T. gondii first discovered by Nicolle and Manceaux in 1908 while researching Leishmania
T. gondii causes harm in immune-compromised patients (ex: AIDS)
T. gondii parasitizes nearly all mammals and many birds because immune system kicks in and shuts them down
T. gondii is found in Ctenodactylus gondii and lab rabbit or rodents
T. gondii kills marsupials and wallabies as their body does not learn how to live with it
feline or cats can only host T. gondii because they have the right proteins and enzymes to host it, no other organism or species can
an unsporulated T. gondii cannot infect a human, only sporulated can
an unsporulated T. gondii takes 1 to 4 days to become sporulated (containing 8 sporozytes)
when a human inject a sporocyst it goes inside the gut and then multiplies, then spreads throughout the rest of the body
tachzoite
multiplying rapidly
bradyzoite
cyst or dormant stage
Once T. gondii has read throughout the whole body, after time the immune system will kick in and slow down the multiplication of tachzoite stage and then a cyst will form
if someone with T. gondii does not get treatment the cycle from tachzoite to bradyzoite will continue to repeat itself
Transmission of T. gondii in humans: eating uncooked meat, unpasteurized milk, airborne, or from mother to fetus
Clindamycin is a drug that can help with T. gondii
hydrocephalus: a condition in which fluid accumulates in the brain, and enlarges the head; the child will die
T. gondii is threatening to fetuses if the mother gets it for the first time while pregnant and can result in miscarriage or mental retardation
chemotherapy may help pregnant women that contract T. gondii while pregnant to develop a healthy baby and pregnancy