Genetic Technology (Precision Breeding) Bill (Eighth sitting)

Debate between David Duguid and Deidre Brock

Committee stage
Thursday 7th July 2022 Public Bill Committees

[Deidre Brock]

It is kind of the UK Government to want to bring benefit to all of the devolved nations of the UK—a very benevolent approach that I am sure everyone appreciates—but this area is devolved and we should have full control over it.

[David Duguid (Banff and Buchan) (Con)]

I just want to clarify, should we be surprised that the United Kingdom Government are interested in the rural interests of every nation in the United Kingdom?

Genetic Technology (Precision Breeding) Bill (Second sitting)

Debate between David Duguid and Deidre Brock

Committee stage
Tuesday 28th June 2022 Public Bill Committees

[Deidre Brock]

Q I see. This is a bit out of leftfield, but I heard earlier that there is a genetic technology Bill that has been proposed—or has gone through—in Norway. Obviously, there is a considerable amount of Norwegian interest in agriculture in Scotland. Is that something that you have come across, and if you have, are there any elements of it that you think could be applied to this Bill? Do you think it will have any influence on Norwegian-owned agriculture in Scotland? You are closer to the field than I am, but I am wondering if that is something that might occur.

Dr Harrison: Similar discussions are going on. A position on describing technologies where the outcome is the same but the technology used to produce it is different has been adopted, as it has been in a number of other countries—Canada and Australia. The principle of recognising that the product that is being farmed is the same as one that would have occurred naturally is being adopted by several countries. The danger is that we might come out of line with that.

The influence that Norway has over the UK and Atlantic farming industry is interesting in that it is a major player in the Scottish industry. Norway’s industry is technology led; Atlantic salmon farming is technology led and it will take the technology forward. I would expect that Norway takes its responsibilities as farmers and guardians of the livestock seriously, and farms according to good practice. The technology can be used as a means of improving performance, health and welfare of our animals. We should bring those sorts of technologies forward and use them. Those are the arguments that have been made in Norway as well.

[David Duguid (Banff and Buchan) (Con)]

Q Thank you, Dr Tinch, it was very interesting to hear your perspective on that. I listened very carefully to your responses to Ms Brock about the time it would take for multiple generations to become viable and to get access to market. In terms of investment here and now, or at least in the shorter term, in research and development, we have heard from other witnesses about the attraction of promoting investment in other food sources. For example, not in today’s evidence but from elsewhere, we have seen reports from the Roslin Institute and James Hutton Institute that they are very keen for this legislation to come to pass. Would you say that is the same for your field of expertise, particularly in Scotland?

Dr Tinch: Absolutely. I am a graduate of the University of Edinburgh and studied at the Roslin Institute, and have collaborated on a number of projects with scientists at Roslin in aquaculture, developing genetic solutions to disease resistance and applying those in populations. We are a local leader in terms of our ability to understand these technologies, develop them to the point of application and then deliver them through production systems.

The danger if we do not lead in that area is that the technology will move elsewhere. I now work for an American company working in gene editing in agriculture. I am not saying the reason I am doing that is because there is a lack of investment in the UK, but there is certainly lots of investment outside the UK in the technology and a lot of the technology is going to be applied in breeding programmes outside of the UK in areas where the legislation looks as if it is more permissive.

The UK model, particularly through the BBSRC and identifying projects that will have meaning within industry, is a very good example of how science should be applied and carried out. I have benefited from that on a personal level and a company level, in terms of my career development and the development of companies I have worked for.

The danger is that if we do not allow the application of new technologies, we will become part of the second lane in the use of this technology. I would not like to see that. Our approach as a country towards animal welfare and the way that we set up farming systems is world class. In many cases, we lead the way in the development of technologies. We have some of the highest animal welfare standards in the world and we will continue to review that, I understand, in a constructive way. We have very high standards in farming. If we prevent this sort of technology from being employed because of a precautionary principle, which is one of the areas where technology gets held back—“There’s a slight chance that there may be a problem that results from this technology, so we shouldn’t do it”— that is regressive. I do not think that is the way that we should take science forward.

We should understand the risks, evaluate the risks and look at the technologies. Where they are able to be used for good purposes, we should take them forward. That is the case for gene editing. If you look at the way that the research is lining up, and the way that the breeding companies are talking about the traits that they are going to use, these are examples of taking the technology forward to benefit animal welfare and the sustainability of animal production, and we should be one of the early adopters of the technology.

Genetic Technology (Precision Breeding) Bill (Second sitting)

Debate between David Duguid and Deidre Brock

Tuesday 28th June 2022 Public Bill Committees

[Deidre Brock]

Q I see. This is a bit out of leftfield, but I heard earlier that there is a genetic technology Bill that has been proposed—or has gone through—in Norway. Obviously, there is a considerable amount of Norwegian interest in aquaculture in Scotland. Is that something that you have come across, and if you have, are there any elements of it that you think could be applied to this Bill? Do you think it will have any influence on Norwegian-owned aquaculture in Scotland? You are closer to the field than I am, but I am wondering if that is something that might occur.

Dr Harrison: Similar discussions are going on. A position on describing technologies where the outcome is the same but the technology used to produce it is different has been adopted, as it has been in a number of other countries—Canada and Australia. The principle of recognising that the product that is being farmed is the same as one that would have occurred naturally is being adopted by several countries. The danger is that we might come out of line with that.

The influence that Norway has over the UK and Atlantic farming industry is interesting in that it is a major player in the Scottish industry. Norway’s industry is technology led; Atlantic salmon farming is technology led and it will take the technology forward. I would expect that Norway takes its responsibilities as farmers and guardians of the livestock seriously, and farms according to good practice. The technology can be used as a means of improving performance, health and welfare of our animals. We should bring those sorts of technologies forward and use them. Those are the arguments that have been made in Norway as well.

[David Duguid (Banff and Buchan) (Con)]

Q Thank you, Dr Tinch, it was very interesting to hear your perspective on that. I listened very carefully to your responses to Ms Brock about the time it would take for multiple generations to become viable and to get access to market. In terms of investment here and now, or at least in the shorter term, in research and development, we have heard from other witnesses about the attraction of promoting investment in other food sources. For example, not in today’s evidence but from elsewhere, we have seen reports from the Roslin Institute and James Hutton Institute that they are very keen for this legislation to come to pass. Would you say that is the same for your field of expertise, particularly in Scotland?

Dr Tinch: Absolutely. I am a graduate of the University of Edinburgh and studied at the Roslin Institute, and have collaborated on a number of projects with scientists at Roslin in aquaculture, developing genetic solutions to disease resistance and applying those in populations. We are a local leader in terms of our ability to understand these technologies, develop them to the point of application and then deliver them through production systems.

The danger if we do not lead in that area is that the technology will move elsewhere. I now work for an American company working in gene editing in agriculture. I am not saying the reason I am doing that is because there is a lack of investment in the UK, but there is certainly lots of investment outside the UK in the technology and a lot of the technology is going to be applied in breeding programmes outside of the UK in areas where the legislation looks as if it is more permissive.

The UK model, particularly through the BBSRC and identifying projects that will have meaning within industry, is a very good example of how science should be applied and carried out. I have benefited from that on a personal level and a company level, in terms of my career development and the development of companies I have worked for.

The danger is that if we do not allow the application of new technologies, we will become part of the second lane in the use of this technology. I would not like to see that. Our approach as a country towards animal welfare and the way that we set up farming systems is world class. In many cases, we lead the way in the development of technologies. We have some of the highest animal welfare standards in the world and we will continue to review that, I understand, in a constructive way. We have very high standards in farming. If we prevent this sort of technology from being employed because of a precautionary principle, which is one of the areas where technology gets held back—“There’s a slight chance that there may be a problem that results from this technology, so we shouldn’t do it”— that is regressive. I do not think that is the way that we should take science forward.

We should understand the risks, evaluate the risks and look at the technologies. Where they are able to be used for good purposes, we should take them forward. That is the case for gene editing. If you look at the way that the research is lining up, and the way that the breeding companies are talking about the traits that they are going to use, these are examples of taking the technology forward to benefit animal welfare and the sustainability of animal production, and we should be one of the early adopters of the technology.

Genetic Technology (Precision Breeding) Bill

Debate between David Duguid and Deidre Brock

2nd reading
Wednesday 15th June 2022 Commons Chamber

[David Duguid (Banff and Buchan) (Con)]

The hon. Lady is making a lot of points about how this is, of course, a devolved area, but does she therefore disagree with the president of NFU Scotland, Martin Kennedy, when he says that precision breeding techniques such as gene editing, led by scientific expertise available in Scotland, have considerable potential to deliver benefits for food, nutrition, agriculture, biodiversity and climate change?

[Deidre Brock]

I thought I had made myself fairly clear. We are waiting for the EU review of this technology to take place, then we will weigh it up carefully and decide whether to continue down that route ourselves. The trouble with farmers and the NFUS at the moment is that they are so desperate to find something in place of the trade they have lost as a result of Brexit that they have seized on this. I think that the precautionary principle should always apply with new technologies of this sort.