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Independent to orientation and behavior during trap triggering, the animals were successfully captured within 9 ms on average and sucked in with velocities of up to 4 m/s and accelerations of up to 2800 g.
Two animals were successfully released via a novel release-cage mechanism and displayed either no, or rapid (<15 mins) vertically stationary recovery periods and were not consumed by predators; data for these individuals were recorded for the entire deployment duration (14 days).
All animals were successfully supported for 24 h.
All animals were successfully resuscitated by CPB and survived more than 6 h after resuscitation.
Results: Twenty animals were successfully resuscitated and enrolled in the study (Table 87).
All animals were successfully resuscitated, weaned from the ECMO circuit, and haemodynamically stabilised post-arrest.
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All wild type animals are successfully stained using this adaptation.
If your animal is successfully treated, antibody levels will decrease by 40% or more after 6-8 weeks if it is in the early stage of infection, or after 3 months if the infection is in the chronic stage.
Among those animals that were successfully challenged with infectious virus (15 out of 19), three out of the eight animals immunized upon RNA inoculation were protected, as infectious virus could not be isolated from sera but specific anti-FMDV antibodies could be readily detected.
Next, animals that were successfully transplanted with c-Kit+ cells were sacrificed 90 days post-transplantation and salivary glands were analyzed for salispheres content.
Notably, of these eight animals, six were successfully resuscitated and exhibited a twofold increase in CPP values 30 seconds prior to defibrillation, as shown in Figure 6B.
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CEO of Professional Science Editing for Scientists @ prosciediting.com