We established a conditional site-specific recombination system based on dimerizable Cre
recombinase−mediated recombination in the apicomplexan parasite Toxoplasma gondii. …

… did not affect gliding speed as severely as was seen in the case of myoA KO, since gap45
KO parasites can move twice as fast (0.5 μm/s) as myoA KO parasites (0.2 μm/s) (Figure 5F). …

Apicomplexan parasites belong to a recently recognised group of protozoa referred to as
Alveolata. These protists contain membranous sacs (alveoli) beneath the plasma membrane, …

Background Apicomplexan parasites employ a unique form of movement, termed gliding
motility, in order to invade the host cell. This movement depends on the parasite’s actomyosin …

The inner membrane complex (IMC) of apicomplexan parasites is a specialised structure
localised beneath the parasite’s plasma membrane, and is important for parasite stability and …

… Probably the simplest way to prevent students from copying each other’s answers is to
randomise the exam questions. On the one hand, the order of the questions could be randomised …

… 3D and E), thus highlighting that ELC1 and ELC2 are functionally redundant in their roles
as the essential light chain(s) of MyoA during Toxoplasma egress and invasion. …

… ’s salivary glands and the rodent host’s liver were almost abolished in the absence of LIMP.
Therefore, the protein’s … ’s motility behaviour in different assays: the sporozoite’s ability to …

… The execution of Pearson’s Chi-squared test showed a dependence of question type and …
as you give appropriate credit to the original author(s) and the source, provide a link to the …

… for individualized treatment based on a woman’s symptoms, risk factors, and treatment goals.
… Persistent negative attitudes towards MHT following publication of the Women’s Health …