The first test suggested that players carried over their I.P.L. form.
A screening blood test suggested that her unborn baby might have Down syndrome.
Filtration test suggested that the solid catalyst was responsible for the catalytic activity.
Furthermore, in vitro cytotoxicity test suggested that the prepared micellar nanoparticles possessed biocompatibility.
The tissue distribution test suggested that BD distribution was skin > muscle > blood.
Then a new test suggested that because of her genetic makeup, the drug was not doing her any good.
An SEM test suggested that airport design features and pleasant scent have a positive influence on traveler enjoyment, generating satisfaction.
A cytotoxicity test suggested that the porous core/sheath nanofibers are non-toxic and support cell attachment.
The MTT cytotoxicity test suggested that all compounds had no significant cytotoxicity on BV-2 cells survival at their effective concentrations.
Finally, the results the beam fatigue test suggested that the interfacial blending zone bonding energy might be one of the factors dictating fatigue performance of high RAP mixtures.
The results of the alkali-silicate reaction (ASR) expansion test suggested that the ASR expansion was decreased in rubberized mortar compared to plain mortar.
