Hey, I just came across the site posylane.com and found a plethora of useful items for school children. I was on the lookout for useful gifts to present to my friend’s child who got his admission in a reputed school. Here, I give you an account of some of the best items suitable for gifting children that were both affordable and valuable! The website has insulated lunch tote for sale. The lunch tote comes with an equally cute pouch in many colors making it very attractive for kids. One other product that impressed me is the toddler backpack. It would be an ideal gift for school children. If you are looking to present something for toddlers, the colorful nap mats in the website are also a good choice. Surprisingly the cost of every product on display is incredible! Do visit the site to have a glimpse of the wonder products.
The euphoria of graduation day has worn off. You have done it – finished up that degree, made your family proud, and now it is time to strike out on your own. Your love of the field led you to seek and earn a degree in biotechnology, but how do you go about finding a job in such a field? It isn’t as hard as you might think. You can find a job in biotechnology, or any field, with a little bit of dedication and prep work.
Biotechnology – or the use of technology to modify organic (living) material – is a vast field that has been around for years. While there are several subcategories of the field, the main ones are agriculture, industry, medicine, and bioinformatics. The vastness of the field works in your favor, as there are many options for employment. You could end up working in a brewery or winery to make that perfect drink, or working in the field to minimize the damage an oil spill or other chemical spill might have on wildlife, or even working in a lab on pest control, genetics, or pharmaceuticals. All of it is biotechnology.
The vast array of options aside, how exactly do you go about securing that all-important job? In addition to a biology or biotech degree, you will need a strong resume. Post it to every online job bank you can. Really good ones for biotech jobs are www.Biospace.com, www.cleanroomjobs.net and www.Biotechnologyjobs.com. Posting your resume allows employers to find you. When they call, the initial screening is already complete, and you’ll know you passed.
Search the online job bank databases as well. Don’t just stick to popular sites like Monster, CareerBuilder, and HotJobs. Try looking at databases dedicated to the biotech job scene. In addition to the above two, check out www.ihirebiotechnology.com and www.sciencejobs.com. Many universities offer free job placement services and career counseling – take advantage of that while you can. They may have connections or knowledge of listings for entry level jobs that are not posted elsewhere.
Another approach to landing that job is to attend job fairs hosted by companies in the biotechnology industry. You can find out about these by reading newspaper classifieds, visiting the human resources pages of the companies you are interested in, and by checking announcements posted in job forums. Make your social networking time pay off!
Lastly, don’t be afraid to use word of mouth when it comes to successful job searching. Sometimes, the adage, “It’s not what you know, its who you know” proves true. Ask friends, family, or someone “in the know” if they are aware of any jobs that would be right for you. Sometimes, your best tools for job searching are your mouth and ears. Use them wisely.
As vast as the field of biotechnology is, you are bound to find at least an entry level position in a reasonable amount of time. With patience and persistence, the perfect biotechnology job will come your way. Use the resources that are available to you, and watch your career take off.
About the Author: Find cleanroom jobs nationwide at CleanroomJobs.net. Read reviews of resume distribution services at JobGoRound.com.
Biotechnology – or the use of technology to modify organic (living) material – is a vast field that has been around for years. While there are several subcategories of the field, the main ones are agriculture, industry, medicine, and bioinformatics. The vastness of the field works in your favor, as there are many options for employment. You could end up working in a brewery or winery to make that perfect drink, or working in the field to minimize the damage an oil spill or other chemical spill might have on wildlife, or even working in a lab on pest control, genetics, or pharmaceuticals. All of it is biotechnology.
The vast array of options aside, how exactly do you go about securing that all-important job? In addition to a biology or biotech degree, you will need a strong resume. Post it to every online job bank you can. Really good ones for biotech jobs are www.Biospace.com, www.cleanroomjobs.net and www.Biotechnologyjobs.com. Posting your resume allows employers to find you. When they call, the initial screening is already complete, and you’ll know you passed.
Search the online job bank databases as well. Don’t just stick to popular sites like Monster, CareerBuilder, and HotJobs. Try looking at databases dedicated to the biotech job scene. In addition to the above two, check out www.ihirebiotechnology.com and www.sciencejobs.com. Many universities offer free job placement services and career counseling – take advantage of that while you can. They may have connections or knowledge of listings for entry level jobs that are not posted elsewhere.
Another approach to landing that job is to attend job fairs hosted by companies in the biotechnology industry. You can find out about these by reading newspaper classifieds, visiting the human resources pages of the companies you are interested in, and by checking announcements posted in job forums. Make your social networking time pay off!
Lastly, don’t be afraid to use word of mouth when it comes to successful job searching. Sometimes, the adage, “It’s not what you know, its who you know” proves true. Ask friends, family, or someone “in the know” if they are aware of any jobs that would be right for you. Sometimes, your best tools for job searching are your mouth and ears. Use them wisely.
As vast as the field of biotechnology is, you are bound to find at least an entry level position in a reasonable amount of time. With patience and persistence, the perfect biotechnology job will come your way. Use the resources that are available to you, and watch your career take off.
About the Author: Find cleanroom jobs nationwide at CleanroomJobs.net. Read reviews of resume distribution services at JobGoRound.com.
The Role of Biotechnology in Agriculture
Posted on
10:08 PM
- by Jaquline
In:
agriculture,
bioreactors,
Biotechnology
Biotechnology and agriculture are both age-old fields by themselves that have come together for the betterment of mankind. Agricultural biotechnology aims in a major way to replace chemical pesticides with those that are derived from plants or animals. In a general sense, the term agriculture could be applied to the rearing and use of both animals and plants and their products. Biotechnology in agriculture is an efficient way by which crops that perform better in our changing environment can be designed. Some of these involve development of pest-resistant, herbicide-resistant, drought-resistant, saline-tolerant, heat-resistant crops and much more.
Also the nutritional content of fruits and vegetables can be enhanced in various ways. Colored fruits and vegetables with increased lycopene and beta carotene content which are believed to ward off cancer have been developed with the help of biotechnology. One breakthrough was the Flavr Savr tomato with an increased shelf life. Then there is the Golden rice with enhanced Vitamin A content or the gene for increased iron content.
Biotechnology in agriculture has also enabled the use of crops as bioreactors, namely factories for the production of biological products of therapeutic value. These are in the form of vaccines, interferons, antibodies, and drugs. The day of edible vaccines, where a person can get vaccinated simply by consuming a fruit is not far off. The use of genomics in strengthening the pursuit has opened new doors. The whole concept of breeding has taken a revamping with the use of biotechnology. The classical breeding employed methods and means that took years to develop. A single superior variety of crop was produced after painstaking efforts that ran into a couple of years. A number of rigorous cross breeding and back crossing produced the desired variety but not without an undesired genetic load. But this has now been circumvented with the advent of biotechnology.
With biotechnology, it is now possible to allow for a targeted approach of a desired gene in the very first generation instead of having to wait for many generations. Also, with biotechnology, gene from any source, bacterial, animal or other unrelated plant species can be introduced with equal ease. Such is the potential of biotechnology in agriculture. Marker-based selections, genomics, QTLs are different methods by which selective breeding can be performed.
Then there is the area of plant tissue culture, a field by itself. All the advancements in biotechnology with agriculture start of as a small experiment in the laboratory and are then translated in a big way in the field. Tissue culture is employed for the mass production of similar-natured crops. It has varied uses from the use as bioreactors to the level of conservation of biodiversity. Endangered crops can be resurrected and propagated via this method. Crops of aesthetic value like orchids, ferns, production of brightly colored flowers, and much more can be done via tissue culture. Oil seeds and oil crops with more oil production can be obtained by this procedure.
Also the nutritional content of fruits and vegetables can be enhanced in various ways. Colored fruits and vegetables with increased lycopene and beta carotene content which are believed to ward off cancer have been developed with the help of biotechnology. One breakthrough was the Flavr Savr tomato with an increased shelf life. Then there is the Golden rice with enhanced Vitamin A content or the gene for increased iron content.
Biotechnology in agriculture has also enabled the use of crops as bioreactors, namely factories for the production of biological products of therapeutic value. These are in the form of vaccines, interferons, antibodies, and drugs. The day of edible vaccines, where a person can get vaccinated simply by consuming a fruit is not far off. The use of genomics in strengthening the pursuit has opened new doors. The whole concept of breeding has taken a revamping with the use of biotechnology. The classical breeding employed methods and means that took years to develop. A single superior variety of crop was produced after painstaking efforts that ran into a couple of years. A number of rigorous cross breeding and back crossing produced the desired variety but not without an undesired genetic load. But this has now been circumvented with the advent of biotechnology.
With biotechnology, it is now possible to allow for a targeted approach of a desired gene in the very first generation instead of having to wait for many generations. Also, with biotechnology, gene from any source, bacterial, animal or other unrelated plant species can be introduced with equal ease. Such is the potential of biotechnology in agriculture. Marker-based selections, genomics, QTLs are different methods by which selective breeding can be performed.
Then there is the area of plant tissue culture, a field by itself. All the advancements in biotechnology with agriculture start of as a small experiment in the laboratory and are then translated in a big way in the field. Tissue culture is employed for the mass production of similar-natured crops. It has varied uses from the use as bioreactors to the level of conservation of biodiversity. Endangered crops can be resurrected and propagated via this method. Crops of aesthetic value like orchids, ferns, production of brightly colored flowers, and much more can be done via tissue culture. Oil seeds and oil crops with more oil production can be obtained by this procedure.
Biotechnology - What Are the Career Options After That?
Posted on
9:12 AM
- by Jaquline
In:
biotechnology career options
Biotechnology is a bundle of techniques that are applied to living cells. The work of biotech engineer is to produce these living cells into a particular product of improved quality. This technology is the exploitation of natural resources at the microbial and molecular level for the benefit of mankind. It normally deals with the management of living organisms for improving the products, enhance plants and animals or generate microorganisms for making human life much better.
In today's world, biotechnology is related to the genetic information of living organisms that are called DNA (deoxyribonucleic acid). This high technology supports the transformation of so-called codes of nature. Students, who have keen interest in Biotechnology and want to make their bright future in this field, have a lot of career opportunities in this field. Students can do specialization in any of the six main fields of biotechnology.
1) Biomedical Engineer: - A biomedical engineer is an expert to form artificial body parts that are called prostheses. Students, who have specialization in this field, can make their career as physical therapists, computer hardware engineer, mechanical engineer and surgeons too.
2) Clinical Laboratory Technologists: - Students can also do specialization for checking the symptoms of any disease as well as to detect body fluids and tissues. In this field, one can work as a pathologist, chemist, biological or a material scientist.
3) Forensic Scientists: - A forensic scientist or crime laboratory analyst provides significant scientific information that can be crucial for the criminal proceedings. The career options of this field are detectives, archaeologists and anthropologists.
4) Pharmacists: - The work of pharmacists is to distribute medicines as well as guiding patients for correct medication and appropriate dosage. In this field, there are unlimited career options that include advanced practice nurses, anesthesiologists, psychiatrists and pharmacy technicians.
5) Medical Scientists: - A medical scientist conducts intensive research on bacteria and different viruses that are the root cause of various diseases and they utilize their research for creating a variety of medicines and vaccines to treat these diseases.
6) Biological Scientists: - This field includes the study of animals, plants and microscopic organisms. Students can work in various fields such as food and agricultural scientists, pharmacists, veterinarians, biomedical engineers, conservation, general practitioners.
In short, Biotechnology is one of the most prominent branches of future. This is an interdisciplinary science that relies on biology and other subjects as mathematics, physics, chemistry and engineering. After completing this course, one can easily get a good job in this field.
This article is all about the importance of Biotechnology. Everybody wants to make his bright career in the most emerging field. In this article, we are also talking about Sharda Group of Institutions that offers mass communication program. If you want to know more about this Institute, you can visit: http://www.sgei.org/
Article Source
In today's world, biotechnology is related to the genetic information of living organisms that are called DNA (deoxyribonucleic acid). This high technology supports the transformation of so-called codes of nature. Students, who have keen interest in Biotechnology and want to make their bright future in this field, have a lot of career opportunities in this field. Students can do specialization in any of the six main fields of biotechnology.
1) Biomedical Engineer: - A biomedical engineer is an expert to form artificial body parts that are called prostheses. Students, who have specialization in this field, can make their career as physical therapists, computer hardware engineer, mechanical engineer and surgeons too.
2) Clinical Laboratory Technologists: - Students can also do specialization for checking the symptoms of any disease as well as to detect body fluids and tissues. In this field, one can work as a pathologist, chemist, biological or a material scientist.
3) Forensic Scientists: - A forensic scientist or crime laboratory analyst provides significant scientific information that can be crucial for the criminal proceedings. The career options of this field are detectives, archaeologists and anthropologists.
4) Pharmacists: - The work of pharmacists is to distribute medicines as well as guiding patients for correct medication and appropriate dosage. In this field, there are unlimited career options that include advanced practice nurses, anesthesiologists, psychiatrists and pharmacy technicians.
5) Medical Scientists: - A medical scientist conducts intensive research on bacteria and different viruses that are the root cause of various diseases and they utilize their research for creating a variety of medicines and vaccines to treat these diseases.
6) Biological Scientists: - This field includes the study of animals, plants and microscopic organisms. Students can work in various fields such as food and agricultural scientists, pharmacists, veterinarians, biomedical engineers, conservation, general practitioners.
In short, Biotechnology is one of the most prominent branches of future. This is an interdisciplinary science that relies on biology and other subjects as mathematics, physics, chemistry and engineering. After completing this course, one can easily get a good job in this field.
This article is all about the importance of Biotechnology. Everybody wants to make his bright career in the most emerging field. In this article, we are also talking about Sharda Group of Institutions that offers mass communication program. If you want to know more about this Institute, you can visit: http://www.sgei.org/
Article Source
What is Polymerase Chain Reaction?
Posted on
10:00 AM
- by Jaquline
In:
PCR,
Polymerase Chain Reaction
The Polymerase Chain Reaction, more commonly called as the PCR was a startling invention made by Kary B.Mullis in 1983. Simply put, Polymerase Chain Reaction enables one to amplify a desired stretch of DNA many number of times or even millions of times. Initially, the process was a cumbersome one but with the discovery of a thermostable enzyme called Taq polymerase, the whole process has become automated.
Polymerase Chain Reaction is one of the best inventions yet in the field of biotechnology which transformed a chemist into a billionaire almost overnight...you could say! The technique uses a set of short stretches of nucleotides called as primers. These primers bind in such a way that they amplify the regions of the target DNA that they flank. Thus you can start with a drop of DNA and end up producing million times that using this polymerase chain reaction! One of the recent developments in this area is the reverse transcriptase- polymerase chain reaction otherwise called as the RT-PCR. It enables one to amplify specific RNA populations within a cell. This in turn would give one knowledge about the metabolic status of the cell… very useful to diagnose disease or abnormal conditions.
Polymerase Chain Reaction is one of the best inventions yet in the field of biotechnology which transformed a chemist into a billionaire almost overnight...you could say! The technique uses a set of short stretches of nucleotides called as primers. These primers bind in such a way that they amplify the regions of the target DNA that they flank. Thus you can start with a drop of DNA and end up producing million times that using this polymerase chain reaction! One of the recent developments in this area is the reverse transcriptase- polymerase chain reaction otherwise called as the RT-PCR. It enables one to amplify specific RNA populations within a cell. This in turn would give one knowledge about the metabolic status of the cell… very useful to diagnose disease or abnormal conditions.
Biotechnology refers to the use of biology in conjunction with technology so as to develop methods that benefit mankind in a small or big way. Although the term became well known only the past decade, the process itself has been in use for centuries. The simple fermentation processes seen in our day-to-day life like the curdling of milk and production of wine are some examples for the use of biotechnology from time immemorial. Karl Ereky, an engineer, coined the term biotechnology in 1917.
The term gained impetus in the late 90s with the cloning of the sheep Dolly by a team of scientists at the Roselin Institute led by Ian Wilmut and colleagues in the year 1996. This was a major breakthrough, which kicked up a curiosity about the less-known field. A new term “cloning” was introduced to the world, which become synonymous with the term biotechnology itself. Cloning refers to the copying of oneself purportedly using a graft in the case of a plant and an egg cell in the case of an animal. The cloning feat was followed by the decoding of the human genome whose rough draft was completed in the year 2001 and the code itself unraveled in the year 2003. This was undertaken in different labs across the globe and the pioneer of this was Craig Venter of a private firm, Celera Genomics. The NIH, USA had a major role to play. Prior to this, the genome of the nematode, Caenorhabditis elegans was unraveled. Since then, the genomes of rice, mouse, yeast, Arabidopsis thaliana has been worked upon and completed. These works were completed to gain a better understanding and knowledge on these organisms and also to draw parallels on their closely related counterparts.
The present focus is now on a new and promising field, namely stem cells and their applications. Stem cells are budding, multifaceted cells which have the capacity to develop into any type of cell of the human body. They are being looked at as potential cure for the treatment of debilitating diseases like Alzheimer’s, heart diseases, diabetes, and Parkinson’s where treatment involves the replacement of the affected tissue. Stem cells can be harvested from diverse sources namely the bone marrow (their natural place of origin), aborted fetuses, umbilical cord cells, and of late, from menstrual blood. However, as their procurement from their natural place is riddled with difficulties and the processing cumbersome there is an increased need for alternate sources. Recently, a series of breakthrough has been reported from various quarters on the success of converting simple human cells to performing stem cells. This in turn will silence to a great extent the controversies revolving around the use of fetal cells for the harvesting of stem cells.
Biotechnology has also made great strides in the areas of plant biology, microbiology, enzymology, and presently nanotechnology. Nanotechnology refers to the use of nano-sized particles for various activities. For instance, DNA is being looked at as an element for increasing the efficiency and speed of Ics.
The term gained impetus in the late 90s with the cloning of the sheep Dolly by a team of scientists at the Roselin Institute led by Ian Wilmut and colleagues in the year 1996. This was a major breakthrough, which kicked up a curiosity about the less-known field. A new term “cloning” was introduced to the world, which become synonymous with the term biotechnology itself. Cloning refers to the copying of oneself purportedly using a graft in the case of a plant and an egg cell in the case of an animal. The cloning feat was followed by the decoding of the human genome whose rough draft was completed in the year 2001 and the code itself unraveled in the year 2003. This was undertaken in different labs across the globe and the pioneer of this was Craig Venter of a private firm, Celera Genomics. The NIH, USA had a major role to play. Prior to this, the genome of the nematode, Caenorhabditis elegans was unraveled. Since then, the genomes of rice, mouse, yeast, Arabidopsis thaliana has been worked upon and completed. These works were completed to gain a better understanding and knowledge on these organisms and also to draw parallels on their closely related counterparts.
The present focus is now on a new and promising field, namely stem cells and their applications. Stem cells are budding, multifaceted cells which have the capacity to develop into any type of cell of the human body. They are being looked at as potential cure for the treatment of debilitating diseases like Alzheimer’s, heart diseases, diabetes, and Parkinson’s where treatment involves the replacement of the affected tissue. Stem cells can be harvested from diverse sources namely the bone marrow (their natural place of origin), aborted fetuses, umbilical cord cells, and of late, from menstrual blood. However, as their procurement from their natural place is riddled with difficulties and the processing cumbersome there is an increased need for alternate sources. Recently, a series of breakthrough has been reported from various quarters on the success of converting simple human cells to performing stem cells. This in turn will silence to a great extent the controversies revolving around the use of fetal cells for the harvesting of stem cells.
Biotechnology has also made great strides in the areas of plant biology, microbiology, enzymology, and presently nanotechnology. Nanotechnology refers to the use of nano-sized particles for various activities. For instance, DNA is being looked at as an element for increasing the efficiency and speed of Ics.
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