally misconceived that it is virtually a model of how to regulate badly. Good regulation is accountable, but IRBs are effectively answerable to nobody. Good regulation has clearly defined jurisdictional limits, but IRBs may intervene as they wish. Good regulation is guided by clear rules, but IRBs have little more than empty principles. Good regulation is disciplined by fair procedures, but IRBs can ignore every fundamental precept of due process. Good regulation is transparent, but IRBs need not even explain -- much less justify -- their decisions. Good regulation is staffed by experts, but IRB members cannot be competent in all the specialties they regulate. Good regulation has manageable workloads, but IRBs regulate more details of more research in more ways than they can review responsibly, and they have steadily broadened and intensified their hold over research.

In short, the IRB system makes unreliable decisions because it is lawless and unaccountable, because its organization, procedures, membership and imperialism are so inappropriate. The problem is not regulation, it is bad regulation.

Q: Why do you believe IRBs have become censors?

A: IRBs have become censors because they have been told to censor. IRBs may decide what questions researchers can ask, how to ask them, how to analyze answers and how to report findings. IRBs' incentives lead them into the classic censors’ faults -- like constraining too much for too little reason. If IRBs say no, little harm can come to them: researchers may be dismayed, but they cannot afford to alienate regulators who have unreviewable authority over their work. If IRBs say yes, they risk blame for trouble that (justly or not) the research provokes. This trouble can be painful, including institutional embarrassment, lawsuits and federal sanctions.

Q: In recent years, social scientists have been among the vocal critics of IRBs, saying that their research needs a different kind of review than biomedical review. Does your critique apply here?

A: IRB review of social-science research suffers from all the problems of fundamentally misconceived regulation that I just described. But those problems are exacerbated by the fact that the IRB system was designed for biomedical research. Thus IRBs too often ask questions and impose restrictions ill suited to social-science research. In addition, many kinds of social-science research are ideologically controversial, tempting IRBs to use their power to promote their own preferences.

Q: Many scholars complain about IRBs as delaying their work, a bureaucracy, etc. But you say more than this -- that they are hurting science. Would you summarize your evidence?

A: Scholars rightly say that the burdensome bureaucratic processes that IRBs have come to demand and the restrictions that IRBs impose delay, distort, discourage and even prevent research. These impediments reduce the amount of research that can be done, diminish its quality and postpone its benefits. The Censor's Hand spends a chapter detailing the evidence that these costs of the IRB system are high. For example, reports of researchers' experiences with multisite studies indicate that just dealing with IRBs can consume 15 percent of a study's budget. Those reports also show IRBs responding to a single protocol in bafflingly inconsistent -- and sometimes incomprehensible -- ways. Nor is there good evidence that IRBs actually improve research or protect its subjects.

Q: The United States was home to the Tuskegee experiments, and even today, some researchers are accused of doing research abroad that would never be tolerated with Americans. Is there some need for IRBs, even if not in their present form?

A: The response to one social disaster should not be to create another. Yet a social disaster is what the fundamentally misconceived IRB system has turned out to be. Before regulating, government should ask what problem regulation addresses and whether regulation can do more good than harm. Most research -- both biomedical and social science -- poses risks no greater than those people handle routinely without government supervision. Furthermore, research varies enormously, so human-subject research should not be treated as posing one set of problems and requiring one kind of solution. So we should ask which specific threats research actually poses and then identify the best way to handle each kind of threat.

Q: What system would you have to protect research subjects?

A: One approach to that question is to ask how we protect patients from doctors, who (for lack of adequate evidence from research) must daily treat patients with unproved methods and whose misjudgments yearly kill and injure far more people than research has in all its modern history. We do not make doctors get prior approval for every treatment from a doctor review board. Another approach to that question is to ask how we protect the public from journalists, who daily invade privacy and damage reputations in ways researchers would find wholly unethical. We do not make journalists get prior approval for every interview question from a press review board. In the case of both doctors and journalists, we recognize that the harm that regulation did would inevitably exceed the good, just as the harm of the IRB system inevitably exceeds its benefits. We regulate doctors and journalists as we regulate most people, by punishing wrongdoers (administratively, criminally or through private lawsuits). Sanctions can already be visited upon researchers, and if more sanctions or harsher sanctions are needed, they can be supplied.

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Institution: The University of Adelaide, Australia

Top Collaborators: Drewlo S, Baczyk D, Ryan G, Czikk MJ, Lye S, Proctor LK, Adamson SL, Keating S, Dodd JM, Mcleod A, Windrim RC, Rushworth V, Alanjari A, Shah PS, Wright E, Keunen J, Windrim R, Schrey S, Fitzgerald B, Czikk M

Research Interests: Growth, Placenta, Eclampsia, Pre-eclampsia, Pregnancy, Pregnancy Complications, Glial Cell, Human, Inhibition, Placental Insufficiency, Placentation, Regulation, Syncytiotrophoblast, Syndromes, Transcription Factor, Trophoblast, Placental Abruption, Bias, Placental Development, Pregnancies


Source:  CO2 Science

What was done

What was learned
The two researchers report that “acidification negatively affected the closer-muscle length of the crusher chela and correspondingly the claw-strength increment in C. maenas,” while “the effects of warming and/or acidification on L. littorea were less consistent but indicated weaker shells in response to acidification.” And as might have been expected on the basis of these individual species responses to ocean acidification and warming (weaker claw strength in the predator, but weaker shells in the prey), Landes and Zimmer say that “on the community level,” they “found no evidence that predator-prey interactions will change in the future.”

What it means
The take-home message of the findings of Landes and Zimmer is well described in the closing sentence of the abstract of their research report: “Further experiments exploring the impacts of warming and acidification on key ecologicalinteractions are needed instead of basing predictions of ecosystem change solely on species-specific responses to environmental change [italics and bold added].” Nature is complex; and our studies of it must be directed to gaining a better understanding of that species-interactive complexity, along with its implications for potential future global change.


What Does A $3,000 Nissan Datsun Seem Like For 2013-2014?

If you've ever really wondered about what a $3,000 dollar car looks like. They have an electricity steering pump providing the exact amount of assistance the driver needs, instead of an excessive amount of power which needlessly draws energy off the powertrain. The company began output of the fuel efficient, low emissions vehicles late a year ago following a prosperous introduction at the 2008 Paris Auto Show. More traction means better control, which is especially needed on wet and slippery roads.

When you are investing in a car, knowing the signs to check for could MyAirbags prevent from buying a faulty vehicle. The three most frequent legal theories for finding someone liable are breach of warranty, negligence, and strict liability. In the end, I will still advise you to take professional help. This can be ideal for driving in cities with rapid infrastructural developments that become barely recognizable within just a year. However, enhancing the amount of airbags installed in the vehicle in addition has dramatically raised the expense of rebuilding cars and insurance firms generally consider the car a total lost when some or all airbags deploy.

Unfortunately, there is no way to predict when this kinds of accidents sometimes happens or each and each time they are going to result within your elderly loved versions lying in agony all day at a stretch until they get somebody to aid them. Today every new car has to undergo a group of stringent federal and industrial safety standards and crash test ratings to come out within the market. Run-Flat Tires.

Reliable SUVs. As a result, a majority of cars nowadays have airbags installed as a factor feature. As MyAirbags a result, a majority of cars nowadays have airbags installed as a factor feature. Even when the vehicle safety device further thoughtful, detailed preparation, the final fundamental factor lies within the driver itself.

A motorcycle airbag may come inside the form of your fuel tank mounted. This computer system will automatically sense the change within body direction in addition to velocity, forcing the airbags to deploy and safely cover every one of the body from top to bottom. In fact, these folks were invented back in the My Airbags 50's but didn't make their way into cars until 197 They


Homecoming Dresses Evening Formal

Not sure about which homecoming dresses evening formal to pick for your occasion? Shop from Cocomelody and you are sure to find the answers! Listed in an organized order, the wide collection of handmade homecoming dresses evening formal from us is of highest quality. In order to facilitate you, we provide detailed information for you to look up. Feel comfortable to ask our online customer service if you have any question. Best wishes to you and have fun.


EUdict :: English-English dictionary

Results for: cable carrying electricityTranslations: 130 / 372
 English English
cable carrying electricitypower line
(Electricity) capability of a circuit to generate an electromotive force; inductor, circuit or device in which an electromotive force can be generated, `:L, property of electric circuitinductance
(Electricity) device that causes electrical resistance (used to control the flow of an electrical current), component controlling the flow of electricityresistor
(Electricity, Physics) pertaining to ferromagnetism; exhibiting ferromagnetism, displaying ferromagnetismferromagnetic
(symbol) ) sigma, ability to transmit electricity, conductance (, property or power of conducting (heat, etc.), transmission of nerve impulsesconductivity
(symbol) muV, one millionth of volt, unit of electrical force equal to one millionth of a volt (Electricity)microvolt
(symbol), unit of electrical resistance, unit of electrical resistance equal to the resistance of a conductor in which the force of one volt produces a current of one ampere (Electricity)ohm
1,000 volts, unit of electromotive force which is equal to one thousand volts (Electricity)kilovolt
a commotion or disturbance, bind, wrap; twist, wind, contraceptive device, curve or bend, cylinder, roll; ring, link; wrapping, winding, device supplying electricity to spark plugs, loop, pipes arranged in rows or spiral, roll of stamps, series of loop...coil
a craft carrying people or freight, act of transporting, conveyance; means of transporting (truck, ship, etc.), affect somebody with strong emotion, carry somebody or something, bear, transfer; deport, conveyance of somebody or something, experience or...transport
ability of object to transmit electricity, conductivity, G, transmission, conduction (of electricity)conductance
ability to store electric charge, measure of electric charge storage, part of electric circuit, property of an insulator that allows energy to be stored due to the separation of the charge (Electricity)capacitance
able to be conducted, transmittable (of heat, electricity, etc.)conductible
able to transmit, able to transfer (heat, electricity, etc.), conducting energy, transmitting nerve impulseconductive
academic cap with a square flat top and a tassel; square board with handle underneath used by masons to hold mortar, academic hat, board for carrying mortarmortarboard
according to the rules of electrochemistry (branch of chemistry that studies the connection between electricity and chemical changes)electrochemically
acoustic, science of sound; manner in which sound is transmitted within an enclosed space (as in a room, auditorium, etc.), sound-carrying ability, study of soundacoustics
act bordering on suicide, somebody carrying out parasuicideparasuicide
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NEW! English<>Vietnamese dictionary

Total number of language pairs: 414
Total number of translations (in millions): 11.6

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Desktop Engineer

Acute informatics Pvt. Ltd. Mumbai
IT & Computers
5K - 10K
06 Aug. 2014

Job Description

The candidate should have the following requirements:-
1. Strong Communication skills.

2. Strong troubleshooting and resolution skills.

3. Have good knowledge on Software Installation, Configuration, Troubleshooting (Desktop & Laptop) & Maintenance.

4. Experience with Disaster Recovery (backup, recovery, archiving, antivirus).

5. Experience with Security Incident Response.

6. Mail - postfix / sendmail.

7. Experience in managing enterprise authentication and authorization systems (LDAP/Kerberos/Active Directory/CAS).

The candidate should fulfill the following job responsibilities:-
1. Establish, maintain, and monitor system access and security distribution and retention of data on various storage devices and company data.

2. Assist in disaster recovery plans and business continuity plans with Centralized Backup Experience.

3. Produce weekly reports of outstanding issues and projects.

4. Review and approve new drafts and changes to policies and procedures.

5. Maintain current standards, policies, and procedures for all new and existing equipment’s.

6. Develop and maintain comprehensive documentation for multiple environments.

7. Write scripts to automate common operational tasks.

8. Provide support for 24x7 customer-facing networks (shared responsibility).

9. Strong knowledge of network services and web application infrastructures in a Management of network access control systems including host-based firewalls (primarily ipfw) and Cisco network equipment.

10. VMware, ESX, Storage installation and administration, iSCSI, SANs and other Virtualization related technologies including backup products and architectures.

About Company

Our team members have several years of expertise developing customized, fully integrated enterprise level systems in a variety of industrial standards. Some of our team members have worked on software projects which demand high degree of expertise under severe pressure. In addition, we have a well-managed administrative support staff to assist in meeting your needs.

Apply now to get noticed earlier.


Homefront achievements

3.2 from 4301 votes

There are a maximum of 47 Homefront achievements worth 3,385 (1,000)

67,346 tracked gamers have this game, 502 have completed it (0.75%)

Achievement Details

Iron Man - Freedom in Homefront

Iron Man - Freedom59 (25)

Complete chapter 2 in the Single Player Campaign without dying or restarting a checkpoint

  • Unlocked by 11,948 tracked gamers (18% - TA Ratio = 2.37) 67,346

Achievement Guide for Iron Man - Freedom

Some tips for all stages:
- Difficulty does not matter, so you're better off playing on easy.
- Use cover! Most of the environment is indestructible, everything from airplane parts to wood crates, use that to your advantage, and heal when you've taken some damage.
- Take it slow! In most parts of the game (if not all - there's at least one spot I'm just not sure of), there is a set number of enemies, no unlimited spawning like Black Ops, so there's no pressure to make it up to a certain area. Take your time and pick guys off from a distance. Your team will usually run ahead of you when an area has been cleared. Whey they get to the next area, they may take out a few of the enemies or, at the very least, help show you where the enemies are ... BUT ...
- Your team AI isn't always great. Enemies will sometimes run right by them and come after you. Your team can't be killed, which is a huge plus, but always stay on your toes!
- Watch out for the grenade indicator. There isn't a 'throw back' option like in other games, so your only choice is to get out of there!

Possible Issues with Stage 2: (minor spoilers)

- In this stage we fight the sentry guns we caught a glimpse of during the opening bus ride. There are 3 parts of the level that require you to take down sentry guns, just be careful moving from cover to cover. Watch where the beam is aiming and once it passes you move to your next spot. A grenade to the back of the gun (because they run on propane?!) and the sentry is history.

- I did die once while going for this achievement and had to start over ... there is a part in the level where you face an ambush, and you fight for several seconds in slow motion. The moment I came out of slo-mo is when I got wasted by a guy with a machine gun. While you are still IN slo-mo, get over to the left as far as you can so when slo-mo ends you can make a quick escape up the stairs.


Affordable Access

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Solving the puzzle of why Finns have the highest IQ, but one of the lowest number of Nobel prizes in Europe

DOI: 10.1016/j.intell.2014.06.006
  • Finland
  • Iq
  • Pisa
  • Nobel Prizes
  • Personality
  • Psychoticism
  • Education

Abstract Finland has been noted to perform consistently very well in the international PISA assessments for many years, but it also has a relatively low per capita number of Nobel Prize winners. We draw upon a large body of proxy data and direct evidence, including the first ever use of RTs to calculate the Finnish IQ and the first ever use of the WAIS IV and PISA scores in the same capacity. Based on these data, we hypothesize that Finns perform so consistently well in PISA because they have a higher IQ overall than other European countries and exhibit a specialized slow life history strategy characterized by high Agreeableness and Conscientiousness, and low Psychoticism and Extraversion. Most of these traits predict educational success but all would suppress genius and creativity amongst this population. We connect the present distribution of phenotypic traits amongst the Finnish population with evolutionary change starting in the Pleistocene, accelerating in the Holocene, and continuing into the present day. We argue that this profile explains why Finns are relatively poorly represented in terms of science Nobel laureates.


The Evolution of Public Relations Through Content Marketing

by Lee Odden
Brands are answering the call to create more value for customers and their community by publishing their own news and editorial content. As companies adopt a publisher model of content and media creation, many are surpassing the reach and influence of traditional publications in their industry. Some great examples of popular content hubs include Intel IQ, Target’s Bulls Eye View, Adobe’s CMO.Read the full article


Bill Nye’s sundial hitches a ride to Mars Seattle Post-Intelligencer

Mars is about to be invaded by three successive spacecraft carrying sophisticated scientific instruments, six-wheeled robotic “rovers” and two sundials from Seattle. The planned landing on Christmas Day of Britain’s Beagle 2 will be followed by two NASA probes, Spirit and Opportunity, which will land on different days in January. The general purpose of the missions is to find evidence of life, or past life. What does a sundial have to do with this and why on Earth would it come from soggy, cloudy Seattle?


7 Key Pros and Cons of Natural Gas

7 Key Pros and Cons of Natural Gas

by / Comments Off / 1142 View / Dec 27, 2014

When you are looking for the perfect energy source, your search will come to an end very quickly. The fact is that no energy source is perfect and there are good and bad attributes associated with every type. The only way to determine if an energy source is the best option is to weigh the pros against the cons. Like every other energy source known to man, natural gas has both advantages and compromises.

Fascination with Natural Gas

Natural gas has become a headline topic in the news lately for many different reasons. It has often been hailed as a solution to the energy problems that we are facing, but this is not entirely true. Trying to separate all the facts from the fiction can be pretty difficult, but taking a closer look at both the pros and cons of natural gas is a start.

What is Natural Gas?

Before you take a deeper look at natural gas, it is essential that you don’t inaccurately define this type of energy as shale gas. It has become increasingly common for people to lump natural gas and shale gas as one in the same, but this is not accurate. There are a number of distinctions between natural gas and shale gas. Natural gas is collected as a byproduct of oil drilling, while shale gas is attributed to a very aggressive method of extraction that involves getting beneath the many layers of shale under the surface. This means that shale gas is often dependent on fracking.

Taking a closer look at the advantages associated with this energy source allows you to see why there is so much buzz surrounding natural gas. Although no energy source is perfect, natural gas is overflowing with a variety of benefits that can be extremely impactful.

Pros of Natural Gas:

1. Widely Used
Natural gas is quickly becoming the most used energy source in existence. It is widely used and plays a part in about 22% of the entire world’s energy production. This is a huge percentage and shows that natural gas is immensely popular and only growing in use and production as time goes on.

2. Can it Be Delivered?
When you are determining if an energy source is viable, you have to consider the delivery infrastructure that is in place. One great advantage associated with natural gas use is that is that a delivery infrastructure for this energy source is already in place. This means that getting access to natural gas is made simple, which is a huge convenience and benefit.

3. What Are Uses?
The uses of natural gas also give this energy source a huge advantage. It can be used for both power generation and heat. This makes it a much more versatile energy source than others and is a big advantage.

4. Clean Fossil Fuel
Another pro associated with natural gas is the fact that it is known as one of the cleanest fossil fuel types in existence. Unlike other types of fossil fuel, natural gas burns very efficiently and also produces less CO2 than both coal and oil. It emits almost 45% less CO2 than coal and more than 30% less CO2 than oil. However, it is found in abundance and there is a huge supply.

Although there are many advantages associated with natural gas, this does not mean that everything surrounding this energy type is positive. There are a few downsides to using natural gas that are seen by many as cons.

Cons of Natural Gas:

1. Non-Renewable
One of the biggest downsides of natural gas is that it is a non-renewable energy source. This means that the supply can’t be replaced.

2. What is Emitted?
Natural gas may emit less CO2 than coal and oil, but it still produces some carbon dioxide when it is burned. This is not ideal and is seen as a negative by many. Natural gas is also known to contain methane in high volumes. This is not good because methane is a potent greenhouse gas. It is an energy source that is explosive and has the potential to be very dangerous. This means that natural gas much be used with care and some safety hazards do exist that you have to be warned against.

3. Production and Distribution
This is a concentrated source of energy that needs longer distances of transmission and transportation, which is not ideal during production and distribution of natural gas. There are extensive pipelines that are required to ensure that this type of fossil fuel is transported over land. It is stored under high pressure and needs turbine-generators to produce energy.
Learning more about natural gas requires you to take a closer look at both the advantages and downsides. In some cases, natural gas can offer many benefits, but this is not always true.


Vantiv Enterprise Sales Representative in Los Angeles, California

As an expert in the field, uses professional concepts in developing resolution to critical issues and broad design matters.

Works on issues that impact design/selling success or address future concepts, products or technologies. Creates formal networks with key decision makers and serves as external spokesperson for the organization.

Typically requires a minimum of 12 years of related experience with a Bachelor's degree; or 8 years and a Master's degree; or a PhD with 5 years experience; or equivalent experience.


Yohan Cabaye 2016 EURO Maillots

Yohan Cabaye 2016 EURO Maillots

Postautor: luqinyun123 » 1 cze 2016, o 09:01

锘? There are several key elements when it comes to designing a training program. For example Yohan Cabaye 2016 EURO Maillots , take the requirements for a speed training program. An athlete must establish a good foundation of strength before participating in plyometric training. The athlete must also work on technique prior to jumping straight into an intensive speed program. An athlete must also establish a good level of flexibility before performing the explosive movements of many of the training methods. After understanding all of the components that make up speed you will now be able to begin to design a program that bests suits you and your needs. First of all let's talk about the various stages and phases of a training program. Periodization refers to the various cycles of a training program where the training stimulus changes in a structured way. The training programs may vary amongst different coaches and athletes but they all address the components of flexibility, endurance, strength, speed, recovery and power training. The Three Cycles are: Micro cycles will often consist of a 7-14 day training phase; Meso-cycle consist of a 4-6 week training phase and a Macro-cycle consists of the entire term of a training cycle. It is often represented by one year in length. Planning often takes into account the stage of season the athlete is in. The three stages are pre-season, in-season and post season. The pre-season is a progressive training program that prepares the athlete for the competitive season. The in-season is where the athlete is in continuous competition and is often in a maintenance phase. Gains are achieved through match play. The final stage is the post-season which occurs after a competitive season and mainly comprises of rest, rehabilitation and recovery. There are several key principles to consider when designing a training program: Specificity refers to selecting the appropriate exercises and drills that are specific to the demands of your sport. To take this one step further you must also analyse the specific movement patterns and needs of the specific positions with in your sport. For example a tennis player who serves and volleys will require more emphasis on speed in a forwards direction following the serve where as a baseline player will work more on lateral speed. Variety is required for the purpose of helping the athlete to maintain motivation and interest in training. It is our human nature to get bored quickly so if you have the exact same training routines then you will become bored and find these sessions monotonous. Variety can still be achieved while choosing sport and position specific exercises. Overload is a key concept to constant improvements. An athlete will improve when they are subjected to gradually and progressively increasing training loads. There are a number of ways of to increase the load such as increasing the duration of training, the frequency of training and increasing the intensity at which you train. The athlete must be consistent and disciplined when it comes to their training. Each fitness component must be trained on a regular basis according to their specific program. Facility availability is very important to a coach. It is great if you have unlimited access to a gym, courts or playing field. However, it is not always the way as many teams may be required to use one field. This is where you need to plan your sessions around other teams and find a fair balance between all. Sports such as college tennis where there may be twelve players on a team, may only have access to three courts which will force the tennis coach to become more creative in their training programs so that players can practice both singles and doubles. Individual differences amongst athletes are often ignore by sports coaches. Many coaches fall into the old traditional methods of training every player as if they were all the same and possessed the same physical qualities. It is important to identify the individual differences amongst athletes and then assist each athlete on an individual basis to become stronger in the areas that they need to improve on. If you are prepared when conducting a training session then everything will seem to run a lot smoother. Also, it is important to have a back-up plan in case of inclement weather. Have all of your equipment ready in advance. If you wait until your training session is about to begin then you are likely to face problems of missing or having broken equipment that could affect your training session. Assess your training program. The key to improving a training session is for the coach to step back every now and then and to really study the group when they train. This will help the coach see what works and what doesn't work. Keeping records involves having a notepad on hand so that you can record any results as they occur. If you try and wait until the end of training to collect the results or times from the athletes then many will have forgotten their scores. Learn to take your own personal notes immediately after training as this will help you to make the necessary modifications to your future training sessions. Skill demonstration is essential in order for all athletes to undertsand how to complete the drill. You must allow sufficient time to clearly describe and demonstrate each exercise or test to be performed. I also have found it worthwhile to explain to the athletes why they are performing these specific exercises and how they relate to their goals. If the athletes understand why they are training a certain way then they are likely to try harder. It is also important to understand group placement when demonstrating these exercises. The best formation is to have all of your athletes in a single file or semi-circle as this way they all will have clear vision of your demonstration. Group instruction is important in order to allow time to speak to the athletes while in a group rather .
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How Broccoli has the Most Cancer Fighting Ingredients in Food

Broccoli has long been considered a healthy vegetable that is a must for those trying to get the right amount of nutrients in their diet. Consider the following as an explanation of how broccoli has the most cancer-fighting ingredients in food.

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Broccoli is filled with Vitamin C, minerals, glucosinolates and phenolic compounds. With all of these helpful elements, broccoli is a good food to eat in order to help prevent chronic diseases, including cardiovascular issues and breast and prostate cancers. Broccoli also helps prevent oxidative stress related to other diseases due to its antioxidant activity.

Studies Analyze Different Types of Florets

It has been confirmed that broccoli contains antioxidants and anti-cancer properties. However, different studies focused on different types of florets, so the results varied. One study looked at the stalks and leaves of three different varieties of florets. The one thing that was not considered during this study, however, was the different harvest times. This could be important because harvesting the broccoli at different times would mean different biological activities.

A study focused on different cultivars, namely Kyoyoshi, Myeongil96 and SK3-085, all purchased from the same farm in Jeju, Korea, and havestedat different growth stages.

Study Results Show Phenolics Differences

Different cultivars of broccoli and by-products have different phenolics. The highest level of phenolics was in Kyoyoshi, which is an early-maturing variety of cultivar, while Myeongil96 (middle-maturing) was next and SK3-085 (late maturing) was third. Meanwhile, the leaves of all cultivars contained the most phenolics in terms of by-products. Florets were next, followed by stems.

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When tested for different phenolic levels at different dates of harvest, SK3-085 had the highest phenolics when harvested in October when it was non-flowering. Meanwhile, harvesting in November, when the florets were beginning to form, was the second highest levels of phenolics.

Genetics, soil cultivation and composition as well as growing conditions impacted the phenolic levels in various by-products. In an interesting twist, the stems and leaves that are usually by-products of broccoli production may contain more beneficial antioxidant and anti-cancer properties than the florets that are usually sold for consumption. The study of these by-products could have significant benefits for the food industry.

Sulforaphane, which is a product of glucoraphanin in broccoli (produced during hydrolysis), was measured in freeze-dried by-products and found highest in florets. Meanwhile, the highest phenolic content was in SK3-085 when harvested in January, or the mature stage.

Meanwhile, the sulforaphane content in the stem of the Kyoyoshi cultivar of broccoli was higher than the floret. The leaves overall contained the lowest levels of sulforaphane.

This ultimately means that any level of broccoli can be eaten for its antioxidant and anti-cancer properties, but some of the types of broccoli and some harvested at different times can be more beneficial than others. It is still a very wise decision to include broccoli in your dinner plans during the week to help you stay in good health in general and also to prevent cancer development.

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AAP woos voters promising 8 lakh jobs, 20 new colleges

AAP woos voters promising 8 lakh jobs, 20 new colleges
New Delhi, Nov 15: Kickstarting its sessions to connect with the masses and woo voters ahead of Delhi assembly polls, the AAP today launched a five-point programme for the youth, promising 8 lakh jobs, vocational training, setting up of 20 new colleges, sports facilities and having wi-fi connectivity across Delhi.

The party formally launched the Delhi Dialogue, an interactive initiative to connect with voters of different stratas of society, and spelt out its strategy for youth. The party will come up with a 50-point programme catering to different sections of the society.

Highlighting the issue of admission, faced by students especially after class XII, AAP's National Convenor Arvind Kejriwal said the main cause of the the problem was lack of infrastructure in the education sector. "No new college has been built since last 15-20 years, which is leading to this problem. Giving education to the these students will be government's responsibility. We will double the number of existing seats and construct 20 new colleges for the youth.

"Many villages have also complained about lack of educational institutions. The government will build colleges in these villages to ensure that the students there get admission," Kejriwal said at a function held at Jantar Mantar here. He said if his party voted to power the new government will also ensure that students get loan for pursuing their education.

"The government will also be a guarantor to these students so that they don't have to mortage their property and valuables to get education," he said. The AAP chief also tried to woo the youth by making Delhi a wi-fi city.

"We are working on the details to have wi-fi across Delhi," he said. The former Chief Minister said efforts would be made to fill over 50,000 vacancies of doctors, teachers, nurses and other professionals in the Delhi government.

"The colleges the government would build will be designed in a way that students won't have to look for jobs. It will have incubation centres. After passing out, the student can be given a facility to carry out his venture and we will also help to get loan through banks. "We will create the Delhi Skill Mission, which will help generate 8 lak jobs in Delh," he said.

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schizophrenia twilight zone
August 19, 2014

Stuck In Neutral: Brain Defect Traps Schizophrenics In Twilight Zone

Dan Gaffney, University of Sydney

Published in Biological Psychiatry, the finding by a University of Sydney research team is the first to illustrate the inability to initiate goal-directed behavior common in people with schizophrenia.

The finding may explain why people with schizophrenia have difficulty achieving real-world goals such as making friends, completing education and finding employment.

"The apparent lack of motivation in schizophrenic patients isn't because they lack goals or don't enjoy rewards and pleasure," says the University of Sydney's Dr Richard Morris, the study's lead author.

"They enjoy as many experiences as other people, including food, movies and scenes of natural beauty.

Using a control group research design, the researchers used a two-prong approach to reveal how and why schizophrenics fail to convert their preferences into congruent choices.

First, using a series of experiments involving choosing between different snack food rewards, experimenters revealed that:

- schizophrenic subjects had a liking for snack foods equivalent to healthy adults

- when researchers reduced the value of one of the snacks, both subjects and healthy adults subsequently preferred different snacks, as expected

- surprisingly, schizophrenic subjects had major difficulty choosing their preferred snack when provided with a choice between their preferred snack and the devalued snack.

Second, researchers used functional magnetic resonance imaging (fMRI) to measures brain activity while study subjects performed learning tasks involving snack foods.

This technique relies on the fact that cerebral blood flow and neuronal activity are coupled. When an area of the brain is in use, bloodflow to that region increases, thereby indicating neural activity. This neural activity can be presented graphically by color-coding the strength of activation across the brain or in specific brain regions. The technique can localize neural activity to within millimeters.

Functional MRI results revealed the following:

- schizophrenic subjects had normal neural activity in the brain region responsible for decision-making (prefrontal cortex)

- among schizophrenic subjects, brain regions responsible, in part, for controlling actions and choice (the caudate) had far lower neural activity than in healthy subjects

- lower neural activity in the caudate regions was correlated with the difficulty that schizophrenic subjects' had applying their food preferences to obtain future snack foods.

"Pathology in the caudate and associated brain regions may prevent schizophrenic subjects from properly evaluating their desires then transmitting that information to guide their behavior," says Dr Morris.

Schizophrenia affects one percent of people worldwide, including in Australia.

However so-called "poor motivation" in schizophrenia is a major economic concern because it is not treated by current medicines, and often means patients fail to finish their education or hold a full-time job.

> Explore Further...


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Title: Toughness enhancement of poly(ethylene terephthalate) with chemically modified high molecular weight polyethylene
Authors: Ophir, Amos
Issue Date: 1997
Publisher: © A. Ophir
Abstract: The present work was concentrated on exploring and developing a toughening material system to be used in engineering products made of high crystalline PET [poly(ethylene terephthalate)]. The work addressed some fundamental objectives in the technology. of crystallised PET (CPET) related to toughness and thermoforming. PET is widely used in fibres and oriented films but is also an attractive material for moulded products, owing to its high melting point and solvent resistance. Crystalline PET, however, is brittle and susceptible to hydrolytic degradation through water absorption. The polymeric toughening system was based on suitably modified UHMWPE (ultra high molecular weight polyethylene) a crystalline polymer with very high fracture toughness under plane strain conditions, low water absorption, but with a relatively low melting point. Being a thermoplastic it has a modulus about 1,000 times higher than the equivalent hydrocarbon elastomer usually used to toughen PET and polyamides. Hence, deterioration of strength and stiffness is minimized. Blending PET with UHMWPE produces coarse microstructures and poor mechanical properties due to lack of compatibility of the two polymers. Compatibility is expected to be improved by reducing the interfacial tension and increasing the adhesion between the two phases; the first will reduce the size of the dispersed phase, while the latter would improve the mechanical properties. Compatibilisation of a pair of immiscible polymers, like in blend of PET with UHMWPE, can be achieved by incorporation of reactive units along the main chains of the UHMWPE, which are capable of strong interactions with the matrix component (PET). The methods used in this investigation involved smface grafting and irradiation treatment to produce chemically active groups on the UHMWPE polymer chain to achieve the required level of interfacial adhesion assisting the agglomerate particle breakdown into small size and to develop strong bonding to the PET when the two polymers are blended in a high shear mixing. The results obtained with several modified UHMWPE powders incorporated into PET by melt mixing showed a clear formation of small primary particles of UHMWPE strongly bonded to the matrix, thereby achieving a vast improvement in toughness while preserving other important fundamental properties related to both the end product and the material processing.
URI: https://dspace.lboro.ac.uk/2134/13881
Appears in Collections:PhD Theses (Materials)

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European research laboratory
Alternative Titles: Conseil Européen pour la Recherche Nucléaire, European Organization for Nuclear Research, Organisation Européene pour la Recherche Nucléaire

CERN, byname of Organisation Européene pour la Recherche Nucléaire, formerly (1952–54) Conseil Européen pour la Recherche Nucléaire, English European Organization for Nuclear Research, international scientific organization established for the purpose of collaborative research into high-energy particle physics. Founded in 1954, the organization maintains its headquarters near Geneva and operates expressly for research of a “pure scientific and fundamental character.” Article 2 of the CERN Convention, emphasizing the atmosphere of freedom in which CERN was established, states that it “shall have no concern with work for military requirements and the results of its experimental and theoretical work shall be published or otherwise made generally available.” CERN’s scientific-research facilities—representing the world’s largest machines, particle accelerators, dedicated to studying the universe’s smallest objects, subatomic particles—attract thousands of scientists from around the world. Research achievements at CERN, which include Nobel Prize-winning scientific discoveries, also encompass technological breakthroughs such as the World Wide Web.

The establishment of CERN was at least in part an effort to reclaim the European physicists who had immigrated for various reasons to the United States as a result of World War II. The provisional organization, which was created in 1952 as the Conseil Européen pour la Recherche Nucléaire, had been proposed in 1950 by the American physicist Isidor Isaac Rabi at the fifth General Conference of UNESCO. Upon formal ratification of the group’s constitution in 1954, the word Organisation replaced Conseil in its name, although the organization continued to be known by the acronym of the earlier name. By the end of the 20th century, CERN had a membership of 20 European states, in addition to several countries that maintained “observer” status.

CERN has the largest and most-versatile facilities of its kind in the world. The site covers more than 100 hectares (250 acres) in Switzerland and, since 1965, more than 450 hectares (1,125 acres) in France. The activation in 1957 of CERN’s first particle accelerator, a 600-megaelectron volt (MeV) synchrocyclotron, enabled physicists to observe (some 22 years after the prediction of this activity) the decay of a pi-meson, or pion, into an electron and a neutrino. The event was instrumental in the development of the theory of the weak force.

The CERN laboratory grew steadily, activating the particle accelerator known as the Proton Synchrotron (PS; 1959), which used “strong focusing” of particle beams to achieve 28-gigaelectron volt (GeV) acceleration of protons; the Intersecting Storage Rings (ISR; 1971), a revolutionary design enabling head-on collisions between two intense 32-GeV beams of protons to increase the effective energy available in the particle accelerator; and the Super Proton Synchrotron (SPS; 1976), which featured a 7-km (4.35-mile) circumference ring able to accelerate protons to a peak energy of 500 GeV. Experiments at the PS in 1973 demonstrated for the first time that neutrinos could interact with matter without changing into muons; this historic discovery, known as the “neutral current interaction,” opened the door to the new physics embodied in the electroweak theory, uniting the weak force with the more-familiar electromagnetic force.

In 1981 the SPS was converted into a proton-antiproton collider based on the addition of an Antiproton Accumulator (AA) ring, which allowed the accumulation of antiprotons in concentrated beams. Analysis of proton-antiproton collision experiments at an energy of 270 GeV per beam led to the discovery of the W and Z particles (carriers of the weak force) in 1983. Physicist Carlo Rubbia and engineer Simon van der Meer of CERN were awarded the 1984 Nobel Prize for Physics in recognition of their contribution to this discovery, which provided experimental verification of the electroweak theory in the Standard Model of particle physics. In 1992 Georges Charpak of CERN received the Nobel Prize for Physics in acknowledgment of his 1968 invention of the multiwire proportional chamber, an electronic particle detector that revolutionized high-energy physics and has applications in medical physics.

In 1989 CERN inaugurated the Large Electron-Positron (LEP) collider, with a circumference of almost 27 km (17 miles), which was able to accelerate both electrons and positrons to 45 GeV per beam (increased to 104 GeV per beam by 2000). LEP facilitated extremely precise measurements of the Z particle, which led to substantial refinements in the Standard Model. LEP was shut down in 2000, to be replaced in the same tunnel by the Large Hadron Collider (LHC), designed to collide proton beams at an energy of almost 7 teraelectron volts (TeV) per beam. The LHC, expected to extend the reach of high-energy physics experiments to a new energy plateau and thus reveal new, uncharted areas of study, began test operations in 2008.

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The founding mission of CERN, to promote collaboration between scientists from many different countries, required for its implementation the rapid transmission and communication of experimental data to sites all over the world. In the 1980s Tim Berners-Lee, an English computer scientist at CERN, began work on a hypertext system for linking electronic documents and on the protocol for transferring them between computers. His system, introduced to CERN in 1990, became known as the World Wide Web, a means of rapid and efficient communication that transformed not only the high-energy physics community but also the entire world.

Learn More in these related articles:

...W-, and Z, much in the way that the electromagnetic force is conveyed by photons. The three new particles were discovered in 1983 during experiments at the European Organization for Nuclear Research (CERN), a large accelerator laboratory near Geneva. This triumph for the electroweak theory represented another stepping stone toward a deeper understanding...
The first signs of neutral currents came in 1973 from experiments at the European Organization for Nuclear Research (CERN) near Geneva. A team of more than 50 physicists from a variety of countries had diligently searched through the photographs taken of tracks produced when a large bubble chamber called Gargamelle was exposed to a beam of muon-antineutrinos. In a neutral current reaction an...
...promptly incorporated in the design of the 33-GeV proton synchrotron at the Brookhaven National Laboratory in Upton, N.Y., and the 28-GeV machine at the European Organization for Nuclear Research (CERN), near Geneva.
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How Do I Talk to My Doctor About Social Anxiety?

Learn how to approach the topic of social anxiety with your doctor.
Talking to your doctor about social anxiety can be difficult.. Getty / Stone / Thomas Barwick

"I can't do it. Every time I go in, I don't know what to say.... How do I let them see what I go through without explaining it? I can't explain properly what it is. It's embarrassing to be there. I don't like admitting something is wrong with me. I hardly even know how to talk. Even if I don't care about others watching, when I speak all I hear is me speaking. All I can focus on is what to say."

-Social Phobia World forum member

Does this sound like you? Are you afraid to talk to your doctor about social anxiety? If so, you are not alone.

Many people with symptoms of social anxiety disorder (SAD) never receive a diagnosis because they are afraid to talk about how they are feeling.

Write it Down

One good solution for this problem is to present your doctor with a case summary instead of trying to verbally explain your symptoms. In general, a case summary is a concise description of your history of symptoms. The summary should be detailed but short enough that your doctor can read through it quickly.

Read: Example of a Case Summary for Social Anxiety

Even if you don't bring a case summary, it is a good idea to write out your thoughts ahead of time in point form.

Doing so ensures that nothing gets forgotten, even if you become anxious when speaking with your doctor. Writing down the answers that your doctor gives will also give you a written record of what was said and help to keep you focused.

Acknowledge Your Anxiety

Before starting to speak with your doctor, tell him that you are going to have a hard time talking with him. If you decide to prepare a case summary, include a statement at the beginning to this effect:

"I probably look fine to you now, but inside I am terrified that you are judging me.

When I talk to doctors I become very anxious, my mind goes blank and I can't explain what is wrong."

Bring Someone Along

Bring someone with you to speak to your doctor. In addition to having the support of a friend or family member, that person can listen to what is said, think of questions, and ask for clarification when necessary. A second person could also take notes of what is said during the meeting.

Although it can be intimidating talking to professionals about personal issues, it is your doctor's job to listen and understand. Trusting your doctor may be hard, but sharing how you are feeling is the first step toward getting help.

You might also be interested in: Signs You Need a New Doctor for Your Social Anxiety

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