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RISEvaluation of the antiplasmodial activity of ethnopharmacological plants used for the treatment of malaria in Iran
effects on heme detoxification. In this study, mode of action for antimalarial activity of
M. communis was also identified and, the result provided validation for the ethnic usage of
M. communis against malaria....
Are Malaria mosquitocidal Cry toxins similar in features and power? In silico responds.
model of capable toxins production based on multimodal protein design for biocontrol of Malaria mosquitos....
Detection of the avian blood parasites from northeast of Iran
Background: Haemoproteus as a protozoan intracellular blood parasite occur in various avian hosts
globally. Different genus of blood sucking insects’ families such as Hippoboscidae and Ceratopogonidae are
able ...
Current status of Marek's disease in the United States and worldwide based on a questionnaire survey
Genetically modified parasites as a new approach for vaccine development: Role of non-primates & ethical considerations
as bioethical issues. This paper is based on the research that was carried out in a rodent model of malaria to generate the genetically engineered plasmodium that are growth impaired as a means to create live attenuated parasites as vaccine....
Development of genetically modified plasmodium that are growth impaired: Implications for vaccine development
and morphology. Malaria parasite possesses two identical genes encoding eEF1A (eef1aa and eef1ab). Using pbeef1a–Plasmodium berghei mutants that lack an eEF1a gene, we demonstrate that the level of eEF1A production affects the proliferation of blood stages...
Smart Phone Based Approach to Monitor Driving Behavior and Sharing of Statistic
Fitness consequences of larval exposure to Beauveria bassiana on adults of the malaria vector Anopheles stephensi
Malaria parasites lacking eef1a have a normal S/M phase yet grow more slowly due to a longer G1 phase
Eukaryotic elongation factor 1A (eEF1A) plays a central role in protein synthesis, cell growth and morphology. Malaria parasites possess two identical genes encoding eEF1A (eef1aa and eef1ab). Using pbeef1a–Plasmodium berghei mutants that lack an e...