Sentence examples for mouse lung with from inspiring English sources

Expanded human SOX9+ BCs can give rise to alveolar and bronchiolar epithelium after being transplanted into injured mouse lung, with air-blood exchange system reconstructed and recipient's lung function improved.

It has been reported that a deficiency of Fog2 (Friend of Gata 2), causes loss of the accessory lobe and anterior right medial lobe of the mouse lung with relatively good preservation of other structures [142] and that a Fog2-Gata4 isteracritical critical for the development of normal pulmonary lobar structure [143].

It has been proposed that a population of cells exists in the mouse lung with the potential to differentiate into all major lung bronchioalveolar epithelium cell types in homeostasis or in response to virus infection.

Tbx4-rtTA targeted cells expressed mGFP (green) in the E11.5 Tbx4-rtTA/TetO-Cre/mT-mG reporter mouse lung with Dox induction from E10.5, while endothelial cells were detected by PECAM1 or Flk1 immunostaining (red).

A relationship between study size and proportion of recovered cis-eQTL is also uncovered, with the larger studies (yeast, mouse hippocampus and mouse lung with 114, 67, and 44 observations, respectively) generally yielding higher proportions of cis-eQTL than smaller studies (mouse regulatory T-cell and mouse hematopoietic stem cell with 33 and 22 observations, respectively).

Open image in new window Fig. 3 Examples of MTR maps (1000° flip angle and 4000 Hz off-resonance frequency) and anatomical images of infiltrated mouse lungs with and without CAF.

Our data showed that H9N2 viral infection resulted in high viral titers in mouse lungs, with peak titers occurring on day 5 p.i.

The number of CD3+ T cells was similar to that seen in control untreated mouse lungs, with an average of 156±22 CD3+ T cells per ×40 field of granuloma (Figure 2G).

At 20 weeks post infection pro- and cleaved IL-1β were present in both Casp-1−/− and wild type mouse lungs with more found in the former (Figure 5E, bottom panel).

Ventilation of healthy mouse lungs with excessive Vt leads to lung inflammation and edema.

Moreover, we sought to expand the knowledge on ventilator-induced changes in mouse lungs with low tidal volumes.