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abstract. From HoD’s desk. The Department of Agricultural Biotechnology at AAU, Jorhat is relatively a new department that came in existence in 1996. During the merely 30 years of its existence, the department has emerged as one of the most prestigious asset of the University all by dint of the hard work of the students, the teaching faculty and the supporting staff of the department. To date, the department has produced more than 300 masters and nearly 100 PhD holders. The genetically manipulated chickpea is one of the most important and well-known advances that has been made in the department. Additionally, we have developed technology for preparation of ' Xaaj ' a traditional rice wine and some other fermented foods. Recognizing the advancements of the department, the Department of Biotechnology, Govt. of India, had established the DBT-AAU centre for research in the biotechnology sector for entire North-Eastern India in 2011. The faculty and students of the department have also gained national as well as international recognition. Several of the faculty are serving as members of many top scientific committees, and editorial boards of various reputed scientific journals. I, as the head of the department, which we lovingly call the ABT family, congratulate all the faculty members, student and staff for their achievements, which have made us what we are today..

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Faculty Strength.

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Degree programs M.Sc and Ph.D in Agricultural Biotechnology M.Sc. In Molecular Biology and Biotechnology.

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12 10 2016 2017 2018 2019 Academic Year 2020 M.Sc u Ph.D 2021.

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Major Courses DBT 501 Genetic Engineering 3+0=3 DBT 502 Fundamentals of Molecular Biology 3+0=3 DBT 503 Molecular Cell Biology 2+0=2 DBT 504 Plant Tissue Culture and Genetic Transformation 3+1=4 DBT 505 Techniques in Molecular Biology and Genetic Engineering 0+3=3 DBT 506 Molecular Breeding 2+1=3 DBT 507 Microbial Biotechnology 2+1=3 DBT 508 Genomics & Proteomics 2+1=3 DBT 509 Molecular Pathology and Molecular Diagnostics 2+0=2 DBT 510 Techniques in Cell Biology, Immunotech­nology and Molecular Diagnostics 0+3=3 DBT 511 Stress Biology 2+1=3 DBT 512 Bioprocess Engineering and Technology 3+0=3 DBT 513 Bioinformatics 2+1=3 DBT 514 Critical Analysis of Landmark Discoveries 2+0=2 DBT 515 Elective 2+0=2.

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Major Courses ABT 501 Principles of Biotechnology 2+1=3 ABT 502 Fundamentals of Molecular Biology 3+0=3 ABT 503 Molecular Cell Biology 2+0=2 ABT 504 Plant Tissue Culture And Genetic Transformation 1+2=3 ABT 505 Techniques in Molecular Biology I 0+3=3 ABT 506 Microbial And Industrial Biotechnology 2+1=3 ABT 507 Molecular Breeding 2+0=2 ABT 508 Genomics & Proteomics 2+0=2 ABT 509 Techniques In Molecular Biology Ii 0+3=3 ABT 512 Immunology And Molecular Diagnostics 2+1=3 ABT 551 Principles of Genetics 2+1=3 ABT 554 Principles of Microbiology 2+1=3 ABT 555 Introduction to Bioinformatics 2+1=3 ABT 556 Environmental Biotechnology 3+0=3 ABT 560 Climate Resilient Agriculture 3+0=3.

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Courses for Ph.D. (Agricultural Biotechnology) ABT 601 Advances in Plant Molecular Biology 3+0=3 ABT 602 Advances in Genetic Engineering 3+0=3 ABT 603 Advances in Microbial Biotechnology 3+0=3 ABT 604 Advances in Crop Biotechnology 3+0=3 ABT 605 Advances in Functional Genomics And Proteomics 3+0=3 ABT 606 Commercial Plant Tissue Culture 2+0=2.

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Fellowships received by the Students. AAU- Merit DBT-BET ICAR SRF/JRF JNU-CEEB.

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25 20 15 10 EU Fell 0&æship F ELLOWSHIP CEEB BET GATE 'CAR JRF ICAR SRF SLET 'CAR 2016 2017 2018 2019 2020 2021 Aca d e ic Yea r.

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Gene technology Molecular breeding and genomics Microbial biotechnology Bioinformatics Plant molecular biology Plant tissue culture Food biotechnology Nanobiotechnology.

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FACILITIES S tate -of-the-art infrastructure with well established facilities: Roche 454 pyrosequencer , ABI Prism capillary-sequencer, HPLC, GC, Nano-quantification system, Real-time and standard PCR platforms, Phytotron facility are available Microscopy facility with confocal microscopy..

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LABORATORIES. A group of people in a lab Description automatically generated with medium confidence.

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Distributed Information Centre (DIC) for Bioinformatics.

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Classroom for Climate change studies (EU- AdaptNET Program).

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Total publications: 132 Top NAAS rating: 12.5 (Intl. IF: 7.014) Book chapters: 28 Popular articles: 70.

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Students Placement (2016-2022).

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Dr. Ajit Kumar Shasany former Chief Scientist (CSIR-CIMAP) has joined as Director, ICAR-National Institute for Plant Biotechnolo.

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Dr. D. Santra , University of Nebraska-Lincoln. Alumni.

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Packages on conveyor belt. Products of the Department with commercial value.

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PRODUCTS/ TECHNOLOGIES DEVELOPED Storage pest tolerant Bt—chick pea Rice based alc. Beverage 'Xaaj ' Dip-stick naethod for naushroon• toxin detection Vinegar fron• biovecaste Subn•ergence tolerant rice va rieties Drought tolerant & BLB resistant rice lines Disease free quality planting rnaterial of Malbhog.

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Drought tolerant Rice lines with QTLs. (OTLs : qDTY1.1, qDTY2.2, qDTY4.1).

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Seeds of a -AI transgenic chickpeas were tolerant to stored grain pest ( Bruchids).

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Confined field trial-BRL1 (2014, 2015). Average 25% yield advantage obtained NOCs from other states including Assam are being sought.

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TISSUE CULTURE BANANA PLANTLETS FOR SALE. A close up of some grass Description automatically generated with low confidence.

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OPTIMIZED PRODUCTION TECHNOLOGY FOR STARTER CULTURE OF TRADITIONAL RICE BEER OF ASSAM.

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. OPTIMIZED PRODUCTION TECHNOLOGY FOR TRADITIONAL RICE BASED ALCOHOLIC BEVERAGES OF ASSAM.

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PREPARED FROM THE FERMENTATION BY-PRODUCT OF RICE BASED ALCOHOLIC BEVERAGE.

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nvv 30 lonaoud v U.LSUd woouHsnw. ENRICHED FOOD PRODUCT PREPARED FROM OYSTER MUSHROOM ( Pleurotus ostreatus ).

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BIO-POROXH BIOFORMULATION FOR ACIDIC SOIL A PRODUCT OF AAU.

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Free PowerPoint Wallpapers - Top Free Free PowerPoint Backgrounds - WallpaperAccess.

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Dip sticks for detection of Mushroom toxin. abstract.

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ACTIVITIES OF THE DEPARTMENT. A group of people standing in front of a stage with balloons Description automatically generated with medium confidence.