Yeah hopefully it does, the recent article which was released in Nature; doesn't limit out the possibility of life.
The problem is how we are going to find it out.
The techniques are getting better as time passes by. If there is liquid water on an exoplanets we can find it through spectroscopy. The same goes for life. If life is rampant on an exoplanet we'd see a chemical signature of it in the atmosphere which can easily be picked up by spectroscopy.
It won't be hundreds of years before we will be able to actually travel, to these parts; if we actually can.
It's impractical at the moment. And yes, it's going be a while before we send some monkeys to these exoplanets. Even if we had the technology to send someone to some distant exoplanet, we'd have to wait. We'd want to know as much about it as we can before we use our limited resources to send someone there, we wouldn't want to go out on a wild-goose chase.
Venturing out into our own solar system is a far more fruitful endeavour. Places like Europa and Enceladus are well within our reach, and they're literally spewing water.
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You can see water spewing out from geysers on Enceladus' south pole. The image was taken by the Cassini space probe on August 13, 2010.