Plasmodium falciparum News and Research

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Breakthrough discovery on why the malaria parasite has become resistant to chloroquine

Scientists at the Liverpool School of Tropical Medicine have made a major breakthrough in discovering why the malaria parasite Plasmodium Falciparum, deposited in humans by the mosquito, has become resistant to chloroquine

23 Sep 2004

A new vector of malaria in Africa called Oveng form

Malaria affects around 600 million people in the world and leads to an annual death toll of over 2 million. It is the world’s most widespread parasitic disease.

16 Sep 2004

1722 cases of malaria reported in the UK

New figures released by the Health Protection Agency have shown that there were 1722 cases of malaria reported in the UK in 2003, a decrease of 11% compared to 2002.

26 Aug 2004

Antimalarial drug resistance is an international problem that requires a co-ordinated, international response

Imported resistance has rendered ineffective the two affordable malaria drugs which have been the mainstay of malaria treatment in Africa for forty years, according to experts writing today in the journal Science.

20 Aug 2004

Retinal findings in children with severe forms of malaria appear related to disease outcomes such as prolonged coma and death

Retinal findings in children with severe forms of malaria (with brain involvement and severe anemia) appear related to disease outcomes such as prolonged coma and death, according to an article in the August issue of the Archives of Ophthalmology, one of the JAMA/Archives journals.

10 Aug 2004

New Caledonian sponges produce antimalarial substances

Marine organisms synthesize many different substances, some of which possess anticarcinogenic, antiviral or antiparasitic properties.

22 Jul 2004

New technique of identifying genes may help researchers developing drugs

A quick new technique able to identify genes that evolve rapidly as well as those that change slowly already has pinpointed new targets for researchers developing drugs against tuberculosis and malaria, and it could do the same for other infectious diseases, according to a paper in this week's Nature.

29 Apr 2004