please advice details of bio-tech which can be done after passing 10+2 with PCB?
460993
I've worked with lots of PCB samples.
865983
Your best bet would be to contact your local community college, or university, and ask to speak to whomever is in charge of the microbiology dept. and explain what your intentions are and they can let you know if you can indeed "use" their lab.  I have to say, however, if your actual project involves bacteria it is going to be a bit of a problem "removing your project" from that lab. You can chart and record your findings and perhaps do a photo pictorial outline, but you will not be allowed to remove any cultures or plates that have grown. (The labs are all the same with this policy/procedure as it falls under watch of the regulatory divisions in the government.  Think about it...they don't want positive growth plates to possibly contaminate outside of the research area...regardless of the specimen.)  Hope this helps and good luck with your project.
808811
SYLLABUS FOR BIOTECHNOLOGY (BT) TEST PAPER \n- BIOLOGY (10+2+3 level) \n- CHEMISTRY (10+2+3 level) \n- MATHEMATICS (10+2 level) \n- PHYSICS (10+2 level)
1136912
u can go for Commerce,PCM or PCBiology....Acc. to me PCM is best....
729537
Biotechnology or BT is industrial application of biology. Its biology in the service of mankind. It involves application of plants, animals and microorganisms in industry. On the other hand, Biomedical engineering uses traditional engineering expertise to solve problems in biology and medicine. Hearing aids,pacemakers etc. are the gifts of biomedical engineering to mankind.\n\nUnder-grad courses in BT - \nYou can go either for BSc. Biotechnology, B.E Biotech or B.Tech Biotech, B.E Biomedical engineering etc. For list of Biotechnology colleges and Biomedical engineering colleges, visit http://www.biotechworld.cjb.cc\n\nPost-grad courses in BT - \nMSc. in Biotechnology has good career prospects. Biotech is a booming sector and the growth oppurtunities are high. The Biotech sector includes - Biopharma, Biotech, Biotech services, Bioindustrial, Bioinformatics etc. After BSc., those who want to go for research, choose MSc. and then go for Phd. On the other hand, some go for MBA-Biotechnology. Career oppurtunities for both these courses are good.\n\nAfter doing MSc. Biotech, one can join R&D dept. of any good Biotech company. US is the best destination for Biotechnology. It stands out in the field of research as well as the biotech market is much developed in the US. Similar, is the case with UK, Canada and a few EU countries. Coming to India and China, these countries are really trying hard. Australia is good study destination as well for BT studies in Asia-Pacific region.\n\nFor details on entrance exams and admission procedures as well as more career options in BT, you may visit -\nhttp://www.biotechworld.cjb.cc\n\nThe other career prospect is MBA-Biotechnology. MBA-Biotech has bright prospects. It is a 2-year programme in management. Only science stream graduates/ those in their final year of graduation can only apply for this course. This course gives equal emphasis to both Biotechnology and management. In India, University of Pune(PUMBA), Amity Institute at Noida are the preferred institutes for this course. For details on this course, go to http://www.microbiologyindia.cjb.net
941121
Hey at what level !!!!!!!!!!!!\n\nYou can study in IISc, NCBS, TIFR.\n\nSome of the degree colleges offering Biotechnology in Bangalore are: BMS College for Women, Basavanagudi; Government Science College, Nrupathunga Road; NMKRV College; and PES College. Genetics at the graduation level is being offered at the Maharani's Science College, Palace Road. The Visvesvaraya Technological University (VTU) (www.vtu.ac.in) offers Biotechnology through the many engineering colleges that exist in Karnataka.
466802
High-throughput DNA Isolation Protocol \n\nCTAB Method \n\n1.      Add 80 ul 2-mercaptoethanol to 40 ml CTAB buffer (see recipe below) right before use (0.2%) and mix. \n\n2.      Preheat CTAB DNA isolation buffer to 65°C in a water bath. \n\n3.      Grind freeze-dried leaf tissue (~100mg) in a Mixer Mill for 3-5 min at 30 time/sec with one 3mm steel bead in a 1.1 ml  tube strip from Qiagen\n\n4.      Carefully pour beads out of tubes and add 300 ul CTAB buffer into each tube with a multi-channel pipette (if a plate is used, you can leave beads in until the end of work)\n\n5.      Cap the tube strips and label each strip, caps and rack, incubate the samples in 65 °C water bath for 60-80 min, use shipping tape to secure the rack and lid to prevent caps from openning up while inverting the rack to mix samples.\n\n6.      Mix samples every 15 min by inverting rack 5-10 times to make sure plant tissue mixes well with the buffer. Watch for sample leaking from caps. \n\n7.      Take samples out of water bath, briefly spin sample box in a centrifuge for 1 min at 1500 rpm (balance box weight before spinning), separate caps from tube and put the cap strips on clean paper and arrange them in order so that they can be reused. \n\n8.      Add 300 Chl/IAA (25:1) into each tube with a multi-channel pipette, cap tube with original cap strips, put a plastic board between tube cap and rack lid to make sure every strip cap gets the same pressure from the lid, cover the box with lid, secure the lid with shipping tape. Mix the samples by inverting the box slowly for 15 min (Chloroform can create pressure and cause leaks of chloroform, so the tubes have to be tightly capped).\n\n9.      Centrifuge at 5,700 rpm  for 10 min. \n\n10.  Transfer the aqueous phase using a wide-bore pipette tip (about 200ul) into a labeled clean plate (650 ul plate), add 150 ul of cold isopropanol (-20 °C), securely cover the plate with a plate cover (or cap strips) and mix gently by inverting the plate several times to precipitate DNA. \n\n11.  Recover the DNA by centrifuging at 5,700 rpm (6100g) for 10 min. Discard the supernatant immediately by suddenly inverting the plate and dry it briefly on several layers of paper towels by briefly touching the plate on paper towels two to three times on different positions of towel to remove excess liquid. This step should be very quick (a few seconds). Then turn the plate back upright and air-dry samples to remove excess liquid for ~10 min.\n\n12.  Add 500 ul of 70% Ethanol directly to the pellet, cover the plate, and invert it gently several times to wash  for 5 min. \n\n13.  Centrifuge at 5,700 rpm for 8 min, and quickly discard wash buffer as described previously (check DNA pellet in each well to make sure DNA stayed in the bottoms of wells\n\n14.  Air-dry DNA pellet at room temperature for ~20 mins to remove excess liquid.\n\n15.  Re-suspend the DNA pellet in 200 u1 of ddH2O and leave it at 4°C overnight \n\n16.  DNA concentration will be ~100ng /ul and can be determined using either an agarose gel or a spectrophotometer. \n\n \n\n                                                                            CTAB  DNA Isolation Buffer (500 ml) \n\n \n\n2% (w/v) CTAB (sigma)\n 10.0 g\n \n1.4M NaCI\n 40.91 g\n \n20 mM EDTA\n 20 m1 of 0.5 M EDTA \n \n100 mM Tris. HCI (pH 8.0)\n 50 ml of 1.0 M\n \nAdd ddH2O to make a final volume of 500 ml \n \n\n \n\nSDS Method \n\n1.      1-2 young leaves (~100mg) are placed in a labeled 1.1-ml collection tube or in a plate well, freeze-dried, and ground for 3-5 min at 30x/sec to a fine powder using a Mixer Mill and one 3-4mm steel bead in each well. (To isolate DNA from dry seeds, half to 3 seeds are wrapped with a weighing paper, crushed with pliers, placed in a col1ection tube or   in a deep-well plate ).\n\n2.      Preheat extraction buffer to 65°C in a water bath. (If the tissue samples are stored at -20°C, allow them to warm up to room temperature).\n\n3.      Add 0.2% (v/v) ß-mercap
443584
I suggest you look at the following links\n\ncolleges in  india with biotech programs\ntop colleges in india
22413
I would recommend looking into a study of a cleaning(cleanability vs surface finish) for processing equipment in the pharmaceutical industries. This has not been performed to my knowledge(I have thought about performing and writing a paper but haven't had the time), should be reasonably simple to to perform, and would open oppertunities into a growth industry.
212115
Try Invitrogen (IVGN).  They make products for life science research.
1090639
Hi there!  I'm actually a scientist in the biotech field, and I'll guarantee you that your job would never be boring.  As a scientist, you are constantly on the move from room to room or bench to bench.  Your work differs from day to day, and each experiment brings different results.  For example, if you find something interesting on Monday, on Tuesday you may want to set up an experiment to either repeat your results or both repeat and expound on the data... So your assay evolves with time, and eventually you get enough data to put together a very nice picture.  If it's good enough, you can publish and get your name in print....\n\nHere's the down-side: As a scientist in an academic institute, you're so underpaid that the janitors will actually be making more than you sometimes.... Also, science can be very frustrating, since new and challenging assays have a tendency to fail.  Working for a company can solve these problems... Companies are much more well-funded than academic labs, and thus you'll have all of the materials you need to have a a successful experiment.  This means less failure.  Also, you'll make so much more money in industry than you would in academia.  I just made the transition a year ago, and I'm now making $24k/yr more than I was working in an academic setting last year at this time.  \n\nSo how do you get into industry?  First off, you need to pick a school with a good biology program-- by "good" I mean that you need to go to a school that's going to teach you about current industry techniques.   Make sure you focus on molecular biology, cell biology and various types of physiology classes (immunology,  endocrinology, neurobiology, etc), since those will prep you best for industry.  Most industry these days is trying to do something with cells- so a good foundation in cell bio is especially important.  Ecology, ethology, entomology -though they will no doubt be offered by any well-rounded bio program in the US- are quite worthless to you.\n\nAlso, industry can be hard to break into straight out of college... Don't be discouraged if you have to be a lab tech in an academic lab for a few years to get your hands-on lab skills up-to-par.  Industry tends to favor those with a lot of experience rather than folks right out of college.  \n\nAnd finally, it's easier to find a suitable position at the BS/MS degree level.  With a Ph.D., you're much more specialized and thus, though you will make more money, finding a position you fit into well can be significantly more difficult at such a higher level.  Competition for jobs in industry is high at any degree level, so don't be afraid to start out in a smaller biotech and then move on to a large company.  I currently work for the 3rd largest company in the world.\n\nI hope you enjoy your career if you choose science!!!  Best of luck!\n\n\nPS: make sure you get to sample hands-on science as much as possible before deciding that it's the right career for you... Theoretical biology is not at all the same as the practical application... ie: You won't get a good feel of what it is to be a scientist unless you work in a lab.   Doing your own experiments is actually much more challenging than learning about someone else's in biology class.
565364
Hi,\n\nthis is the website of GCC\nhttp://www.gardencitycollege.edu/\n\nfor BSC in Bio-tech\nhttp://www.gardencitycollege.edu/courses_bsc_bio_technology.htm\n\nfor MSC in Bio-tch\nhttp://www.gardencitycollege.edu/courses_msc_biotechnology.html
360814
Try browsing this site\n\nhttp://www.elfqrin.com/docs/biospw.html
570651
The potential for this is tremendous. I assume you are based in India.\n\nThere are two ways you could do it now (I think)\n\nComplete your BSc with Biology as a major and do your masters in one of Fields of genetics, it could b plant genetics, etc. Even the Biology subjects could depend upon your orientation-whether its zoology or botany or whatever. \n\nDirectly do a bio-engineering course and then specialise in which ever field of genetics you want to.
487021
Well just try out any one of the compnies in INdia. Biotechnology is very recent feild and Companies are really short of hands. So dont worry, u wll be absobed by companies as u complete ur gradutaiton.
222686
Fertilizers, manufacturing of printed circuit boards.
1121217
I know a friend of mine who got into ISRO as a scientist. He had a Bachelor's Degree In Mechanical Engineering With an aggregate above 80%. I think that Bachelor's Degree in science or BE (Mechanical or Electrical or Electronics)  is the basic qualification that can Get you through  (You might have to have High aggregate though).