Research Interest: Plant Stress Physiology; Nanoparticles fabrication from plants/microbes;Clonal Propagation and Forestry

Research Interest: Animal Science, Reproduction, Molecular Biology, Endocrinology

Research Interest: Retinal Diseases

Research Interest: Food Safety and Hygiene; Functional Foods / Nutraceuticals; Genetic Toxicology; Pre-Clinical Toxicology; Anti-mutagenesis; Diet and Cancer        

Research Interest: Identification and Characterization of Molecular Target for Cancer Prevention and Therapy; Molecular Exploration of Molecular Network of Chinese Medicine for Cancer Prevention and Therapy; Identification and Characterization of Bioactive Compounds in Chinese Herbs and Development of Targeted Drug Delivery Method

I have 8 years of experience in molecular biology research. I published and reviewed international articles. I worked in various biological research fields which enables me to converge molecular biology to physiology. Other than basic science, I was also involved with translational science by screening drugs with in vivo models. I am learning and holding beginner level expertise in bioinformatics. I am involved in career counselling for underprivileged kids in India. I guided dissertation projects of 10+ master’s students in the field of biology. I assisted in grant and patent writings for my former and current groups. Therefore, I have diverse experience in the field of biological science and research.

Research Interest:

1. Endocrinology

2. Toxicology

3. Reproduction Biology

4. Energy metabolism

5. Diabetic nephropathy

6. Diabetes

7. Pancreatic islet physiology

Grants: Senior research fellowship and travel grants

URL: https://orcid.org/0000-0003-1510-9562

https://www.linkedin.com/in/aparamita-pandey-phd-4a20b819/

List of Publications:

1. Application of LC-MS techniques for detection of metabolites and drug-induced changes in cellular metabolism of parasites. (2015) APandey, RMedhamurthy*. Techniques for exact identification and parasitic disease diagnosis in domestic animals, 80-87. Chapter written for XIX National training programme, Indian council of agricultural research, India.

2. Analysis of endocrine disruption effect of Roundup® in adrenal gland of male rats. (2016) APandey, RMedhamurthy*. ToxicologyReports, 21075-1085. Article was discussed in various media centers.

3. Application of biotechnology in livestock production. (2017) APandey, RahamanK, RMedhamurthy*. Review article written for Progress in biotechnology in India, India,1-17

4. Inflammatory Effects of Subacute Exposure of Roundup in Rat Liver and Adipose Tissue. (2019) APandey*, PDhabade, AKumaraswamy. Doseresponse,17.

5. Hormonal regulation and function of an RNA helicase, Ddx5 in corpus luteum of adult Wistar rats. (2019) APandey*, RMedhamurthy, SRao, KAsaithambi. ReproductiveBiology, 19 179-188

6. Under-carboxylated osteocalcin regulates glucose and lipid metabolism during pregnancy and lactation in rats. (2020) A Pandey, H. R. KhanN. S. AlexM. PuttarajuT. T. Chandrasekaran, M. Rudraiah*. Journal of Endocrinological Investigation, https://doi.org/10.1007/s40618-020-01195

7. A maladaptive metabolic re-programming compromise the DNA repair potential of cells and is responsible for diabetes-associated organ fibrosis. Kumar Varun, Agrawal Raman, Pandey Aparamita,
Kopf Stefan, Hoeffgen Manuel, Kaymak Serap, Reddy Bandapalli Obul, Gorbunova Vera, Seluanov Andrei, Tim Frederik Weber, Mall Marcus A, Herzig Stephan, Nawroth Peter P. (Under revision in EMBO)

 

Research Interest: Developmental Toxicology, Reproductive Toxicology, Teratology, Toxicology, Embryology, Congenital Anomalies, Congenital Anomalies Epidemiology, Anatomical/Developmental Variations, Magnetic Resonance, Computer Tomography, Ultrasonography, Medical Imagining, Cancer Imaging, Cancer Epidemiology, Anatomy, Radiology, Genital Tract Imagining, Gastrointestinal Imagining, Abdominal Imagining

Research Interest: Animal Behavior, Neuroethology, Chemical Ecology, Insect Physiology, Drosophila, Social Insects

I am an Associate Professor in the Petroleum and Chemical Engineering Program at Universiti Teknologi Brunei (UTB), with prior experience as a Professor at Universiti Malaysia Pahang (UMP) from 2010 to 2022. My research focuses on wastewater treatment and valorization, particularly using microbial fuel cells (MFC) and photocatalytic technology, alongside developing catalysts for CO2 conversion and biodiesel production. I have secured over 2 million MYR in funding, received an international grant from the Newton Research Collaboration Programme, and led the Reaction Engineering group at UMP from 2013 to 2019. I have supervised over 23 postgraduate students, published more than 180 journal papers, and hold 16 patents. My teaching experience includes transport phenomena, chemical reaction engineering, mass transfer, heat transfer, and electrochemical engineering. I am a Chartered Engineer with IChemE and a Fellow of the Bangladesh Institution of Engineers (IEB).

Research Interest: Microbial fuel cell and other biological processes.

Research Interest: Organic synthesis, medicinal chemistry and Drug Development, Chemistry and Toxicology of natural substances, herb-drug interaction, nutriceuticals & functional food, amino-acid in nutrition, taurine, analogues and Biological actions, environmental aspects, Science popularization and education

Research Interest: Conversion of renewable raw materials into sustainable and cost-effective bio-products; Optimization of process parameters for improved production of antimicrobial metabolites, enzymes and silver nanoparticles using statistical approach; Extraction, purification and analysis of antibiotics produced by actinomycetes; Purification of the enzymes and polyacrylamide gel electrophoresis.

Research Interest: Neurosurgery; Neuroscience; Biological Neuroscience; Spine Bio Spine Research and Brain Research

Research Interest: Tissue engineering and medicine regenerative, nanomedicine and morphology

Research Interest: Radiopharmaceuticals; Bioevalution, biodistribution; Radionuclide therapy; In vivo toxicology; Nuclear medicine; Animal model; Moleular imaging; Malignant tumor