[Skip to Content]
 
 
  • Departments
  • Quick Links
  • A-Z
 
  •  
  • My Account
  • Profiles
  • Webmail
  • About Us

    About Us

      1. About CU
      2. Mission
      3. Our Core Values
      4. Our History
      5. Inside Covenant
      6. Focus
      7. The Chancellor
      8. The Vice Chancellor
      9. The Deputy Vice Chancellor
      10. The Registrar
      1. Chaplaincy
      2. Academic Affairs Office
      3. Centre for Systems and Information Services (CSIS)
      4. Media and Corporate Affairs Directorate
      5. Unique Programmes
      6. Student Affairs
      7. Campus Security
      8. Financial Services
      9. Community Impact
      10. Academic Planning
      1. Counselling Centre
      2. Covenant University Medical Centre
      3. Centre for Entrepreneurial Development Studies
      4. International Office and Linkages
  • Admissions

    Admissions

      1. Undergraduate Admission
      2. Postgraduate Admission
      3. Foreign Students Admission
  • Colleges

    Colleges

      1. College of Business and Social Sciences
      2. College of Engineering
      3. College of Leadership Development Studies
      4. College of Science and Technology
      5. School of Postgraduate Studies
  • Library
  • News
  • Publications
  • Research
  • Covenant Journals
  • Academic Calendar
  • Covenant OER
Simulating the Efflux Models of Chloroquine in the Plasmodium Falciparum Resistance (PfCRT) Mechanism.
  • Home
  • »
  • Profiles
  • »
  • ADEBIYI MARION
  • »
  • Simulating the Efflux Models of Chloroquine in the Plasmodium...

Simulating the Efflux Models of Chloroquine in the Plasmodium Falciparum Resistance (PfCRT) Mechanism.

~ Db9b2afa10993df074a0450a9936396a.200x200
Chloroquine (CQ), cheap and long history antimalaria has failed in the treatment of malaria. This work sought to simulate the CQ efflux models of the resistance mechanism(s) of the human malaria parasite, Pf to CQ in the acidic food vacuole of the parasite. Following the introduction of Chloroquine as a first-line antimalaria and most widely used drug for the treatment of malaria, it is also...
 
Published at Proceedings of the second joint meeting of ISCB and ASBCB and the third conference of the ASBCB on Bioinformatics of African Pathogens, Hosts and Vectors. Cape Town, South Africa from 5 – 11 March 2011.
Published in 2011
 
Download 177.84 kB
 
 
 
Adebiyi, O. Marion
Olumarion
 
Other publications by this author (view profile)
 
 
Computational Biology and Bio-informatics in Nigeria.
 
Development of Electronic Government Procurement (e-GP) System for Nigeria Public Sector
 
Stock Price Prediction using Neural Network with Hybridized Market Indicators
 
An Empirical Investigation of the Level of Adoption of Mobile Payment in Nigeria
 
Ten Simple Rules for Organizing a Virtual Conference—Anywhere.
 
Development of a Social Networking Site with a Networked Library and Conference Chat.
 
Design and Development of an Intelligent Instructive System: (Scholastic Tutor (St*)
 
Repository Of Malaria Drugs And Insecticide Resistance
 
An Efficient Graph Based Greedy Algorithm For The Analysis Of Metabolic Network On Its Topology.
 
In Silico Study of the Complex Mechanisms of Anopheles gambiae Insecticide Resistance
 
Genetic Diversity Of Plasmodium Falciparum Field.
 
Computational Discovery of Drugs Resistance Mechanism(s) of the Malaria Parasite to Tetracyclines and Chloroquines
 
Plasmodium Falciparum Chloroquine Resistance (Pfcrt) Mechanisms: An Intra-Erythrocytic Developmental Stage.
 
A Functional Workbench for Anopheles gambiae Micro Array Analysis
 
A Petri–Net Based Model for PBS System on Linux Enterprise Server
  • ©2018 Covenant University | Sitemap | Contact Us
    •  
    •  
    •  
    •  
    •  
    •  
    •