1  that remain over 10-fold higher by 6 h post-submersion.

2 reasing 70-fold in roots within the 1st h of submersion.

3  water or improved medical treatment after a submersion.

4                                      Upon re-submersion, an additional rapid rise in DMSgas was obser

5                                              Submersion and hypoxic conditions impede AhR-dependent C

6                                              Submersion and the release of breath holding can activat

7                                   Cold water submersion can induce a high incidence of cardiac arrhyt

8         The addition of flt3L + IL-7 to lobe submersion cultures of murine fetal thymic lobes resulte

9 t was not as potent as interleukin 7 in lobe submersion cultures.

10 on, declined because of a decrease in severe submersion episodes rather than an increase in success o

11 u-BTC could withstand high humidity and even submersion in water much better than unperturbed Cu-BTC.

12 ble of preventing vision loss after repeated submersions in blood and mucus.

13 ood injury deaths are motor vehicle crashes, submersion injury, homicide, suicide, and fires.

14 ose from the Antarctic, possibly due to full submersion of sea-ice at the former.

15 the axon, resulting in the partial or total "submersion" of the axon within the myotube contours.

16 ring air exposure but rapid recovery upon re-submersion, suggesting that DMS enhances coral tolerance

17      The girl was rescued after an estimated submersion time of at least 83 minutes in icy sea water.

18 iously reported human survival and prolonged submersion time.

19                Depletion in DMS following re-submersion was likely due to biologically-driven convers