Where does Plasmodium replicate in humans? Are humans the intermediate or definitive host for Plasmodium?



Where does Plasmodium replicate in humans? Are humans the intermediate or definitive host for Plasmodium?
the trematode definitive host is a __ and the first intermediate host is a __ (adult fluke, egg, miricidium, etc)
+Table 1: Platyhelminthes Name of Intermediate Reservoir in nature, i.e. what How acquired by humans/cat a hosts)is/are the definitive hosts preventive/protective measures worm IF Schistosomse Cat tapeworm Pork tapeworm Table 2: Nematodes How acquired by humans/cat and dog: preventive or protective measures Location/host where worm matures to infectious stage what is/are the definitive Reservoir in nature, ie. Name of hosts Worm Assarid Hookworm Dog heartworm (for dogs)
+Table 1: Platyhelminthes Name of Intermediate Reservoir in nature, i.e. what How acquired...
fascioloides magna infectious stage for definitive host: diagnostic stage for definitive host:
Define the different parasite life cycles. Contrast indirect versus direct, definitive versus intermediate host, and give a description of a specific direct and indirect parasite
Characteristics of spirochetes Define chemoautotrophs , definitive host (and give an example ), cellular slime molds and Pbatoautotrophs
Identify how Plasmodium is transmitted to the human host. O drinking contaminated water O eating raw pork O burrows through the skin O the bite of a mosquito
Plasmodium falciparum a. in host: location sample type b. transmission c. vector d. disease caused e. symptoms f. geographic distribution g. diagnostic stage
How and where does the HSV-1 genome exist in a host cell? Integrated into the host cell chromosome In the cytoplasm as a linear chromosome. O In the cytoplasm as a circular episome In the nucleus as a circular episome
What is the criterion used to classify hosts as intermediate hosts or as definitive hosts?
staphylococcus aureus questions: 1) how does it replicate? 2) what are symptoms of this infection in humans? 3) how does it interact with the immune system? 4) how is it clinically detected? 5) how can it fight back to antibiotics?