Full Member
Sarudzai Portia Showa
Membership since:
2025
Field of activity:
Other Memberships/Affiliations
Southern Africa Mathematical Sciences Association (SAMSA)
Degrees:
2016
Doctorate Mathematical sciences
Mathematical Epidemiology
2006
Master Mathematical sciences
Mathematics
2004
Undergraduate Mathematical sciences
Mathematics
Publications resulting from Research
1. SHOWA, S.P. NYABADZA F. AND MUSEKWA SD. 2019. On the efficiency of HIV transmission: Insights through discrete time HIV models. PLoS ONE, 14(9):e0222574.
2. SHOWA, S.P., NYABADZA, F. AND HOVE-MUSEKWA, S.D. 2017. A discrete HIV infection model with immunosenescence. BIOLOGY AND MEDICINE 9:420. doi: 10.4172/0974-8369.1000420.
3. HOVE, K., MASACHE, A. AND SHOWA S.P. 2016. Analysis of factors influencing first year university undergraduate performance in selected pure Mathematics courses at the National University of Science and Technology - Zimbabwe. JOURNAL FOR STUDIES IN HUMANITIES AND SOCIAL SCIENCES. VOLUME 5(2): 172-183.
4. SHOWA, S.P., NYABADZA, F., HOVE-MUSEKWA, S.D. AND MAGOMBEDZE G. 2015. Exploring the benefits of antibody immune response in HIV-1 infection using a discrete model. MATHEMATICAL MEDICINE AND BIOLOGY, 33(2):189-210.
5. SHOWA, S.P., NYABADZA, F., HOVE-MUSEKWA, S.D. AND MAGOMBEDZE G. 2015. Increasing drug efficiency or proper treatment adherence to curb emergence of HIV drug resistance strains; insights through adaptive dynamics theory. 10TH ZIRS BOOK OF PROCEEDINGS, 819-831.
6. SHOWA, S.P., NYABADZA, F., HOVE-MUSEKWA, S.D. AND MAGOMBEDZE G. 2014. A comparison of elasticities of viral levels to specific immune response mechanisms in human immunodeficiency virus infection. BMC RESEARCH NOTES, 7:737.
2. SHOWA, S.P., NYABADZA, F. AND HOVE-MUSEKWA, S.D. 2017. A discrete HIV infection model with immunosenescence. BIOLOGY AND MEDICINE 9:420. doi: 10.4172/0974-8369.1000420.
3. HOVE, K., MASACHE, A. AND SHOWA S.P. 2016. Analysis of factors influencing first year university undergraduate performance in selected pure Mathematics courses at the National University of Science and Technology - Zimbabwe. JOURNAL FOR STUDIES IN HUMANITIES AND SOCIAL SCIENCES. VOLUME 5(2): 172-183.
4. SHOWA, S.P., NYABADZA, F., HOVE-MUSEKWA, S.D. AND MAGOMBEDZE G. 2015. Exploring the benefits of antibody immune response in HIV-1 infection using a discrete model. MATHEMATICAL MEDICINE AND BIOLOGY, 33(2):189-210.
5. SHOWA, S.P., NYABADZA, F., HOVE-MUSEKWA, S.D. AND MAGOMBEDZE G. 2015. Increasing drug efficiency or proper treatment adherence to curb emergence of HIV drug resistance strains; insights through adaptive dynamics theory. 10TH ZIRS BOOK OF PROCEEDINGS, 819-831.
6. SHOWA, S.P., NYABADZA, F., HOVE-MUSEKWA, S.D. AND MAGOMBEDZE G. 2014. A comparison of elasticities of viral levels to specific immune response mechanisms in human immunodeficiency virus infection. BMC RESEARCH NOTES, 7:737.