Understanding how
malaria invades the cells could lead to a more effective vaccine.
Not exact matches
Immune
cells in a
malaria - transmitting mosquito sense the
invading parasites and deploy an army of tiny messengers in response.
Malaria, which can be especially deadly for kids, develops when mosquito - borne protozoan parasites
invade and then burst out of red blood
cells to enter the bloodstream.
It opens a new avenue for research on vaccines to prevent
malaria parasites
invading red blood
cells.
Our discovery that a specific variant of glycophorin invasion receptors can give substantial protection against severe
malaria will hopefully inspire further research on exactly how Plasmodium falciparum
invade red blood
cells.
In its hybrid form, the protein somehow makes it more difficult for the
malaria parasite to
invade the blood
cells.
When an infected mosquito bites, parasites in the mosquito's saliva first make their way to the victim's liver, where they silently grow and multiply into thousands of new parasites before
invading red blood
cells — the stage of the disease that triggers
malaria's characteristic fevers, headaches, chills and sweats.
Malaria is a life - threatening disease caused by a parasite that
invades one red blood
cell after another.
Immunologists have suspected that P. falciparum, the most deadly
malaria parasite, uses several mechanisms to evade the human immune response and
invade red blood
cells.
As it
invades a red blood
cell, the
malaria parasite takes part of the host
cell's membrane to build a protective compartment.
«What makes it particularly interesting is that the region we can show is associated with protection happens to be right up against a set of genes we know are related to how
malaria invades the red blood
cell,» study author Dominic Kwiatkowski of the Wellcome Trust Sanger Institute and the Wellcome Trust Centre for Human Genetics told The Post.
The infection comes from the Plasmodium falciparum
malaria parasite which
invades the human host's bloodstream and liver
cells.
A protein called P36 holds the key to how different species of
malaria parasite
invade liver
cells.