Chemistry

Project Undertaken: I have worked on UGC Project as a research fellow, entitled "ModifiedVoltametric Method for the Study of Biochemical Pharmaceuticals and Genetic Engineering Materials", Department of Chemistry, Dr. Hari Singh Gour University Sagar (M.P.) From 1-4-2007 to 31-3-2010.

Lectures on Youtube links:-
https://youtu.be/Ypa-f08DdQQ
https://youtu.be/ZxhIV3Kykig
https://youtu.be/v9orIPrqt-w
https://youtu.be/wgFU4HysizY

Author of Books-
Published Text book of Engg. Chemistry ISBN NO. 9789384164539.

Winner of Awards-
Young Scientist award at Indian Chemical Scoiety 46th national conference Kolkata(Shanti Niketan).

Member of Societies/Associations-
Member of IJRSR – International Journal.

Publications-

1. Neelam Vaidya, A.K.Banerjee, K.S.Pitre., “Polarographic Analysis of Fatty Acids Obtained from the Seed of Persea americana”,Asian Journal of Chemistry Vol. 22, No. 7, 5499-5503pp, 2009.
2. Neelam Vaidya, A.K.Banerjee, K.S.Pitre, “Electrochemical analysis of fatty acids obtained from the natural resource seed of perilla frutescens”, Asian J. Research Chem. 4(5): May, 705-707pp,2009.
3. Neelam Vaidya, K.S.Pitre., “Structurally Modified Atropine molecule by electroanalytical method for its increased Anesthetic Potency”. Journal chemical and pharmaceutical research, vol.2, issue 6, 2(6):410-415pp, 2010.
4. Neelam Vaidya, Rakesh Choure, K.S.Pitre., “Synthesis and bioelectrochemical screening of modified Tolbutamide molecule”. Pelagia Research Library, vol.2, issue1, 2(1):129-135pp, 2011.
5. Neelam Vaidya, Rakesh Choure., “Polarographic and Pharmacological study of Zn (II)-Paracetamol complex”. Current Pharma Research, 1(2), 123-126pp, 2011.
6. Neelam Vaidya, K.S.Pitre, “The role of Co (II) in the increased medicinal potency of Glimepride analyzed by electrochemical methods”. IJABPT, vol.2, Issue-1, 261-266pp, 2011.
7. Neelam Vaidya, Rakesh Choure, K.S. Pitre., “Study of Zn (II)-Coumarin metal complex by electrochemical method with   increased anticoagulant potency”. Reviews in analytical chemistry, 30 (2011): 53–57.
8. Neelam Vaidya, Rakesh Choure, “Electroanalytical and Pharmacological study of Fe(II)-Paracetamol complex” International journal of electrochemistry volume 2 Issue 3, May-June 2011.
9. Neelan Vaidya, Rakesh Choure, “Polarography and Pharmacological Study of Atropine Fe complex for its increased Anesthetic Potency” Jour. of Sci. Res. in Phar. 1(2), 106-108, 2012.
10. Rakesh Choure*, Neelam Vaidya, KS Pire, “Polarography and Pharmacological Study of Atropine Fe Complex for Its Increased Anesthetic Potency” World Journal of Organic Chemistry, 2015, Vol. 3, No. 1, 9-11. (Impact factor 0.6)
11. Rakesh Choure*, Neelam Vaidya, “Electrochemical and Pharmacological study of Fe (II)-Tolbutamide complex” American Journal of Pharmacological Sciences, 30: 53–57, 2015. (Impact factor 0.9)
12. Rakesh Choure*, Neelam Vaidya, KS Pitre, “Bioinorganic and Pharmacological Study of Fe (II)-Coumarin Complex” International Journal of Chemical and Biomolecular Science Vol. 1, No. 2, pp. 43-48, 2015. (Impact factor 0.5)
13. Rakesh Choure*, KS Pitre, Neelam Vaidya, “Electroanalytical and Pharmacological study of Fe (II)-Paracetamol complex”. Rev Anal Chem 94: 1148–1153, 2016. (Impact factor 1.0)
14. Neelam Vaidya*, Rakesh Choure, KS Pitre, “The role of Co (II) in the increased medicinal potency of Glimepride analyzed by electrochemical methods”.IJABPT Volume:   2: Issue-1: Jan-Mar -2011.
15. Rakesh Choure*, Neelam Vaidya, KS Pitre, “Electroanalytical and Pharmacological study of Fe (II)-Paracetamol complex” IJDFR volume 2 Issue 3, May-June 2013.
16. Rakesh Choure*, Neelam Vaidya, KS Pitre, “Structurally Modified Atropine molecule by electroanalytical method for its increased Anesthetic Potency” IJDFR volume 2 Issue 3, May-June 2016.
17. Rakesh Choure*, Neelam Vaidya, KS Pitre, “Polarography of Zn (II)-Tolbutamide complex and its Pharmacological Study” Elixir Appl. Chem. 57A, 14467-14469, 2014. (Impact factor 0.8)

Presentations in Conferences-

1. “Analysis of lipolysed product of high temperature heated Buhananialanzan seed oil” – 42nd Annual Convention of Chemists, Visva-Bharti, Shantiniketan (2005).
2. “Analysis of monoglyceride” – 43rd Annual Convention of Chemists, Aurangabad (2006).
3. “Electrometric analysis of fatty acids-obtained from natural origin (Guizotiaabyssinica seed oil)” – 44th Annual Convention of Chemists, Jaipur (2007).
4. “Polarographic analysis of Fatty acids-obtained from natural origin (Persea-americana seed oil)” – 26th Annual conference of Indian Council of Chemists, Sagar (2007).
5. “Polarographic analysis of Fatty acids-obtained from natural origin (Passifloraedulis seed oil)” – 45th Annual Convention of Chemists, Dharwad (2008).
6. “Polarographic analysis of Fatty acids-obtained from natural origin (Perilla frutescen seed oil)” – 46th Annual Convention of Chemists, Vallore (2009).
7. “Preparation of Alkane Diol and Characterization of its Derivative as a Possible Surfactant” –97th Indian Science Congress, Thiruvananthapuram, (2010).
8. “Analysis of Euphorbia dracunculoides seed coat For Unusual Nonlipid constituent characterization”. Sanmantrana 2018 SVVV  
9. Electrometric analysis of fatty acids-obtained from natural origin (Guizotiaabyssinica seed oil)”- 9th International conference, LNCT S INDORE  (MP)2018.

Infrastructure- List of Experiments for BE – I Year (I & II sem)

1. Determine the type and extent of Alkalinity of given sample of water by N/50 Hydrochloric acid (HCl), when [P > ½ M].
2. Determine the type and extent of Alkalinity of given sample of water by N/50 Hydrochloric acid (HCl), when [P < ½ M].
3. Water sample-A contains 1 gm CaCO₃ equivalent / litre standardize the EDTA solution and determine the Total Hardness of given water sample-B. Report your answer in ppm and in ⁰Cl.
4. To determine the Normality and Strength in gm/litre of given unknown solution of Ferrous ammonium sulphate (FAS) by titrating it with Potassium dichromate using Diphenyl amine as an internal indicator. The concentration of known solution of FAS is N/40.
5. To determine the Flash point and Fire point of the given lubricating oil sample by using Able’s apparatus.
6. To determine the Flash point and Fire point of the given lubricating oil sample by using Penskey Martin’s apparatus.
7. To determine the Viscosity of given sample of lubricating oil at different temperature by using Redwood Viscometer No. 1.
8. To determine the Viscosity of given sample of lubricating oil at different temperature by using Redwood Viscometer No. 2.
9. Determine the Moisture Content in the given powdered coal sample.
10. To determine the cloud and pour point of    given lubricating oil by Cloud and Pour point apparatus.

Dr. Neelam choure
HOD / Associate Professor
B.Sc., M.Sc., B.Ed., B.Lib., M.Lib, Ph.D (Chemistry)
Phone: +91 86024 46287, +9193990 46567
Email: nchourechem@gmail.com

The department of chemistry is engaged in providing highest level and quality of academic education comprising both basic and applied areas of chemistry. The department is well equipped with sophisticated instrumentation facilities required to facilitate the modern day chemistry. The students in our department are provided a comprehensive practical exposure to the various instrumental techniques required for their research.