Science TBC

There are various kinds of sciences in the world, but the ones that we value the most are those that can affect and improve our lives today. After all, if something doesnt benefit our life here and now, or in the foreseeable future, then why would we want to waste our time to actually learn it?

Science exists in order to research nature and find ways to improve our lives. If we see that a certain science will benefit us, then we will invest great effort and means to learn it. Throughout history we have seen that science develops in order for society to progress and advance. For example, scientific advancement led to the invention of the steam engine and other mechanical devices. On the other hand, when these inventions became obsolete, we no longer had any use for the science that created them. In other words, a science can appear and disappear depending on our need for it.

Kabbalah is an ancient science that has recently reappeared and continues to become increasingly popular because it offers knowledge that is of great benefit to todays society. It is the science that enables us to understand ourselves and the world around us in its entirety. There is no other science that can completely explain the structure, function, and laws of the universe.

Why is Kabbalah able to offer us a complete knowledge that is beyond the boundary of more traditional sciences? It’s because Kabbalah deals with concepts that are beyond time and spaceour eternal, spiritual existence. And since this science studies things that are eternal, the science itself is eternally valuable. That is to say, the information it offers will never become “obsolete.”

But if Kabbalah contains such great knowledge, then why aren’t more people learning it? The reason for this is that Kabbalah cannot be learned the same way that other sciences are learned. If a person tries to learn Kabbalah in order to be knowledgeable or smart, then he will not really learn it. In order to learn Kabbalah, a person must focus on the new sensations he feels while studying since the purpose of studying is to begin to feel the part of reality that’s beyond time and space.

Today, many people are learning the correct way to study Kabbalah and are discovering this eternal, infinite realm. Millions of people study Kabbalah, whether over the Internet, through books or other media. Some study it everyday and “live by it,” so to say, while others simply remember that Kabbalah exists. In any case, once a person begins to study and understand Kabbalah, he never forgets it because he has already come into contact with the eternal, spiritual part of the universe. The knowledge he gains through studying Kabbalah is already an inseparable part of him and has a positive influence on his life and his development. Today, there are many scientists who use this wisdom for practical research and attainment, and they invite those who are interested to join them.

Plant tissue culture is a term used to refer the process of developing plant cells, tissues, microorganism, seeds and other part of plants in a sterile atmosphere on a nourishing medium. Culture medium used for in vitro agrology of part of plant are composed of various basic components. These components are further divided into three main categories. These are macroelements(or macronutrients), Iron Source and microelements (or micronutrients).

Macroelements: Macroelements are required when there is a need of plant growth and development in large amount. Some essential substance needed for this are Nitrogen, phosphorus, potassium, magnesium, calcium and sulfur. These substance comprise of about 0.1% of the total weight of dry plants.

Microelements: Microelements are needed in small amounts for plant growth. The basic and essential substances need for this are boron,manganese, cobalt,iodine, copper, molybdenum, zinc and iron. Other substance such as aluminum and nickel are also used in some formation.

Iron source: This element is normally assembled in the culture medium as iron sulphate. EDTA is a substance commonly used with the combination of iron sulphate. It is used to slow down and constant release of iron into the medium.

Benefits of using plant tissue culture media process over traditional plant propagation methods are mentioned below.

-Fast process compared to natural plant propagation method.
-Used to eliminate and inhibit plant infections and alter them into good,fresh and clear breads.
-For development multiple plants specially when there is a shortage and absence of essential seeds.
-For the growth of of accurate copy of plants that develop superior quality fruits and flowers in bulk.
-The development of plant breads that have very less chances of redevelopment and germinating using special seeds.
-Provide opportunity to propagate rare bread of plants.

Biology science for plant regrowth and propagation, permit scientist to develop fresh,new and innovative method to develop rare and significant plants. Lots of people threatened plants breeds from forest and sell them without legitimate permission to earn high profits. These flora bread are generally very expensive and its regrowth is very important and helpful for better living and society. Culture media is the ideal alternative to propagate and develop rare and special plants breed.

Titan Media is one of the ISO 9001:2008 and CGMP Certified Company that supply wide range of superior quality micro-organism cells in India and many other part of the world. More than fifteen hundred good quality dehydrated culture media is developed by this company which include array of vegetable Culture Media.

A scientific paper holds great value for the readers. It also helps the researcher to improve their reputation in the specific field for it is an addition to their credentials. Thus, it is vital that the scientific paper is free of errors. As a researcher, it is best to choose the science paper editing service that would be of great help to you.

Editing is certainly not an easy task. Do not expect your colleagues to get the work done for this would not be helpful to you. You must choose to hire the services of a professional editor to get the best results. There might be many things to consider, but choosing the best editor is the only option if you wish to have a good paper.

English editing is not sufficient

It is good if an English editor can edit your science paper well, but if you want a quality scientific document, you require an editor that is highly proficient in English but also knowledgeable about science. Preferably, the editor should be an expert in scientific editing. Professional science editors will be able to understand the message you wish to convey and has knowledge in the use of jargon. If professional science editors edit your paper, you can be sure that the document will be handled well.

Experienced editor

Apart from editing skills and technical knowledge, it is important for the editor to have experience. What you need to do is search for science paper editing services that have been in the industry for a long time. Editing firms with experience will make sure that while your science paper is edited for technical expression and language, the format required by the publication will be checked as well. Editing service providers such as OnLine English will know all the important formatting requirements of different publications. They also know several ways on how to present the science paper in a better manner.

Consider the price

There is no doubt that you want your science paper to be edited and presented in the best possible manner, but this does not mean that you need to pay costly fees for the editing service. You should search for a service provider that offers professional science paper editing services at reasonable costs.

The factors mentioned above should be considered when searching for the right scientific editing service provider. In any situation, make sure that your paper is thoroughly edited before it is published. Choose trusted providers like OnLine English to get quality results

B.Sc (Home Science), a course generally associated with females, has a lot to offer to its students. But those who are not fully aware of what the course is actually all about feel that the course caters only for cooking, stitching and home making.

Now a student of home science has a world full of options. Quite unlike a student with B.Sc. Physics or computers who has only limited options, a Home Science graduate could try his or her luck in a number of industries like fashion technology, food industry, hospitality industry, NGOs and education sector.

Course Structure:-

A course in Home science is a holistic course that is aimed at all-round development of women.

The course structure of Home Science is basically designed by the Home Science Association of India in collaboration with University Grants Commission. Apart from the languages, the course generally concentrates on three core areas – human development, foods and dietetics and resource management. Further, each subject covers an array of sub-topics under its domain.

Subject like human development covers topics like psychology, physiology, pre and post-natal development and child welfare. Whereas, food and nutrition cover subjects like food science, biochemistry, dietetics and food service management under their domain.

And resource management, another subject of home science, covers a wide range of topics like textile science, apparel design, extension education, research and methodology, computer application, resource management, family economics, interior designing and microbiology.

Career options:-

When it comes to career, sky is the limit for home science students. These students can opt for careers in Foods & Nutrition, Human Development & Family studies, Resource Management & Consumer Sciences and Apparel & Textiles. Home science graduates can become dieticians in hospitals, diet consultants / counsellors in lifestyle clinics, freelance dieticians food demonstrators, scientists in research institutions, teaching faculty in universities, project leaders in developmental projects, nutrition experts in international organisations, consultants for child development programmes, programme officers for child welfare schemes, production managers in apparel industries, quality control inspectors, CAD professionals, interior designers and colour consultants. So, there are varied career options available to these students.
Besides that, a degree in Home Science also opens up vistas for self-employment. Other than that, a graduate in this subject could start their on school, crche, interior design and fashion boutiques or even set up an event management firm. Those who are looking to study further, the doors are open till Ph.D, apart from attempting competitive examinations like CAT, GMAT, IAS or NIFT.

Admission in home science is based on Intermediate marks. As the concern for lifestyle, health and nutrition is growing in our society, the importance of home science courses are also increasing. The initial misconception of home science as only a domestic science has faded away. These days, more and more institutes are starting courses in Home science in India. For example to improve the employability of the rural students, Punjab Agricultural University is planning to start a six-year degree course in home science. Similarly, the University of Delhi is also planning to restructure the home science courses to make them more relevant in the changing circumstances. It is anticipated that eventually, home science courses would draw attention from various other colleges and universities as well.

Though a course in home science can be pursued by students of social science, commerce or science backgrounds, the course is interdisciplinary in nature and all aspiring students need to learn basics of physics, chemistry and biology in the first year of their graduation. Therefore, there are some institutes that keep the course open only for students of science background.

Scope of Home Science Courses in India:-

After a student has completed a graduate degree in home science, he / she can either join various industries or carry on further studies. The employment opportunities for home science graduates are continuously and rapidly growing. Thus, one can easily take up a job in the production industry, tourism industry, service industry or teaching jobs, technical jobs, or sales jobs.

With their scientific approach and practical applicability, home science courses actually can contribute a lot not only in fulfilling the personal ambitions of students but also in betterment of family and community living in a diverse country like India.

Few useful links:
www.shiksha.com
http://arts.shiksha.com/getCategoryPage/colleges/arts/All/All/Arts-Humanities

For years, athletes, both professional and amateur, have used garments made of fabrics designed to wick moisture away from the body to increase their comfort and improve their sports performance. Often referred to as “moisture-wicking,” t-shirts, pants, and other clothing items made with these fabrics are often worn alone during sports occasions to keep wearers drier and more comfortable than they would be otherwise. Recently, however, garments boasting moisture wicking and “performance” qualities have entered a range of additional markets, including sleepwear marketed to women undergoing menopause, as well as people who choose to layer these garments under their regular clothing to stay cooler throughout the day. So here’s the big question: how does this stuff really work?

The Technology of Moisture Wicking Clothing:
Most garments marketed as “moisture wicking” use this terminology to refer to two different mechanisms: the clothing’s ability to absorb, or wick, moisture from the wearer’s skin, and its ability to then dry quickly in order to keep the wearer more comfortable by avoiding the chills once they have completed their activity. A shirt’s ability to wick is determined mainly by the type of fiber used to make the fabric. Natural fibers, such as cotton, have excellent moisture absorption and retention properties. They are considered hydrophilic, or water-loving. The problem with hydrophilic fibers is that they tend to dry slowly.

Ever heard the saying “cotton kills” among hikers and other outdoor enthusiasts? This popular saying refers to the fact that a cotton base layer will often be great at absorbing your sweat, but will then make you extremely cold when you stop moving and are left wearing a soaking wet garment. In contrast to 100 percent hydrophilic garments, you can find a range of offerings that are made with 100 percent hydrophobic, or water-hating, fibers. These fibers, which include polyester, are great at shedding moisture and drying quickly, but not at absorbing it. This means that sweat simply becomes trapped between your skin and your garment, still making you uncomfortable.

So how do manufacturers resolve this tension between hydrophilic and hydrophobic fibers to provide garments that can absorb sweat AND dry fast? There are a couple of answers to this question.

Finding the Comfort Sweet Spot:
Pick up your latest workout shirt, shorts, or pants and check out the label. Chances are that if you’re wearing some of the most popular brands today, the label will say 100 percent polyester. Now how can these brands claim they’re moisture wicking when they are using a completely water-hating fiber? The answer lies in what happens to the fabric during the finishing process. Once fabric has been knitted or woven, dyed, and gone through any other processes, final steps can be taken to apply topical solutions that will impart absorption properties onto fabrics that would not otherwise have them. These topical treatments can help a polyester garment obtain some of the absorption properties found in clothing made from natural fibers.

Another option to achieve this same result is to take fibers that are hydrophilic and fabrics that are hydrophobic and create what is called an intimate blend that results in a yarn that contains both types of fibers in a specific, optimal blend of hydrophilic to hydrophobic fibers. This yarn can then be used to make fabric and clothing that brings users the best of both worlds without requiring the use of topical finishes or treatments. The key behind unlocking the benefits of moisture wicking and fast drying is to use the optimal blend of hydrophilic to hydrophobic fibers. For example, a 50/50 poly/cotton shirt will not perform as well as an 85/15 poly/cotton blend.

While many brands still rely on topical finishes due to lower complexity of those processes, some leading edge garment manufacturers do produce garments made with the optimal, intimate fiber blend.

Expanding Applications for Moisture Wicking Apparel:
While moisture wicking apparel has historically been most relevant to athletes and weekend warriors, more and more people are finding this technology relevant in their own workplaces. Most notably, professions where employees have physically demanding jobs or are exposed to environments where they are likely to sweat are starting to see benefits in choosing moisture wicking apparel for work tasks. Moisture wicking options are even finding their place in markets where garment options were previously quite limited, such as flame-resistant apparel.

Workers required to wear flame resistant apparel are often engaged in physically demanding situations, such as climbing poles to fix electrical lines, patrolling neighborhoods in our country or overseas during military deployment, or fighting fires, to name a few. For these workers, safety is paramount and lack of comfort can be a deadly distraction. Thankfully, moisture-wicking options exist that allow these workers to avoid the trade-off between comfort and compliance, ensuring that they can focus on the task at hand rather than what they’re wearing. Needless to say, the wicking t-shirt has come a long way!