More for the boys to dissect including comments made by Miller.
So refreshing to see them allowed to speak freely now.
Kristi Miller, molecular geneticist in the Department of Fisheries and Oceans
When Kristi Miller testified in 2011 at the Cohen Commission of Inquiry into the decline of Fraser River sockeye salmon, she was accompanied by an earpiece-wearing security guard and a communications specialist. The message was clear: There would be no chatting with reporters.
Four years later, Dr. Miller looks back and describes the moment as a “surreal experience.”
“To be that controlled, it almost made you nervous,” she said. “They were almost trying to make you afraid of the public, and afraid of the media.”
Dr. Miller also recalls having to get several levels of approval if she wanted to participate in workshops where the media might be present. Most of these requests were denied. In the rare instances they were approved, a media handler was assigned to accompany her.
“It felt like being treated like a child, to be perfectly honest,” Dr. Miller said. “I found it quite irritating that I wasn’t trusted to communicate the messages from my own work, that the only person who could effectively communicate the messages from my work was a communications expert.”
A four-year-long study led by Dr. Miller had found that there was a specific genomic signature present in salmon that was predictive of whether they would survive the journey to the spawning grounds.
“That was really the first time that we had demonstrated that freshwater environment alone is not a complete explanation for the massive die-offs that were occurring,” she said. “There was something about the condition of the salmon before they entered the river that was exacerbating [conditions for mortality] in the river.”
That mortality-related signature was consistent with a viral infection – which could have posed a threat to the aquaculture industry.
“That’s really what made the government nervous: not the genomics or the precondition, but the hypothesis that that precondition was a disease,” Dr. Miller said.
Meanwhile, Dr. Miller and her team have developed a platform that can screen for dozens of disease-causing microbes – viruses, bacteria, micro-parasites – at once.
“Basically, the full range of microbes that are associated with diseases in salmon worldwide, we can detect them – and we can detect them incredibly quickly,” Dr. Miller said.
“What’s exciting about this is that we are ahead of the curve, even of the human world. You can’t go into a human diagnostic lab and in 24 hours be tested for 45 different pathogens. This is the first time in my career in genomics that I have been ahead of the curve when it comes to human medicine.”
http://www.theglobeandmail.com/news/british-columbia/three-scientists-on-the-research-they-couldnt-discuss-to-media-under-harper/article27244717/