N-COS-2025
“National Conference on "Organic Synthesis 2025" (N-COS-2025)”
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National Conference on Organic Synthesis -2025, (N-COS-2025)” December 15-17, 2025; Berhampur University |
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The PG Department of Chemistry, Berhampur University is Organizing a national conference, entitled “National Conference on Organic Synthesis -2025, (N-COS-2025)” which during 15-17th December 2025. The Conference aims to provide an interactive platform amongst young scientific researchers, senior Scientists and internationally recognized scientists as well as industry personnel for key development about recent applications of Organic Synthesis in biology, and medical science for diseases free society.
The conference is intended to realize the important techniques and arts of Organic Synthesis. This aims to get a combining effort towards discovering & understanding human diseases and its remedy to Make Disease Free Society. The Congress will focus the recent issues of human diseases and will address the possible solution to reduce these by the interdisciplinary and combined effort of scientists through logic of Organic Synthesis.
Another part of Organic Synthesis is sustainability; a comprehensive collection of contributions, provided by specialists in Green Chemistry, covering topics ranging from catalytic approaches to benign and alternative reaction media, and innovative and more efficient technologies. Most of the organic synthesis protocols are not reproducible in industrial scale due to lack of different reasons. Sustainable Organic Synthesis represents an important ultimatum in current synthetic chemistry field covering topics of green organic synthesis ranging from catalytic methods to benevolent and alternative reaction media, innovative and more efficient technologies. Development of sustainable synthetic methods for organic synthesis includes atom economy organic synthesis, reagent less organic synthesis, energy efficiencies synthetic methodology and recyclability of catalyst. Easy isolation of product from reaction mixture, safer catalysis, minimal waste, waste to wealth, safer catalyst, use of benign solvents such as water and low carbon footprints are essential things for sustainability. In addition, sustainable organic synthesis should accompany sustainable, applications for societal benefits such as controlling malaria, cancer and crop protection. The conference will cover regarding, how research is contributing towards sustainable organic synthesis for sustainable applications and societal benefits through sustainable synthetic methodology in organic synthesis.
Themes:
The target audience will understand
1: Organic synthesis for Anti-cancer, Anti-malaria, Anti-diabetics, Analgesic molecule etc.
2: Metal Free, Reagent less and Sustainable Organic Catalysis
3: Heterogeneous and Green Organic Synthesis
4: Sustainable Natural Product Synthesis
5: Application of Organic Synthesis in synthesis of medicines and pesticides
6: Sustainable Medicinal Chemistry and Sustainable Drug Discovery
7: Organic Synthesis from Laboratory to Industry
8: Organic Synthesis to Control Human Disease
Advisory Committees
- Prof. A K. Ganguli, Director, IISER Berhampur
- Prof. Satyaban Jena, Utkal University
- Prof. A. C. Dash, Utkal University
- Prof. J. S. Yadav, Former Director IICT Hyderabad
- Prof. Srinivasan Chandrasekaran, IISC Bangalore
- Prof. Ganesh Pandey, Banaras Hindu University
- Prof. D. Basavaiah, University of Hyderabad.
- Prof. D. S. Rawat, University of Delhi
- Prof. Partha Sarathi Das, IIT Dhanbad
- Prof. Akhilesh K. Verma, University of Delhi
- Prof. Akhila K. Sahoo, University of Hyderabad
- Prof. A T Khan, IIT Guwahati
- Prof. T. Punniyamurthy, IIT Guwahati
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SPECIAL LECTURES: "Future of Organic Synthesis" by Prof. S. Chandrasekharan, IISC Bangalore |
| For Accommodation @concession price in Swosti, Zone the Park , Mayfair and Promod (Near Sea beach, 4 km from University) may contact Email: |
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Chairperson and Patron: Professor Geetanjali Dash; Vice-Chancellor, Berhampur UniversityConvener: Dr. Laxmidhar Rout; Email: Members:Sukanta K Tripathy, PhD Satyanarayn Sahoo, PhD Bibhuti Bhusan Parida, PhD Sunanda Panda, PhD Bedabyas, Behera, PhD Rabinarayan Sahu, PhD Laxmidhar Rout, PhD Site of Attraction; How to reach Registration link for Participation: (Best 20 poster and Flash Poster list will be awarded)Brochure Programme Schedule Poster List Participant List Accommodation details; Flashposter List; Abstract Book |
ICFPAM-2024
https://sites.google.com/iiserbpr.ac.in/icfpam-2024
16th International Conference on Frontiers of Polymers and Advanced Materials (ICFPAM); November 9-13, 2024
Indian Institute of Science Education and Research (IISER) Berhampur
Conference Venue: Berhampur University
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Reference Organic Books
Reference books
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1.Prof. Satyaban Jena and Dr. Laxmidhar Rout, Advanced Heterocyclic Chemistry; Problem Solving Approach, 2024 |
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There are eleven chapters in the book starting from scratch to complex level. Chapter 1 is started with definitions of heterocyclic chemistry including its importance, nomenclature, degrre of saturations, basicity and general rules of heterocyclic formation. Chapter 2 deals saturated heterocycles ranging from three members to 8-member ring. Chapter 3 covers all type of hetero lactones and their chemistry. Chapter 4 is related to chemistry of pyrrole, furan and thiophene. Chapter 5 covers problems related to Indole, Benzofuran and Thiobenzofuran. Chapter 6 covers different azoles. Chapter 7 deals with Pyridazine, Pyrimidine, Pyrazine, Diazine, Triazine and Tetrazine. Chapter 8 contain chemistry of Pyridine, Quinoline and Isoquinoline. Chapter 9 relates to chemistry of Pyryilium, Benzopyryilium, Pyrone, Benzopyrone. Chapter 10 involves higher heterocycles such as Azepine, Oxepine, Thiepine, Azocine, Oxocine. The last chapter 11 covers societal application of heterocycles in life such as nucleic acids, carbohydrates, aminoacids, vitamins, proteins, medicines etc. ISBN NO: 978-81-19907-98-4; Indu Book Service Private Limited, New Delhi -110002
Get your copy using this link in discount: Click here:
At Amazon: https://amzn.to/
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2. Prof. Satyaban Jena and Dr. Laxmidhar Rout, Name reaction, Rearrangment and Mechanism; Problem Solving Approach, 2023 |
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There are seven chapters in the book starting from scratch to complex level. Chapter 1 is started with problems on carbonation based name reaction and rearrangement including complete mechanism. Chapter 2 deals with name reaction and rearrangement of carbanion intermediate. Chapter 3 covers radical based name reaction and rearrangement including radical cation and radical anions. Chapter 4 is related to name reaction and rearrangement and mechanism of carbene based intermediates including nitrene, ketene and isocyanate. Chapter 5 is related to problems miscellaneous name reaction and rearrangement not covered in earlier chapters, whereas Chapter 6 contain very important fragmentation based name reaction and mechanism. Chapter 7 contains road map problems based on name reaction and rearrangement. This final chapter is designed based on the knowledge of all previous chapters. ISBN NO: 978-81-19907-53-3, Indu Book Service Private Limited, New Delhi -110002
Get your copy using this link in discount: Click here:
Amazon: https://amzn.to/49RKezy
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3. Prof. Satyaban Jena and Dr. Laxmidhar Rout, Pericyclic and Photochemistry; Problem Solving Approach, 2023 |
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There are nine chapters in the book. Chapter 1 starts with problems in orbital fundamentals in order to understand the subsequent chapters. Chapter 2 deals with problems in electrocyclic reactions, whereas Chapter 3 is related to problems in cycloaddition reactions. Chapter 4 covers problems in sigma-tropic reactions, and Chapter 5 is related to problems in cheletropic reactions. Chapters 6 and 7 cover the problems of the ene/group transfer reaction and the dyotropic reaction. Problems in photochemistry are covered in Chapter 8. The final chapter, Miscellaneous Problems in Pericyclic and Photochemistry, is designed based on the knowledge of all previous chapters. Most of the problems were explained through the PMO, OCT, and FMO approaches. ISBN NO: 978-81-19907-91-5; Indu Book Service Private Limited, New Delhi -110002
Get your copy using this link in discount: Click here:
At Amazon: https://amzn.to/47LYDLB
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4. Prof. Satyaban Jena and Dr. Laxmidhar Rout, Advanced Organic Spectroscopy ; Problem Solving Approach, 2023 |
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There are six chapters in the book starting from scratch to complex level. Chapter 1 is started with problem on UV-Visible spectroscopy. Chapter 2 deals with problems on Infra-Red spectroscopy, whereas chapter 3 is related to problems on mass spectroscopy. Chapter 4 covers with problems on Nuclear magnetic spectroscopy (proton and carbon). Chapter 5 cover advanced NMR such as NOE, DEPT, COSY, TOESY, APT, HMBC, HMQC and the final chapter 6 is designed based on the knowledge of all previous chapters. The last chapter is so called combined organic spectroscopy. ISBN NO: 978-81-19907-76-2; Indu Book Service Private Limited, New Delhi -110002
Get your copy using this link in discount: Click here:
AT Amazon: https://amzn.to/485wSOv
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5. Prof. Satyaban Jena and Dr. Laxmidhar Rout, Reagent and Mechanism in Organic Synthesis; Problem Solving Approach, 2023 |
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There are eight chapters in the book starting from scratch to complex level. Chapter 1 is started with problem on oxidizing reagents including chiral oxidizing reagent. Chapter 2 deals with problems on achiral and chiral reducing reagent, whereas chapter 3 is related to problems on protecting and protecting reagent. Chapter 5 covers with problems on reagent for alkylation, acylation, alkylation, acylation, formylation and propargylation. Chapter 5 is related to problems on reagent related to halogenation reaction. Chapter 6 covers the problems on reagent related to ylides. Chapter 7 contain other miscellaneous and important reagents not covered on previous chapters. The final chapter 8 is designed based on the knowledge of all previous chapters. This last chapter contain the road map problems related previous chapters. The book contains more than 974 problems and 572 pages. The book will be valuable for MSc, BSc (Hons), JAM, GRE, GATE, CSIR-NET, IISc, IIT, IISER, TIFR, NIT, and all universities. ISBN NO: 978-81-19907-48-9; Indu Book Service Private Limited, New Delhi -110002
Get your copy using this link in discount: Click here:
At Amazon: https://amzn.to/46wjdhU
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6. Prof. Satyaban Jena and Dr. Laxmidhar Rout, Retrosynthesis and application; Problem Solving Approach, 2023 |
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There are six chapters in the book starting from scratch to complex level. Chapter 1 is started with basics of Retrosynthesis explaining tricks of disconnection. Chapter 2 deals with retrosynthesis of analgesics, whereas chapter 3 is related to synthesis of pesticides. Chapter 4 covers Retrosynthesis of Anthelmintic, Tranquilizer, Antiasthmatics. Chapter 5 cover retrosynthesis of Antibiotic and the final chapter 6 is devoted for Synthesis of Common Natural Products and medicines. A total of 120 natural product and common medicines were covered in the book. ISBN NO: 978-81-19907-78-6
Indu Book Service Private Limited, New Delhi -110002
Get your copy using this link in discount: Click here:
At Amazon: https://amzn.to/47qtvSh
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7. Prof. Satyaban Jena and Dr. Laxmidhar Rout, Stereochemistry, Conformations and Asymmetric Synthesis ; Problem Solving Approach, 2023
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There are five chapters in the book starting from scratch to complex level. Chapter 1 is started with problems on Conformational analysis & Reactivity. Chapter 2 deals with Conformation & diastereoselective reactions. Chapter 3 covers all rules and principles of Stereochemistry. Chapter 4 is related to Enantiodiscrimination and resolutions. Chapter 5 is related to problems of Asymmetric Synthesis. ISBN NO: 978-81-19907-67-0; Indu Book Service Private Limited, New Delhi -110002
Get your copy using this link in discount: Click here:
AT Amazon: https://amzn.to/49P3k9c
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8. Prof. Satyaban Jena and Dr. Laxmidhar Rout, General Organic Chemistry ; Problem Solving Approach, 2023 |
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There are five chapters in the book starting from scratch to complex level. Chapter 1 is started with problems on Conformational analysis & Reactivity. Chapter 2 deals with Conformation & diastereoselective reactions. Chapter 3 covers all rules and principles of Stereochemistry. Chapter 4 is related to Enantiodiscrimination and resolutions. Chapter 5 is related to problems of Asymmetric Synthesis. ISBN NO: 9788-81-19907-76-2; Indu Book Service Private Limited, New Delhi -110002
Get your copy using this link in discount: Click here:
At Amazon: https://amzn.to/46tdnxN
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Research
Research Area: Synthetic Organic Chemistry, Catalysis, Chemical Biology and Medicinal Chemistry
Sub research area:
- C(Sp2)-X, X=B, C, N, P, O, S, Se, Te Cross-coupling
- C-H, C-X Bond activation
- Asymmetric Synthesis
- Methodology based synthesis of Important Molecule
- Asymmetric Synthesis and Natural Product Synthesis,
- Catalysis and Scale up technology including nano-catalysis
WE SYNTHESIZE SMALL ORGANIC MOLECULES FOR CANCER, TUMOR and MALARIA
(FROM LABORATORY TO MEDICINE STORE)
1.Development of Anti-cancer Drugs
Cancer and tumors are the most important health issues in the 21st century in world affecting high ill impact on physical mental and economical conditions of the patients. In the past two decades, the overall number of people diagnosed with cancer nearly doubled, from an estimated 10 million in 2000 to 19.3 million in 2020. Today, one in 5 people worldwide will develop cancer during their lifetime.
2. Development of Anti-malaria Drugs
Malaria may cause anemia and jaundice (yellow coloring of the skin and eyes) because of the loss of red blood cells. If not promptly treated, the infection can become severe and may cause kidney failure, seizures, mental confusion, coma, and death. The parasite can be controlled by suitable chemical molecule at larva stage.
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Reliable Chemistry: Org. Syn. 2019, 95, 455
"Let us fight together for betterment of disease free society"
For prospective student:
👍You might be a right person for our group; Feel free to contact any of our group members.
An email to
Highly motivated students and prospective students with positive-attitude , good-character and self-motivation are always welcome to our group. We offer healthy work culture and cheerful laboratory environment. The students are inherently motivated to take challenges in life and indulge in innovations. We adopt a like-love-live attitude to ORGANIC CHEMISTRY and its interfaces. Our group offer effective training to make the student a responsible, reliable, and strong leaders of today and tomorrow.
For Undergraduate/graduate Student
If Interested for a Summer or Short term internship training, then just stop at my laboratory for appointment
For a PhD position:
Only DST inspire fellow/ JRF students may contact me by email if there is any vacancy
For Post doctorate position:
PhD students with good record of publications are always welcome to group for applying a postdoctoral fellowship. NPDF,
Email: routlaxmi[at]gmail.com / ldr.chem[at]buodisha.edu.in / ldriitg[at]gmail.com / ldrout[at]iiserbpr.ac.in
M Sc Dissertations Thesis
MSc Dissertation Students
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Sl no |
Student Name |
Thesis Title (M. Sc Dissertation) |
Year |
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1 |
Jeetendra Panda |
Synthesis of Chiral allenes |
2015 |
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2 |
Abhisek Mishra |
Mn-catalyzed C-N Cross coupling reaction |
2015 |
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3 |
Vedaprakash Panda |
Diversification of Benzogfuran derivatives |
2015 |
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4 |
Manisha Khadanga |
Mn-Catalyzed Oxidation of Tertiary Amine to N-Oxides |
2015 |
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5 |
Aditya Prasad Dalei |
CuO Catalyzed Oxidation of Benzyl Alcohol with H2O2 |
2015 |
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6 |
Lingaraj Behera |
Nitration of aromatic Compounds |
2017 |
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7 |
Jyotiranjan Mishra |
Synthesis of N-oxides |
2017 |
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8 |
Nikhil Kumar Sahoo |
Synthesis of bis-Phenol |
2017 |
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9 |
Satyaranjan Samal |
Reduction of Allyl alcohol |
2017 |
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10 |
Biresh Chandra Palia |
Oxidative conversion of aniline to Azobenzene |
2017 |
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11 |
Sidhartha S.Pradhan |
Heterogeneous Cross-coupling Reaction |
2017 |
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12 |
Pragati Rout |
Bimetallic Catalyst for heterogeneous Oxidation |
2018 |
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13 |
Sunita K.Panda |
Synthesis of cyclohexane to cyclohexanone |
2018 |
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14 |
Nikita Panda |
Synthesis of diphenyl amine |
2018 |
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15 |
Subhradeep Kar |
Synthesis of (4- amino phenyl) phenyl ether |
2018 |
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16 |
Sairam Pradhan |
Synthesis of 4-Bromobenzaldehyde from 4-Bromobenzylalcohol |
2018 |
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17 |
Prabhat K. Maharana |
Synthesis of (4- methoxy phenyl) benzylether |
2018 |
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18 |
Panchanan Panigrahi |
Synthesis of (2- chloro phenyl) phenyl sulphide |
2018 |
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19 |
Sudhir Kumar Hota |
Synthesis of cyclohexanone from cyclohexanol |
2018 |
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20 |
Satyabrata Sendh |
Synthesis of Allene Carboxylate by Wittig Mechanism |
2019 |
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21 |
Asutosh Panda |
Oxidation of Cyclohexanol |
2019 |
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22 |
Bulu Sahu |
Synthesis of 4-cholorobenzaldehyde |
2019 |
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23 |
Raj Kiran Sahu |
Synthesis of 4-bromobenzaldehyde |
2019 |
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24 |
Rajat Mahalik |
Synthesis of p-methoxy benzal dehyde |
2019 |
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25 |
Abinash Biswal |
Synthesis of p-bromobenzaldehyde |
2019 |
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26 |
Aradhana Sahoo |
Synthesis of 2-methyl N-phenyl aniline |
2019 |
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27 |
Ankita Pattnaik |
Synthesis of 2-methyl N-phenyl aniline |
2019 |
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28 |
Jyotsnarani Behera |
Synthesis of 2-methyl N-phenyl aniline |
2019 |
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29 |
Swadhin S. Behera |
Synthesis of 4-bromo N-phenyl aniline |
2019 |
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30 |
Namita Dalei |
Synthesis of 4-chloro N-phenyl aniline |
2019 |
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31 |
Manoj Sethi |
Synthesis of 4-methoxy N-phenyl aniline |
2019 |
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32 |
Swati Samantroy |
Synthesis of 2-methyl N-phenyl aniline |
2019 |
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33 |
Satyajit Nanda |
Synthesis of N-Phenyl Indole |
2019 |
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34 |
Meenakshi Sethi |
Synthesis of N-phenyl imidazole |
2019 |
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35 |
Ajeena Sahoo |
Synthesis of 4-chlorobenzaldehyde from 4-chlorobenzylalcohol |
2020 |
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36 |
Subhakalyani Nayak |
Synthesis of 4-methoxybenzaldehyde from 4-methoxybenzylalcohol |
2020 |
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37 |
Bikash K Sarangi |
Synthesis of 4-methylbenzaldehyde from 4-bromoobenzylalcohol |
2020 |
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38 |
Satabdi Acharya |
Synthesis of 4-bromobenzaldehyde from 4-methyl benzylalcohol |
2020 |
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39 |
Madhab C. Maity |
Synthesisi of ant-diabetic 1-((1H-indol-4-yl)oxy)-3-(t-butyl)4-methylbenzyl) amino) propan-2-ol |
2020 |
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40 |
Jyotiranjan Sahoo |
Synthesis of N-(4-nitrophenyl aniline) |
2020 |
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41 |
Arpita Swain |
Synthesis of phenyl-(p-toluyl sulfane) |
2020 |
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42 |
Chinmayee Choudhury |
Synthesis of N-(4-nitrophenyl aniline) |
2020 |
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43 |
Saisushree Rath |
Synthesis of phenyl-(p-toluyl sulfane) |
2020 |
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44 |
Gayatri Mohanty |
Synthesis of N-(4-nitrophenyl aniline) |
2020 |
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45 |
Smruti Ranjiata Prusty |
Acceptorless dehydrogenation of (4-bromophenyl)methanol |
2021 |
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46 |
Madhusudan Sethi |
Synthesis of 1-methyl-4-(phenylethynyl)benzene |
2021 |
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47 |
Tanmayee Bisoi |
Bimetallic catalyst for alcohol oxidation |
2021 |
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48 |
Abinash Bisoyi |
Synthesis of 4-(4-methoxyphenoxy)benzonitrile |
2021 |
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49 |
Rasmi Ranjan Sahoo |
Synthesis of 1-methoxy-4-(phenylethynyl)benzene |
2021 |
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50 |
Gopal Krushna Sahoo |
Synthesis of 1-methoxy-4-((4-nitrophenyl)ethynyl)benzene |
2021 |
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51 |
Asutosh Patra |
Synthesis of 1-(4-((methoxyphenyl)ethynyl)phenyl)ethanone |
2021 |
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52 |
Manoroma Sethi |
Synthesis of Acetophenone |
2021 |
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53 |
Itishri Beher |
Bimetallic catalyst for sonogashira cross-coupling |
2021 |
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54 |
Motimala Sethi |
Synthesis of 1,2-diphenylethyne |
2021 |
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55 |
Namuna Panigrahi |
Synthesis of 1-(4-(4-methoxyphenoxy)phenyl)ethanone |
2021 |
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56 |
Mausumi Acharya |
Synthesis of 1,2-bis(4-methoxyphenyl)ethyne |
2021 |
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57 |
Bikash Kumar Sahoo |
Synthesis of (4-methoxyphenyl)(4-nitrophenyl)selane. |
2022 |
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58 |
Soumyaranjan jena |
Synthesis of bis(4-methoxyphenyl)selane. |
2022 |
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59 |
Amit Kumar Pradhan |
Synthesis of 2-((4-methoxyphenyl)selanyl)thiophene. |
2022 |
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60 |
Priyanka Bag |
Synthesis of (E)-ethyl 3-(3-methoxyphenyl)acrylate. |
2022 |
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61 |
Saroja Kumar Rout |
Synthesis of 1,4-Bis(phenylselanyl)benzene. |
2022 |
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62 |
Debiprasad Pany |
Synthesis of (4-Methoxyphenyl)(phenyl)sulfane |
2022 |
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63 |
Chandan Kumar Nayak |
Synthesis of 2-((4-methoxyphenyl)thio)benzo[d]thiazole |
2023 |
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64 |
Dhirendra Nayak |
Synthesis of 2,4-Dichloro-1-(p-tolyloxy)benzene |
2023 |
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65 |
Gyanananda Panda |
Synthesis of 2,4-Dichloro-1-phenoxy benzene |
2023 |
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66 |
Madhusmita Mallick |
Synthesis of 2,4-Dichloro-1-(4-notrophenoxy)benzene |
2023 |
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67 |
Runu Shasini |
Synthesis of (2-Phenylthio)benzo[d]thiazole |
2023 |
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68 |
Sabita Behera |
Synthesis of 4-((4-Methoxyphenyl)thio)aniline |
2023 |
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69 |
Smita Panda |
Synthesis of (E)-3-Styrylquinoline |
2023 |
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70 |
Khitish Kumar Mohanty |
Synthesis of (E)-3-Styrylpyridine |
2023 |
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71 |
Rakesh Polai |
Synthesis of (E)-9-Styrylphenanthrene |
2023 |
Subcategories
Latest News
- Dated 22-06-2022, Congratulation to Madhab Maity for joining PhD at IIT Bhubaneswar
- Dated 18-06-2022, Congratulation Subhradeep Kar for joining PhD at IIT Guwahati
- Dated 10-06-2022, Congratulation to Asutosh Patra for joining PhD at IIT Tirupathi
- Dated 27/03/2022, Congratulation to Papita Behera for Best Poster Prize ACS Omega award in CSRI-NSC-28 at IIT Guwahati
- Dated 10-01-2022; Congratulation to Pradyota Kumar Behera joined as PhD student
- Dated 18-12-2021; Congratulation to Santosh Kumar Sahoo for geting ACS Omega Best Poster Prize award in International conference MTM-2021, SVNIT
- Dated 09-12-2021; Congratulation to Santosh K Sahoo for being nominated to JNOST-2022
- Dated 13/11/2021; Santosh paper accepted in New J Chemistry, RSc; Congratulation to team member for hard work
- Dated 13/11/2021; Santosh paper accepted in Reserach Journal of Berhampur University, RJBU; Congratulation
- Dated 11/08/2021; Pragati Rout moved to University of Connecticut, USA for PhD programme, Congratulation and best of Luck
- Dated 01/08/2021, Amlan Swain joined the group as CSIR project JRF.
- Dated 26/07/2021, Papita Behera Joined as PhD student,
- Dated 03/07/2021, Advertisement of Junior Research Fellow (JRF) in CSIR /02/0393/EMR-II, Last date 19/07/2021
- Dated 31/05/2021, Santosh paper accepted in New J Chemistry, Congratulations to Pradyota, Prabhupada and Madhusudan
- Dated 23/03/ 2021, CSIR New Delhi has funded a project 02(1151)/20, Thanks to Council of Scientiific and Industrial Research
- Dated 19/03/2021; Pradyata, Paper accepted in A JOC, Congratulation to Prabhupada, Rasmiranjan and Santosh
- Dated 11/03/2021;Prabhupada, Paper accepted in NJC, Congratulation to Pradyata, Tanmayee, Smruti, Rasmiranjan and Santosh
- Dated 02/03/2021; Awarded as Outstanding Reviewer, NJC, Royal Soceity of Chemistry
- Dated 26/10/2020; One of the Collaborative Paper accepted in Seminars in Cancer Biology !!!! (Impact factor 15.09)
- Dated 23/10/2020; Our Paper accepted in Coordination Chemistry Review !!! (Impact factor 22.0)
- Dated 07/10/2020; Santosh's paper accepted in Tetrahedron; Congratulations !!!
- Dated 24/09/2020; Santosh's paper is accepted in ChemistrySelect; Congratulation !!!
- Dated 07/09/2020; Reba Panigrahi Defended PhD Thesis (External Prof. A. K. Verma, Delhi University) Congratulation !!
- Dated 18/02/2020; Pragati Rout got PhD offer from University of Connecticut, USA, Congratulation
- Dtaed 13/02/2020; Subhalaxmi Paper accepted in New J Chemistry
- Dated 13/01/2020; Reba Panigrahi paper accepted in Chem-A. Eu. J
- Dated 22/12/2020; Reba Panigrahi paper accepted in New J Chemistry
- Dated 20/09/2029; Stanford University Professor, Prof. R. N. Zhare presented a talk ; Hosted by our research Group
- Dated 16/02/2019; Mr Santosh Kumar Chowdhury Defended PhD thesis (External Prof. A. K. Sahoo, University of Hydarabad) Congratulation!!
- Dated 18/11/2020, “OrgSyn Certificate" award by Borad of Editor, Organic Synthesis
- Dated 19/11/2018, Paper accepted in Org. Syn, 2018, 95, 455. (Unique achievement in reproduceble results from our laboratory)
- Dated 05/05/2018, Dr. Rout Accepted the Editorial Member of Current Organocatalysis
- Dated 14/03/2018: Dr. Rout Accepted the Editorial Member of Journal of Medicines Development Sciences
- Dated 21/09/2017; Santosh paper accepted in Eur JOC 2017, 35, 5275-5292
- Dated 24/05/2017: Dr. Rout Accepted the Editorial Member of Cancer Biology and Therapeutic Oncology.
- Dated 30/08/2016; Santosh paper accepted in Chem. - A Europ. J. 2016, 22, 14812-14815