ya there are basically three types thy are PL1 PL2 PL3
how to apply for the project in biotechnology in reddy's lab
Medical researcher, lab technician, genetic engineer
Industrial biotechnology is up-scaling biological processed form the lab scale to the industrial scale to come out with products for the benefit of mankind
Biotechnology is a growing industry. It probably wont be too difficult to obtain a career in biotechnology, as long as you first complete a PhD. Biotechnology is a research related career, and if you want to get ahead in this field, definitely consider doing a PhD in biotechnology (unless you are happy to be a lab assistant). Have a look at the following website for more information: http://www.accessexcellence.org/RC/CC/
There are a wide variety of opportunities for a career in biotechnology. Different positions in the field have different educational requirements, job duties, and salary expectations. Training for a career in biotechnology usually involves coursework in biology, chemistry, and math. Individuals with a high school education may be able to find a position in a biotechnology laboratory as a lab assistant. A two-year Associate's degree in biotechnology is required by some companies. This job involves cleaning glassware, making reagents, maintaining lab equipment and ordering supplies for use in the lab. Lab assistants in a biotechnology lab typically make between $28,000 and $38,000 per year. In a biotechnology manufacturing facility, positions may be available in quality control and production. These positions typically require an Associate's degree. Individuals with these biotechnology jobs usually make between $25,000 and $40,000 per year. A research assistant or research associate in a biotechnology laboratory runs experiments in the lab and may help develop new experiments or troubleshoot experimental protocols. To get a position as a research associate, you will need a Bachelor's or Master's degree. A research associate typically makes between $36,000 and $50,000 a year. A research scientist is a professional position that requires a PhD and proven experience working in biotechnology. A biotechnology research scientists designs and plans experiments and projects in the lab. These experiments are usually performed by a team of research associates and post-doctoral researchers, although the research scientist may also perform some bench work in the lab. Salaries for a research scientist range from $55,000 to $100,000 per year. A post-doctoral researcher holds a temporary position in a laboratory. This position is held by someone with a PhD but no post-graduation experience. In some cases, the post-doctoral researcher will be offered a permanent position after completing a one to three year term as a post-doctoral researcher in the lab. More often, the post-doctoral researcher moves on to another laboratory after his or her term is completed. Post-doctoral researchers in a biotechnology lab make between $30,000 and $50,000 per year.
Some fields in biotechnology include: genetic engineering, transgenics, medical biotechnology, etc. Subjects you would need to study in college include chemistry, biology, math, genetics, and subjects specific to the field of study you are majoring in. Divisions of biotechnology are: Red biotechnology is the specialize field in medical processes. Green biotechnology is the specialize field in agricultural processes. White/Grey biotechnology is the specialize field in industrial processes. Blue biotechnology is the specialize field in marine and aquatic.
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Biotechnology careers are much more than the stereotype of the scientist in the white lab coat, hunched over a series of smoking Bunson burners. Careers in biotechnology range from research and development, to marketing and sales of the products, to quality control, to manufacturing. Biotechnology is an industry which is not affected very negatively by recession, as medicines are always needed by someone. The number of biotechnology companies is continually growing, as are the number of jobs in the field. To obtain a position in the world of biotechnology, you must first realize your own specialty. Are you an organizer? Could you help improve efficiency? Become a quality control expert. Are you good with people? Then your job may be in the marketing / sales department.
You can keep a chemistry lab notebook by writing down the steps to performing your experiments. You may also want to write down your experiences with the experiments before and after.
Invertis University Bareilly one of the top B.Sc Biotechnolgy College in India. Biotechnology is a multidisciplinary area for education and research which produces the skilled manpower as per the increasing demand of industry and research in India and abroad. B.Sc. Biotech provides a fundamental platform for the students to explore the limitless world of biotechnology. Opting for biotechnology and pursuing this as a career option brings the opportunities to work both in govt and the corporate sectors. The students during this course of study participate and learn skills relevant to industry. Many of the students on post completion of this course are working in govt. & private organizations.Career path you can choose after the courseCandidate may go for higher studies like M.Sc. Biotechnology. Government opportunities are there working as a Lab Technician / Lab Attendant with salary of 9k. Field officer in different banks (Agriculture) and all govt jobs after graduation. Corporate Opportunities working in R&D laboratories, Quality Control and marketing. invertisuniversity.ac.in/bscbiotech/bsc-honors-biotechnology/coursedetails#four
Work in biotechnology is broadly classified into two positions: 1. The technologist 2. The scientist or researcher The technologist is responsible for conducting experiments and taking care of the supporting equipment under the direction of the supervisor or lab manager. The scientist or researcher is involved in the design of experiments and interpreting results. The scientist also compiles results and is actively involved in publishing significant findings or applying for patents.
This lab helps students understand the principles of molecular biology and genetics, which are foundational to fields like biotechnology, medicine, and bioengineering. Real-world applications include genetic testing, personalized medicine, and genetic manipulation in agriculture. Understanding these concepts can also help in making informed decisions about ethics, health care, and environmental issues.