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Prof.Rachel Fanelwa Ngece Ajayi
APID: 5168
capDeputy Dean: Research and Innovation at University of the Western Cape Bellville, Western Cape
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My Biography

Prof. Rachel Fanelwa Ngece Ajayi is an Associate More Professor of Physical Chemistry in the Chemistry Department at UWC and also serves as the Deputy Dean: Research and Innovation in the Faculty of Natural Sciences. Additionally, she works as a lead researcher in the SensorLab Enzyme laboratories at UWC specializing in research on the creation of drug metabolism sensors through the use of different green synthesized nanomaterials and the identification of a variety of biological uses for them. Her research expertise is frequently requested at local and international journal review panels, conference organizing committees, and she maintains strong research collaborations both domestically and internationally. Her research expertise is frequently requested by local and international journal review panels, conference organizing committees, and funding award panels. Her non-profit organisations, AmaQawe ngeMfundo, Chemistry Education South Africa, KasiMaths, and the Akeelah foundation, are examples of her work advocating for education. She belongs to the ISE, SAYAS and SACI. She also received the prestigious National Research Foundation Excellence Emerging Leader Award 2019; the 2019 UWC DVC Community Engagement Award; and the 2018 South Africa’s Inspiring Fifty Women in STEM award. She is also a recipient of fellowships from the NRF’s Future Professors Programme, the African Science Leadership Programme , and the AIMS Next Einstein Forum as one of 20 Next Einstein’s (2019–2021).

Area Of Expertise

Chemistry

Area of Intrest

Green Nanotechnology, Metabolism Sensor Development, Electrochemistry

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Jay Prakash Sah


Hello everyone. I am currently pursuing Postdoctoral fellow in Division of Cardiology, Heersink Read More School of Medicine, University of Alabama at Birmingham, USA, where my research focuses on Role of VWF in Angiogenesis. My work aims to address critical challenges in precision medicine.
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Hadis Gharacheh


Hello everyone. I am currently pursuing my Ph.D. in Chemical Engineering at the New Jersey Institute Read More of Technology (NJIT), where my research focuses on 3D bioprinting techniques for creating vascularized scaffolds for bone tissue applications. My work aims to address critical challenges in regenerative medicine and orthopedics.
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Sunil Prajapati


Hello respected colleagues, Currently, I am conducting a clinical trail for a drug that could Read More ameliorate osteoarthritis. Your association is solicited.
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Jyoti Prakash


Hi every one. By joining as editor of this esteemed journal, I will have also a chance to enrich my Read More knowledge.
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Ogunyemi Oderinlo


Hello, I am Ogunyemi Oderinlo. A lecturer at the Department of Chemistry, Federal University Otuoke, Read More Bayelsa, Nigeria. My research expertise centered on small molecule synthesis and natural products isolation (including essential oils). A component of our research interests lies in drug discovery for infectious diseases such as malaria, tuberculosis, trypanosomiasis, leishmaniasis, etc. We welcome collaboration from researchers around the world.
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Madhusudhanrao Vallabhaneni


In our presents the studies related to the green synthesis of nano-HAP powders using wet-chemical Read More precipitation method with the use of different natural stabilizers at room temperature conditions. Nine natural stabilizers viz., Rice Water (RcW), Soya Milk (SM), Soya Leaves (SL), Spinach Leaves (SpL), Tea Decoction (TD), Tulsi Leaves (TL), Aloe vera (Alv), Gum Kondagogu (GKg) and Rose Petals (RP) have been used. Based on the results obtained in the present study on green chemistry synthesis of nano-HAP, after making several refinements to its synthesis (in terms of volume of Natural Stabilizer used, the type of Natural Stabilizer and temperature), the following recommendations are made for future studies. In addition to its pH, Ca/P ratio, morphology and photoluminescence studies, its application is largely dependent on the chemical activity of the Natural Stabiliser used as a precursor. Essentially the changes made to the synthesis of nano-HAP using natural extracts as Natural Stabilisers need further studies on its anti-bacterial and anti-inflammatory effects. After validating the results of its bioactivity and biocompatibility, an inference can be drawn about proposing it as a nano-HAP material for bone implant and dental filling materials. In the present study, in-vitro tests have been carried out using nano-HAP powders stabilised by Soya Milk, Rice Water, Soya Leaves and Spinach Leaves. In near future, the in-vivo study is recommended to look for the toxicity and possible side effects in living beings.
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Dr. S. N. V. Bramareswara Rao


Hello connections, I am Dr. S. N. V. Bramareswara Rao currently working as Associate Professor in Read More the Department of EEE, Sir C. R. Reddy College of Engineering, Eluru, Andhra Pradesh, India. My Research interests includes Microgrids, Power Quality Improvement in Microgrids, Interconnected Microgrids, AI applications to Microgrids, Machine Learning Approaches to the field of inventions. My most resent works got published in IEEE Access, Sustainability and Energies and got good number of citations in the span of 1 year (100 citations) which shows the importance of the field of microgrids in which I am working at present.
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HAROON IQBAL


I am Dr. Haroon Iqbal (Dr. HI), currently working as a research scientist in Eye Hospital Wenzhou Read More Mecical University, Wenzhou, China. My reserach expertise mainly focus on drug design and development for Cancer, skin infection and Glaucoma treatment.
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Dharma Raj Kandel


I am PhD scholar at Jeonbuk National University, South Korea. My field of research is adsorption and Read More membrane filtration of organic pollutants and heavy metals. These days, our team is focusing on the use of natural waste for the alleviation of effect of pollutants. Also, we are examining the difference in the performance of adsorbent and membranes after the incorporation of nanoparticles (e.g; MOF). We believe in the cost effective works in the research and doing as such.
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Arkadiy Dantsker


My current research related to developing new artificial intelligence models for detecting the Read More sources of contamination for different conditions of the contaminant transport and pollutant sources releases, finding the sources of thermal abnormalities in technological processes including power grids.
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