Biotechnology Careers in India : How to become a …

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Bio-Technology is a research oriented science, a combination of Biology and Technology. It covers a wide variety of subjects like Genetics, Biochemistry, Microbiology, Immunology, Virology, Chemistry and Engineering and is also concerned with many other subjectslike Health and Medicine, Agriculture and Animal Husbandry, Cropping system and Crop Management, Ecology, Cell Biology, Soil science and Soil Conservation, Bio-statistics, Plant Physiology, Seed Technology etc. Bio-Technology is the use of living things, especially cells and bacteria in industrial process. There is a great scope in this field as the demand for biotechnologist are growing in India as well as abroad.

There are many applications of biotechnology such as developing various medicines, vaccines and diagnostics, increasing productivity, improving energy production and conservation. Biotechnology's intervention in the area of animal husbandry has improved animal breeding. It also helps to improve the quality of seeds, insecticides and fertilizers. Environmental biotechnology helps for pollution control and waste management.

Most of the information that has led to the emergence of biotechnology in the present form has been generated during the last five decades. The setting up of a separate Department of Biotechnology (DBT) (www.dbtindia.nic.in ) under the Ministry of Science and Technology in 1986 gave a new impetus to the development of the field of modern biology and biotechnology in India. More than 6000 biotechnologists of higher skill are required in India as per the report from the Human Resource Development Ministry. To overcome this vast requirement the department of Biotechnology (DBT) has highlighted the need to set up a regulatory body for the maintenance of standard education under the name of 'All- India Board of Biotechnology Education and Training' under the AICTE .

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#IamUWC’s up-and-coming scientist, Assoc Prof Ndiko Ludidi, Department of Biotechnology – Video

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#IamUWC #39;s up-and-coming scientist, Assoc Prof Ndiko Ludidi, Department of Biotechnology
After completing his PhD at UWC in 2006, Assoc Prof. Ndiko Ludidi returned to UWC, taking up a position in the Department of Biotechnology. His research focuses at the University include molecular...

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#IamUWC's up-and-coming scientist, Assoc Prof Ndiko Ludidi, Department of Biotechnology - Video

Scientist: Exciting Developments in Biotechnology -Susan Baxter Career Girls Role Model – Video

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Scientist: Exciting Developments in Biotechnology -Susan Baxter Career Girls Role Model
Susan Baxter, scientist and executive director of CSU Program for Education and Research in Biotechnology, shares valuable career guidance and life advice with girls. Learn how to become a...

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Scientist: Exciting Developments in Biotechnology -Susan Baxter Career Girls Role Model - Video

Biotechnology and its applications Part 1 – AIIMS AIPMT State CET Botany Video Lecture – Video

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Biotechnology and its applications Part 1 - AIIMS AIPMT State CET Botany Video Lecture
AIIMS AIPMT State CET Botany Video Lectures and Study Material developed by highly experienced and dedicated faculty team of Rao IIT Academy. Visit http://www.raoiit.com or email ...

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Biotechnology and its applications Part 1 - AIIMS AIPMT State CET Botany Video Lecture - Video

Biotechnology and its Applications Part 3 – AIIMS AIPMT State CET Botany Video Lecture – Video

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Biotechnology and its Applications Part 3 - AIIMS AIPMT State CET Botany Video Lecture
AIIMS AIPMT State CET Botany Video Lectures and Study Material developed by highly experienced and dedicated faculty team of Rao IIT Academy. Visit http://www.raoiit.com or email ...

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Biotechnology and its Applications Part 3 - AIIMS AIPMT State CET Botany Video Lecture - Video

Biotechnology – Introduction – AIIMS AIPMT State CET Botany Video Lecture – Video

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Biotechnology - Introduction - AIIMS AIPMT State CET Botany Video Lecture
AIIMS AIPMT State CET Botany Video Lectures and Study Material developed by highly experienced and dedicated faculty team of Rao IIT Academy. Visit http://www.raoiit.com or email ...

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Revolutionizing Biotechnology with Artificial Restriction Enzymes … – Genetic Engineering & Biotechnology News (press release)

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Scientists at the University of Illinois say they have developed a new technique of genetic engineering for basic and applied biological research and medicine. Their work ("Programmable DNA-Guided Artificial Restriction Enzymes"), reported inACS Synthetic Biology,could open new doors in genomic research by improving the precision and adherence of sliced DNA, according to the investigators.

"Using our technology, we can create highly active artificial restriction enzymes with virtually any sequence specificity and defined sticky ends of varying length," said Huimin Zhao, Ph.,D., professor of chemical and biomolecular engineering, who leads a synthetic biology research group at the Carl R. Woese Institute for Genomic Biology at Illinois. "This is a rare example in biotechnology where a desired biological function or reagent can be readily and precisely designed in a rational manner."

Restriction enzymes cut DNA at a specific site and create a space wherein foreign DNA can be introduced for gene-editing purposes. This process is not achieved only by naturally occurring restriction enzymes; artificial restriction enzymes, or AREs, have risen to prominence in recent years. CRISPR/Cas9, a bacterial immune system used for "cut-and-paste" gene editing, and TALENs, or transcription activator-like effector nucleases, which are modified restriction enzymes, are two popular examples of such techniques.

Though useful in genetic engineering, no AREs generate defined "sticky ends"an uneven break in the DNA ladder structure that leaves complementary overhangs, improving adhesion when introducing new DNA. "If you can cleave two different DNA samples with the same restriction enzyme, the sticky ends that are generated are complementary," explained graduate student Behnam Enghiad. "They will hybridize with each other, and if you use a ligase, you can stick them together."

However, restriction enzymes themselves have a critical drawback: the recognition sequence that prompts them to cut is very short, usually only four to eight base pairs. Because the enzymes will cut anywhere that sequence appears, researchers rely on finding a restriction enzyme whose cut site appears only once in the genome of their organism or plasmid, an often difficult proposition when the DNA at hand might be thousands of base pairs long.

This problem has been partially solved simply by the sheer number of restriction enzymes discovered: more than 3600 have been characterized, and over 250 are commercially available. "Just in our freezer, for our other research, we have probably over 100 different restriction enzymes," said Enghiad. "We look through them all whenever we want to assemble something. The chance of finding the unique restriction site is so low."

"Our new technology unifies all of those restriction enzymes into a single system consisting of one protein and two DNA guides. Not only have you replaced them, but you can now target sites that no available restriction enzymes can."

The new method creates AREs through the use of an Argonaute protein (PfAgo) taken fromPyrococcus furiosus, an archeal species. Led by a DNA guide, PfAgo is able to recognize much longer sequences when finding its cut site, increasing specificity and removing much of the obstacles posed by restriction enzymes. Furthermore, PfAgo can create longer sticky ends than even restriction enzymes, a substantial benefit as compared to other AREs.

"When we started, I was inspired by a paper about a related proteinTtAgo. It could use a DNA guide to cleave DNA, but only up to 70 degrees," continued Enghiad. "DNA strands start to separate over 75 degrees, which could allow a protein to create sticky ends. If there were a protein that was active at higher temperatures, I reasoned, that protein could be used as an artificial restriction enzyme. SoI started looking for that, and what I found was PfAgo."

In addition to replacing restriction enzymes in genetic engineering processes, Enghiad and Dr. Zhao believe their technology will have broad applications in the biological research. By creating arbitrary sticky ends, PfAgo could make assembly of large DNA molecules easier and would enable cloning of large DNA molecules, such as biochemical pathways and large genes.

The application of these techniques is broad-reaching, they say, ranging from discovery of new small-molecule drugs to engineering of microbial cell factories for synthesis of fuels and chemicals to molecular diagnostics of genetic diseases and pathogens, which are the areas Dr. Zhao and Enghiad are currently exploring.

"Due to its unprecedented simplicity and programmability (a single protein plus DNA guides for targeting), as well as accessibility...we expect PfAgo-based AREs will become a powerful and indispensable tool in all restriction enzyme or nuclease-enabled biotechnological applications and fundamental biological research," predicts Dr. Zhao. "It is to molecular biology as the CRISPR technology is to cell biology."

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Revolutionizing Biotechnology with Artificial Restriction Enzymes ... - Genetic Engineering & Biotechnology News (press release)

Industry Breakdown: Where Does BIO-TECHNE Corp (TECH) Stock Fall in the Biotechnology Field? – InvestorsObserver

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BIO-TECHNE Corp (TECH) is near the top in its industry group according to InvestorsObserver. TECH gets an overall rating of 58. That means it scores higher than 58 percent of stocks. BIO-TECHNE Corp gets a 67 rank in the Biotechnology industry. Biotechnology is number 24 out of 148 industries.

Analyzing stocks can be hard. There are tons of numbers and ratios, and it can be hard to remember what they all mean and what counts as good for a given value. InvestorsObserver ranks stocks on eight different metrics. We percentile rank most of our scores to make it easy for investors to understand. A score of 58 means the stock is more attractive than 58 percent of stocks.

Our proprietary scoring system captures technical factors, fundamental analysis and the opinions of analysts on Wall Street. This makes InvestorsObservers overall rating a great way to get started, regardless of your investing style. Percentile-ranked scores are also easy to understand. A score of 100 is the top and a 0 is the bottom. Theres no need to try to remember what is good for a bunch of complicated ratios, just pay attention to which numbers are the highest.

BIO-TECHNE Corp (TECH) stock is trading at $187.99 as of 12:50 PM on Friday, Feb 28, a loss of -$5.02, or -2.6% from the previous closing price of $193.01. The stock has traded between $186.18 and $192.94 so far today. Volume today is less active than usual. So far 126,053 shares have traded compared to average volume of 176,091 shares.

To see the top 5 stocks in Biotechnology click here.

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Industry Breakdown: Where Does BIO-TECHNE Corp (TECH) Stock Fall in the Biotechnology Field? - InvestorsObserver

€3m to support skills development in biotechnology sector

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€3m to support skills development in biotechnology sector

The new joint venture

Recently, University College Dublin and Elan came out with a big news which is expected to mark a new beginning in the field of biotechnology. Both of these institutions will be working together on a venture. The highlight of this venture would be its cross linking policy between both the students of business studies and science branch in the university. The venture is expected to use the fusion of application of business studies and that of science including biology and applied engineering.

How will the venture work?

The venture is expected to run for at least seven years and will cost the company more than three million euros. The investment in the university’s new science center will help open two new scholarships (post doctoral ones). And that is not all. Another announcement has been made that lectures will now be organized annually, which will be targeted towards the students of the university, helping them to develop their intellectual abilities.

This groundbreaking initiative will not only be targeted towards the development of both biotechnology and the business associated with it but will also be acting as a juncture that will allow the students of science, business management and medical branch to work together under the common umbrella of Elan.

How will it affect the students?

The people in charge in both the organizations say that the venture will benefit the students at more than one level. On one hand, the venture will allow the students of different branch of studies to work together, and on the other hand, it will allow the students to work with the best in their respected fields. It will also allow the students to learn about the ever changing and risky world of bio technology. Although this is a giant leap for those involved, the success of the venture remains to be seen in time.

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Scientist: Preparing for a Career in Biotechnology -Susan Baxter Career Girls Role Model – Video

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Scientist: Preparing for a Career in Biotechnology -Susan Baxter Career Girls Role Model
Susan Baxter, scientist and executive director of CSU Program for Education and Research in Biotechnology, shares valuable career guidance and life advice wi...

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Scientist: Preparing for a Career in Biotechnology -Susan Baxter Career Girls Role Model - Video