Ai Feedback
Exact(6)
Although infection results in eventual death of all mice, the majority of susceptible mice develop neurological symptoms between days 6 10 post-infection that closely mimic human CM.
These mice develop neurological deficits, amyloid deposition, and tangle-like pathology in the hippocampus (Oddo et al. 2003a, b).
PVR transgenic mice develop neurological diseases that are similar to those found in infected humans and monkeys.
Eight weeks after birth, TBA2 mice develop neurological impairments together with abundant loss of Purkinje cells (Wirths et al. 2009).
While male C57BL/6 mice develop neurological motor impairments typical of the EAE model, they fail to develop the neuropathic pain-like behaviors observed in their female counterparts.
In this model of experimental cerebral malaria (ECM), at least 60% of susceptible mice develop neurological symptoms (ataxia, paralysis, head deviation, convulsions) culminating in coma and then death 6 12 days after inoculation with infected red blood cells (Engwerda et al, 2005).
Similar(54)
All of the tga20 mice developed neurological signs of terminal scrapie at around 80 dpi (Table S1).
Two mice developed neurological signs categorized by an abnormal hind limb gait and hind limb weakness, at which time each was euthanised (day 9 or 14 post-challenge), while all other mice were euthanised at ∼17 22% body weight loss with varying degrees of depression, inactivity and dehydration.
No normotensive mice developed neurological signs of hemorrhages or histologically detectable CMHs (data not shown).
Similar to human patients (31), B−/− mice developed neurological impairment including ataxia, head tremor and impaired neuromotor coordination.
These mice developed neurological symptoms that reduced their survival to less than 20 weeks of age [ 21].
Related(20)
mice develop renal
mice develop elevated
mice develop early-onset
mice develop myasthenic
mice develop extensive
mice develop high
mice develop local
mice develop glaucoma-like
mice develop severe
mice develop pituitary
mice develop spontaneous
mice develop progressive
mice develop significant
mice develop hepatic
mice develop thymic
mice exhibit neurological
mice display neurological
mice develop systemic
mice develop α-synuclein-dependent
mice develop mild
Write better and faster with AI suggestions while staying true to your unique style.
Since I tried Ludwig back in 2017, I have been constantly using it in both editing and translation. Ever since, I suggest it to my translators at ProSciEditing.

Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com