Tag Archives: and Industry Committee

Quick peek at nanotechnologies and food report from UK House of Lords

After getting  an advance copy of the new report from the UK’s House of Lords Science, Technology and Industry Committee (mentioned in my post of Jan.5.10), I spent a good chunk of the day reading it. These are fast impressions:

  • it seemed quite thorough relative to the scope of the investigation and from the perspective of a Canadian who hasn’t seen her own government investigate and make public information about the state of any nanotechnology research, I found this to be quite refreshing
  • there was something strange about the benefits and that strangeness was the focus on obesity and waste…much else is mentioned but obesity and waste (i.e. reducing both) are strongly emphasized as possible areas where benefits could be experienced.
  • secrecy on the part of the food industry’s nanotechnology research was noted and discussed at length with an analysis that was both sympathetic to the industry’s concerns (i.e. that there would be a replay of the GM and food irradiation controversies and/or competition would be inhibited) and adamant that adopting secrecy as a strategy is wrong-minded.
  • nanotechnology research in the UK is coordinated through a single agency (I believe that’s true in the US as well but it’s definitely not the case in Canada).
  • they were quite critical of the current toxicology research efforts, irrespective of nanotechnology, there aren’t enough toxicology researchers in the UK as well there’s a specific problem with the nanotoxicology, i.e. knowledge gaps (from the report [and they are quoting from a previous report], pp. 34-5 ),

EMERGNANO report states that “this review of ongoing studies has failed to demonstrate that there is any comprehensive attempt to gain the toxicokinetic … data required to reach the aims of hazard identification” and there have been “no systematic studies on the potential of different kinds of nanoparticles to get into the blood, the lymph or the brain”. We find this conclusion worrying.

We are disappointed and concerned that the Research Councils have not adopted a more pro-active approach to encourage and stimulate research bids in areas where existing mechanisms have so far proved ineffective. Dr Mulkeen told us that the MRC would take “more active steps if needed” to develop research into the safety of nanotechnologies (Q 420). We feel that a more pro-active stance is essential given the lack of progress in several key areas to date.

  • some of the difficulty re: nanotoxicology research seems to be attributable to the funding structure (from the report p. 35),

The 2007 review by the CST concluded that the primary reason for the Government’s slow progress on health and safety research was due “to an over-reliance by Government on responsive mode funding, rather than on directed programmes by Government departments to deliver the necessary research”.44 A number of witnesses supported this view. Professor Donaldson, for example, told us: “If we look at the Royal Academy/Royal Society report, there was a really important paragraph that there should be a central core-funded chunk of research and expertise brought together to design a programme that would look systematically at nanoparticle toxicology, and that was ignored. We had response mode funding where people just put forward what they wanted to do, so what you get is piecemeal” (Q 267).
Professor Jones also alluded to the relative strength of research investigating nanoparticle toxicology in the lung compared to a lack of research into the
gut as a result of response-mode funding (Q 494).

  • there is a huge difference between the funds for nanotechnology research (one agency spent 220 million pounds on nanotech research over a 5 year period) and funds for nanotoxicology research (less than 600,000 pounds per annum or less than 3 million pounds in a five year period) which I imagine is much  the same elsewhere.
  • they do mention Canada as a country that has announced a mandatory register of nanomaterials which will include information on safety data (this register has been referred to in other reports but no one ever cites a source and I’ve never been able to confirm that this register is actually being developed).
  • in their recommendations for regulatory enforcement they seemed to be reinforcing the status quo or bringing the UK into line with current European Union practices.
  • in the last bit they discuss communication, i.e. there should be yet another survey of public attitudes although this will be about nanotechnologies and food, they acknowledge the government’s decision to create a new website on the subject, they’d like it if the government would work with the industry folks to become more open about their research, there won’t be blanket labelling of nanotechnology on  food products, and they think public engagement should be undertaken.

The last two bits, regulation and communication, are the least developed sections of the report. I found that overall there was a good balance between sympathy for industry interests and concern for health issues. Some of the strongest language in the report was used in the sections on nanotoxicology and its lack of research.

Forthcoming report by UK House of Lords on nanotechnologies and food; Nike uses nanocoating for new running shoe; quick reference to OECD scorecard; funny technology predictions

Later this week (Jan.8.10), the UK House of Lords Science and Technology Committee will be releasing a report on nanotechnologies and the food industry. From the news item on Azonano,

The Committee has been looking in detail at the use of nanotechnologies in the food industry and has explored how these technologies are likely to develop. It has considered where government might need to develop regulations and effective communications to ensure public confidence is maintained.

The news item (media advisory) tells you who to contact if you want to attend a press conference, interview the principals, and/or get your hands on the embargoed report in advance.

For most people nanotechnology continues to be something associated with sports equipment and clothing and the latest  from Nike will do nothing to change that. From the news item on Azonano,

Sneakerheads will get an additional performance benefit with the latest launch of Nike Lunar Wood TZ. Using technology by P2i, the world leader in liquid repellent nano-coating technology, Nike’s new lightweight and comfortable running shoe will keep wearers dry during the wettest of winters.

P2i’s ion-mask™ technology applies a nanoscopic protective polymer layer to the whole shoe, on which water forms beads and simply rolls off, instead of being absorbed. Because ion-mask™ gives the whole shoe (including the stitching) superior water repellency, it delivers two crucial benefits; one, it stops external water getting in and two, it encourages evaporated perspiration to flow out.

According to P2i, this coating technology (ion-mask) is environmentally friendly. I have mentioned them before but the last time was in relation to military and police use of their coating technology.

The OECD has released its Science, Technology and Industry ‘scoreboard’ which also includes individual country notes for seven countries (Canada, France, Germany, Italy, Japan, UK, and US). I have looked at some of the country notes and some of the material in the scoreboard online. Unfortunately, this is one of those things I find easier to read in print as they have set up a system that requires a lot of clicking. The news item on Azonano is here, the link to information about the scoreboard, country notes, and more is here, and the link to the web version of the scoreboard document is here. Or you may want to wait for Rob Annan’s (Don’t leave Canada behind) promised in his Jan.4.10 posting comments and analysis.

Thanks to the NISE (Nanoscale Informal Science Education) Network January 2010 newsletter, I found a Wall Street Journal (online) article by L. Gordon Crovitz on technology predictions that has these gems,

“The Americans have need of the telephone, but we do not. We have plenty of messenger boys,” Sir William Preece, chief engineer at the British Post Office, 1878.

“Who the hell wants to hear actors talk?” H.M. Warner, Warner Bros., 1927.

“I think there is a world market for maybe five computers,” Thomas Watson, chairman of IBM, 1943.

“Television won’t be able to hold on to any market it captures after the first six months. People will soon get tired of staring at a plywood box every night,” Darryl Zanuck, 20th Century Fox, 1946.

“The world potential market for copying machines is 5,000 at most,” IBM executives to the eventual founders of Xerox, 1959.

“There is no reason anyone would want a computer in their home,” Ken Olsen, founder of mainframe-producer Digital Equipment Corp., 1977.

“No one will need more than 637 kb of memory for a personal computer—640K ought to be enough for anybody,” Bill Gates, Microsoft, 1981.

“Next Christmas the iPod will be dead, finished, gone, kaput,” Sir Alan Sugar, British entrepreneur, 2005.

It’s a good read (there are more gems) but I can’t laugh too hard as whenever I need to take myself down a peg or two I remember my first response to VCRs. I didn’t see any point to them.

Finally, thanks again to the NISE Net newsletter for the monthly haiku,

Cash @ nanoscale:
Nickel, copper, zinc atoms…
My account balance?
by David Sittenfeld, Program Manager of Forums at the Museum of Science, Boston.