Multimeric RGD peptides, such as 64Cu-labeled RGD dimer and tetramer, were shown to possess not only higher integrin binding affinity compared with the corresponding monomer but also prolonged tumor retention and increased renal excretion in tumor-bearing mice, which were possibly attributed to a polyvalency effect [9, 10].
We conclude that glibenclamide could attenuate myocardial injury induced by LPS challenge in STZ-mice, which was possibly related to inhibiting inflammation through Nalp3 inflammasomes.
The number of CD45+ and CD68+ cells was markedly increased in the tumor tissues of HFD-fed mice, indicating increased infiltration of these immune cells into tumor tissues, which possibly increased tumor angiogenesis.
Inactivation of BK channels in mice, either by targeted deletion or pharmacological blockade, locks Purkinje and Golgi cells in highly rhythmic and synchronous firing, which possibly results in motor impairment.
A lot of them play basketball, which possibly helps.
Complexes which possibly exist in the systems LiClO4/DEG-1/PEPA.
Using mouse models of HD, the authors demonstrate that striatal astrocytes containing mHTT present altered Kir4.1 channel activity and aberrant extracellular potassium homeostasis rendering striatal neurons hyperexcitable, which possibly account for HD motor symptoms.
Interestingly, a change in nucleotidase activity has been detected in PrPC−/− mice which exhibit a slower rate of ADP hydrolysis possibly leading to a lower level of adenosine [49].
Viral replication possibly led to a significant increase in serum IgA titers in VP6-primed mice, which correlated with reduction in RV antigen shedding and therefore protection.
They have been tested on mice, which are also vertebrates.
