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A vaccine called Mosquirix was developed by the British pharmaceutical company GlaxoSmithKline (GSK). WHO recommends its use after evaluating the results of a pilot study conducted in Ghana, Kenya and Malawi, in which over 900,000 children participated.


On October 6, 2021, the World Health Organization (WHO) issued a recommendation for the widespread use of the first Mosquirix malaria vaccine and for the initiation of mass immunization of children against malaria. Experts estimate that this is a landmark decision when, following a successful pilot program in three African countries, the vaccine will be more widely available in sub-Saharan African countries and in other regions with moderate to high malaria transmission by P. falciparum. This program could save the lives of tens of thousands of children across Africa!!!




“This is a historic moment. The lng-awaited malaria vaccine for children is a breakthrough for science, child health and malaria control. Using this vaccine on top of existing tools to prevent malaria could save tens of thousands of young lives each year.” - said WHO Director-General Dr Tedros Adhanom Ghebreyesus.

The studies showed limited effectiveness of the vaccine at preventing 39% of malaria cases and 29% of severe malaria cases among young children in Africa. A recent study by the London School of Hygiene and Tropical Medicine found that when young children were given both the vaccine and antimalarial drugs, the number of hospitalizations or deaths was reduced by 70%. This means that using the vaccine in combination with existing malaria prevention tools significantly reduces life-threatening severe malaria and could save tens of thousands of children each year.



Writer's pictureAnna Puszko

Updated: Aug 8, 2022

This international thematic school brings together chemists and biologists interested in engineering peptides and proteins endowed with tailored functionalities and useful for solving current societal challenges in the areas of Health, Energy and Environment.


I had a great opportunity to participate in the second edition of the international thematic school Peptide and Protein Engineering: from Concepts to Biotechnological Applications (PEPPERSchool), which was held on March 15-18 in a virtual format since the COVID-19 sanitary conditions.


Virtual school covered the following topics:

  • State of the art chemical and biological tools to produce peptides and proteins. It includes all types of modifications, cyclic/branched scaffolds etc.

  • Peptide and protein folding

  • Advanced methodologies to evolve/screen for new activities - construction of gene libraries and display technologies (phage display/ribosome display)

  • Site-selective modification of peptides and proteins

In addition to extremely interesting lectures and case studies, part of the school was a CONTEST FOR YOUNG RESEARCHERS.


The problem was presented and the participants had to propose their strategy/approach which was presented on the last day of the school. They were divided in groups, combining always chemists and biologists, and they were provided with interactive tools and different time frames along the school to prepare for the contest.

My team (Aromal Asokan, Yasmine Boughanmi, Nicolas Capit, Carlos Costa, Giorgia Ferretti, Maxime Naudé, Anna Puszko, Gabrielle Schanne) won the 1st prize and was awarded with a copy of the book "Total Chemical Synthesis of Proteins" (Wiley)!!!!!!!!!!!!!!!!!


Here, you can see our team work:



Writer's pictureAnna Puszko

Super videos with amazing animation, showing the malaria growth cycle!


I recommend the wonderfully explained and presented development cycle of Plasmodium falciparum by HHMI BioInteractive.


Have fun watching!



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