BITS Faculty Publications
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Item Studies on cytotoxic activity of Camel milk whey protein as a nutraceutical against HeLa cells(Camel Publishing House, 2023) Dubey, Uma S.Camel milk is an adapted dietary supplement with multiple antimicrobial and immuno-stimulatory properties. Diabetes, infant diarrhoea, hepatitis, allergy, lactose intolerance, and alcohol- induced liver damage have been treated with it (Galil et al, 2016). Numerous immunologically essential molecules, such as lysozymes, lactoferrin, lactoperoxidase, serum albumin, acidic whey protein, peptidoglycan recognition protein, and small peptides, contribute to its health benefits (Dubey et al, 2016). Recently, the anti-microbial and antioxidant properties of camel milk and its role as an anti-cancer and anti-hepatitis agent has been demonstrated (Khan et al, 2021). Camel milk also has the normal isotypes of antibodies shared with other mammalian species. Actually not only camel’s milk but even its urine is among such natural products enriched with molecules that are safe to humans and endowed with profound anti-cancer properties (Alebie et al, 2017). Aryl hydrocarbon receptor (AhR) is an endogenous transcription factor with known preventative and therapeutic benefits for patients with cancer associated with organs like the liver, breast, prostate, etc. (Xie et al, 2012; Richmond et al, 2014). Aberrant AhR expression is involved in carcinogenesis (Korzeniewski et al, 2010).Item Modeling the interaction between avascular cancerous cells and acquired immune response(World Scientific, 2008) Dubey, Balram; Dubey, Uma S.This paper deals with the interaction between dispersed cancer cells and the major populations of the immune system, namely, the T helper cells, T Cytotoxic cells, B cells, and antibodies produced. The system is described by a set of five ordinary differential equations. Both local and global stability of the system has been investigated. It has been observed that under appropriate conditions this interaction is capable of controlling the growth of these cancer cells. The analytical findings are supported by numerical and computational analytical methods.Item MODELING THE INTERACTION BETWEEN AVASCULAR CANCEROUS CELLS AND ACQUIRED IMMUNE RESPONSE(World Scientific, 2008) Dubey, Uma S.; Dubey, BalramThis paper deals with the interaction between dispersed cancer cells and the major populations of the immune system, namely, the T helper cells, T Cytotoxic cells, B cells, and antibodies produced. The system is described by a set of five ordinary differential equations. Both local and global stability of the system has been investigated. It has been observed that under appropriate conditions this interaction is capable of controlling the growth of these cancer cells. The analytical findings are supported by numerical and computational analytical methods.