Books & Book Chapters

* indicates undergraduate students as co-authors

  1. Kiseleva, T.L., Coleman, N. Alpinia medicinal (Alpinia officinarum) in traditional medicine and current medical and pharmacological practice. Article 2: biological activity, use in traditional medicine and current success in medical and pharmacological practice. Traditional Medicine. 2020.3(62):15-32

  2. Kiseleva, T.L., Coleman, N. Alpinia medicinal (Alpinia officinarum) in traditional medicine and current medical and pharmacological practice. Article 1: botanical characteristics, synonymic, specificity of harvesting, and use as a food supplement. Traditional Medicine. 2020.2(61):20-35.

  3. Coleman, N., Kiseleva, T.L. Blood root (Sanguinaria canadensis L.). Article 2: biological activity, use in traditional medicine and current success in medical and pharmacological practice. Traditional Medicine. 2019.4(59):20-35.

  4. Kiseleva, T.L., Coleman, N., Kiseleva, M.A. Blood root (Sanguinaria canadensis L.). Article 1: botanical characteristics, synonymic, chemical composition, use in dentistry, homeopathy and veterinary, and as a food supplement. Traditional Medicine. 2019.4(59):20-35.

  5. Coleman, N. The Scientific Undergraduate Research Institute: An Initiative to Enhance SATEWM Education. CUR Biology News. Winter 2019. p9.

  6. Chakraborty, A., Han, J., Faltas*, C., and Coleman, N. Brain Tumor Treatment: 2017 Update. Cancer and Clinical Oncology. 2018. 7(1):30-46.

  7. Chakraborty, A., Murphy, S., and Coleman, N. The Role of NMDA Receptors in Neural Stem Cell Proliferation and Differentiation. Stem Cell and Development. 2017. 26(11), 798-807.

  8. Donatacci*. D., Galarraga*. M., Duarte*. A., Faltas*. C., Osea*. J., and Coleman. N. New Prospective in the Treatment of Lung Cancer. In Vivo. 2017. Vol 38 (2): page 82.

  9. Emtage, L., Bradbuty. L., Coleman. N., Devenport. D., Dunning. A., and Grew. G. 2016. Cell Signaling Pathways – a Case Study Approach. CourseSourse.

  10. Duarte*. A., Faltas*. C., Osea*. J., and Coleman. N. NMDA Receptors as a New Therapeutic Target for Cancer. In Vivo. 2016. Vol 37 (2): page 48.

  11. Faltas*. C., Duarte*. A., Osea*. J., and Coleman. N. Cellular and Molecular Mechanisms of Lead Toxicity in the Blood Brain Barrier. In Vivo 2016. Vol 37 (2): page 49.

  12. Youssef*. M., Osea.*J., Llanos. *K., and N. Coleman. “The Role of NMDA Receptors in Cancer”. In vivo. 2015. 36(2): 101.

  13. Coleman. N., Ates-Alagoz. Z., Farbaniec*. M., Sun. S., and Adejare. A. “Toxicity Studies on Novel N-Substituted Bicycle-heptan-2-amines at NMDA Receptors”. Pharmaceuticals. 2013. 6(4):536-545.

  14. Coleman. N. and Kissil. J. “Recent Advances in the Development of P21-Activated Kinase Inhibitors”. Cellular Logistics. 2012. 2(2), 132-135.

  15. Ates-Alogoz. Z., Coleman. N., Martin*. M., Wan. A., Adejare. A. “Syntheses and In Vitro Anticancer Properties of Novel Radiosensitizers”. Chemical Biology and Drug Design. 2012. 80:853-861.

  16. Enright*. T., Hagaman. D., Kokoruz. M., b., and Sidorenko. A. “Gradient and Patterned Polymer Brushes by Photoinitiated “Grafting Through” Approach”. Journal of Polymer Science Part B: Polymer Physics. 2010. 48(14), 1616-22.

  17. Zabelina (Coleman). N, Shagiakhmetova. G., Lebedeva. I., Kuzmina. T., and Golubev. A, “In Vitro Maturation and Early Development Capacity of Bovine Oocytes Cultured in Pure Follicular Fluid Depending on Its Heat Treatment and Supplementation with Follicular Wall”, Theriogenology. 2007. 67, 1053-1059.

  18. Zabelina (Coleman). N. and Golubev. A. Cloning. Research Institute “Agroprom” Press. Moscow, 2001, N69BC-2001. (13 p).

  19. Zabelina (Coleman). N. and Golubev. A. Meiotic parthenogenesis. Research Institute “Agroprom” Press. Moscow, 1998, N78BC-98 (30p).

  20. Zabelina (Coleman). N. “In vitro maturation of bovine oocytes in homologous follicular fluid”, Research Institute “Agroprom” Press. Moscow, 1995, N198BC-95, (29).



* indicates undergraduate students as co-authors