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P. westermani
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C. sinensis
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BIOL 414 midterm
Trying to remember
| Question | Answer |
|---|---|
| P. westermani | lung fluke - crab/snail fecal oral - human trophic- sputum/chest - crab cultural |
| C. sinensis | FW fish - snail - liver/pancreas - metaplasia/cancer |
| F. hepatica | cyst aqua veg - snail - ruminants - liver - livestock production - echniostomida |
| Schistosoma - - - | snail - human - cercaria - DP - hair - shed tail and tegument - schistosmules - decorate - no rediae - miracidia - 3 species |
| E. granulosus, multilocularis | herbivore(sheep g rodent m) fecal oral - carnivore (dog, cat) trophic - human accidental - hyatid cyst - echinococcosus - thick/thin walled - elk thing - cyprus thing |
| T. saginata, solium | cattle/pig, cystercerci - solium worse - int. fecal oral - def trophic - human from int or direct |
| D. caninum | our fella ! |
| D. dendriticum, latum | FW fish - int. crustacean then fish - coracidium - procercoid in crustacean - plerocercoid in fish - sparganosis - poulticing |
| S. solidus | bird tapeworm - fish behaviour(3) - copepod - fish - coracidia - procercoid - plerocercoid - trophic |
| A. duodenale/N. americanus | A.d. - can also ingest, N.a. only DP. - direct cycle (no int)- J3 DP - alveoli - ingest - STH - questing - creeping eruption |
| S. stercoralis | J3 DP - 34C - 3 cycles - 1 free cycle - swollen belly syndrome - direct (no int.) - STH |
| Meloidogyne | root knot - galls - grass - bio control |
| Pratylenchus | lesions - corn - wheat - tough |
| A. lumbricoides, suum | morula - swimmers - pig and human - resistance - O2 , 2wks, 10yrs - wanderers - baby - direct |
| T. canis/catti | kitten nursing - deworming |
| Anisakis | SW fish - anisakiasis - anaphylaxis - int crustacean int. fish, then def. fish - humans accidental, dies in us |
| E. vermiculans | perianum - children - thumb - retroinfection |
| W. bancrofti | J1 microfilariae - ovoviviparous - elephantitis - mosquito - sheath - lymphatic filiarisis - filarial fever |
| O. vulvulus | black fly - nodules - river blindness |
| D. immitis | dog heartworm - mosquito - 14C - arsenic |
| D. medinensis | guinea worm - drink copepod - safe water - blister - dog |
| T. trichuria | whipworm - plugged egg - prolapse - soil |
| T. spiralis | J1 - pork - sylvatic cycle - nurse cell - gene exp - muscle - migration |
| Acanthomoeba | int. host behaviour - 2 hosts - no digestive system |
| Nematomorpha | insect jumping behaviour - arthropods infected - long lasting cyst in gut - think ecosystem |
| Ichneumonidae/Braconidae | parasitoid wasp juveline - tobacco hornworm - emerald ashwood borer - ovipositor - venom, virus, teratocyte - polydynavirus |
| Nematocera | sand fly, mosquito, black fly |
| Brachycera | tsetse fly, stable flly, calliphoridae |
| P.h. humanus, capitis + pubis | lice - nit - no free living stage - anoplura - vector vs not vector - dorsoventrally flat - stylet - buccal teeth - pustules |
| C. lectularis | bedbug - no free living - no disease - each nymphal instar needs blood meal |
| T. penetrans | flea - adult para, juvenile not - plague, infection - bilateral flat - jumps |
| Ergasilidae | gill lice - FW - columns |
| Caligidae | sea lice - SW - free - scary ones |
| Argulus | fish lice - FW and SW - inorganic |
| Sacculina | feminization of crabs - ventral nerve - seta |
| C. exigua | deep sea pacific - M to F - eats tongue |
| Demodex | furry - hair follicle - dogs |
| S. scabiei | scabies - us vs dog - allergy - burrows - molting pouch - ivermectin - Vicuna |
| I. scapularis | hard tick - blacklegged/deer tick - white marking - lyme |
| D. variabilis | hard tick - american dog tick - brown back - paralysis |
| what is the importance of schistosoma in waste, agriculture, food prep? | consider fecal oral route, oxen as hosts, nothing to do w food prep tho |
| How do parasites impact the environment other than illness? | consider wildlife impact - snail castration - host behaviours - impacts on other trophic levels |
| why are microscopes important? | they're fast, cheap, and easy to use. reliable if searching for specific characteristics, easy to find and use, cheap to use nowadays, and very quick results good to act fast |
| what parasite(s) are not important to humans but that impact us? | Meloidogyne and pratylenchus - crops |
| how would you differentiate between anclystoma duodenale and necator americanus | teeth, DP/oral/breastmilk transmission, 10k-30k eggs, 1yr old cutting plates, DP only, 5-10k eggs, 3-5yr old |
| how would you easily identify T.trichuria? | plugged egg!? |
| how do parasitoid wasps do their thing? | venom to subdue/pacify the host, virus polydenavirus to modulate immune response, teratocytes to alter host behaviour |
| list the differences in area, eggs, and transmission between head lice, body lice, pubic lice | head: scalp on host, eggs at base of hair, head-head contact body: clothes, eggs on fibers, contact between people or items pubic: pubic area/coarse hair, eggs in coarse hair, intimate contact |
| describe the importance of sarcoptes scabiei in Vicuna | vicuna with scabiei are weaker and easier for prey to catch. prey goes up a bit, condors too, but vicuna pop decreases fast. eventually upper trophic levels suffer, and grass overgrows too. |
| what are differences between ixodidae and argasidae | hard: 3 hosts, long feed, mate on host, 1 batch eggs, questing soft: many hosts , many short feeds. mate off host, small batches. sheltered |
| what are differences between ixodidae scapularis and variabilis | scapularis: white mark, 4-6mm, grass, warm time, can carry lyme. variabilis: dark mark, 3-5mm, edge of trail/brush, cold time, tick paralysis |
| what is the bacterium causing lyme? what is the sign | Borrelia burgdorferi; bullseye rash (erythema migrans) |
| discuss where and why sterile male technique can be successful | good for quickly reducing population - especially good for carriers that mate once and lay eggs multiple times like the new world screwworm. |
Created by:
alexyaya