 Thank you, Martin. As you introduced, we are focused on pheromones, but today I'm going to talk something new. It's a kind of protein. This protein was discovered by two Chinese scientists from Chinese Anquator University. So the name is VEDAL, a novel type of bio-stimulant and its use on rice. And today on my report, I will tell what is VEDAL, how VEDAL was produced, and its functions, especially its use on rice. Okay, so as everybody might know, one fungi called the Vasileo tachylia is very common for many crops. And this gentleman, Mr. Qi and Mr. Gong, discovered the protein from this fungi and named it VEDAL. Why we call it VEDAL? Because it's kind of protein like a Vasileo tachylia, ASP, F2-like protein. Then the name came from. And down you can see the formula of this protein. It's not heavy, it's only 27 kD. Okay, when we discover this protein first, we have to do the test to see how it works. This is the very beginning, very first test on cotton. We treated the leaves of the cotton and then soaked in the liquid of this fungi. You can see three days and six days, you have very big difference. So at the beginning, we are thinking to make this protein a kind of plant vaccine. But when we do the test, we find out it almost works on every kind of crops. So far we have done tests on cotton, rice, wheat, vegetables, fruit, etc. It's about 50 crops we have done the test. So we have applied the patent in China, three Chinese investment patents. Also we applied like two PCT internationally in 17 countries, including the EU. And how VEDAL was produced, this is like we're much concerned the problem. We transferred the protein gene species into E. coli bacteria. And then we make it fermentation for about 30 hours. We use the whole liquid to spray and dry it. Then we get the dry powder. The dry powder can be stored in two years. So far we have the test. It's two years, it's still working the same. Okay, when we have the powder, we have to find out if the protein is working or isn't something from the bacteria else working. So we do the test to see the real activity. So we use pure protein more than 90% and the raw powder and control of water to see how it works. And on this test you can find out this pure protein more than 90% is the same as the raw powder. And also like we get the official name from China Pesicide Committee, Standard Committee. It's VEDAL, it's like official name now. And also we have done the test on this non-toxicity. So far, like we found out it's degraded in three, four days for nothing. So nothing left. It basically is almost non-toxic. And how we will use VEDAL? This is like also very important and more important. You can use it for for late spraying, like on the surface of the leaves. So you can use it for one time or two times. It's all according to different crops. And you can use it for seed soaking. Normally it's five thousand times dilution for VED, 20,000 times for rice. And also you can use for seed coating. You put only one to two percent of the powder into the coating agent and then you mix it evenly. You can use it. Or you can make the combined use. You can use seed coating or seed soaking together with spray. And so far we find out VEDAL can be sprayed almost with different pesticide fertilizers. And now we come to the functions of the VEDAL protein. First, VEDAL can induce the disease resistance. This is the test. You can find out like from the picture A, if we use the VEDAL protein, itself have no effect on the fungus. But if you treat the seed with one to two PPM VEDAL protein, in some days you see the big difference. On the right picture you can see the control and one PPM, two PPM. And this is different protein. This can be the first one is raw powder on the right corner. And the left corner down is like pure protein sprayed. And the right down part is the frozen protein powder. So it's the resistance to disease. And then VEDAL also induce the wheat drought resistance. It might be it's not only on wheat. We have the test on wheat. So on the picture A you can find out 1% of this VEDAL protein together with coating agent, you have the best result. And also like they have a longer root and stronger root. Also VEDAL can induce the high temperature resistance. This test was done in Jilin province this year. We soak the seed, rice seed in 20,000 times dilution. And then for after seedling seven days, like we keep it one day in the greenhouse, it's about 40-40 F degrees in the greenhouse without ventilation. And on the control you can find out the top part is already become yellow and dry. On the right you see it's green as normal. So VEDAL also like have the resistance for spring frozen. As you might know like in China this year, Henan province is the main wheat production province. This year the production is almost reduced for 50% only because of spring frozen. By chance we have the test in Henan province. We have like quite a few treatment. But the best treatment reduce the increase the yield about 41%. So this is like maybe we need more test. But from all this treatment we can see it's can increase the resistance of the frozen. Also VEDAL can increase the yield of different crops. So this is one test on lettuce. We have the test in greenhouse and open field. In greenhouse it's even higher increase of the yield about 35 to 40% but on open field it's about 29% increase of the yield. And also the taste is much more better because the sugar level is higher than the control. Also like this one test in cotton it's about 15% increase of the yield. Plus the fiber is a little bit longer than normal. And also VEDAL can promote maturation and improves the fruit quality. So this is one test like we have done in near Beijing. You can see the very big difference. The the color is about like 20 days earlier than the control. Now we come to rice because this is rice Congress. So we come to rice. We've done quite a few tests on rice. So VEDAL protein can promote or depress rice seed germination. On the left picture you can see 20,000 times dilution have longest rice germination route. It's about 234% higher longer route. But if you want to control the germination time to make it like a slowly. So on the right hand you have like concentration 250 500. So the germination is becoming slower. Maybe seven days later. But it's more evenly. The germination rate is more higher and it's later on the growth is more stronger. After 10 to 14 days you have the same height steadily. So we also have done test on the disease on rice. So it's increased the shade's blood disease. This is the test in Hunan province. We've sprayed it two times. If you see the picture like down the form you can find out it comes almost the same result as conventional pesticide. Also you got like about 14% increase over the yield to control. This is two times spray. But if we do the one-time spray with different concentrations it's also work. This is the test last year I've done in Hongzhou the China National Rice Research Institute. So we spray it one time on the hiding state but with three concentrations. So 3 ppm has almost the grade one and the control is about five. The disease is great. And the index is like coming to 13% and this control is 43%. Also we find out on this test this false mood is also average is about 50% lower. Plus the symptom is much lighter. You can see the right is like a lighter this symptom. So we also do test on the yield of rice. This is the test in Beijing 2015. One time spray, 10,000 times dilution is about 12% increase the yielding. So how about two times spray? This year we have a test in Guangdong province and we spray it two times. Treatment 1, 2, 3 is one time spray. 4, 5, 6 is two times spray. You can see all increase the yield but two times spray can even reach 41% increase of the yield and the disease also like much more lighter. Okay, there's two more tests on the learning and Henan Provence. The left picture we can see is very meaningful because we are using not by hand spray, we use aerial spray. One hectare is only 10 liters of liquid but we use 15 grams this without protein. And this is very meaningful because like labor is more and more difficult and expensive. So if we can use aerial spray it will be more efficient. Anyway, you can see from the picture the left is yellow. It's not spray, it's control. And the right is one time spray by aerial. And the data comes like two days ago. It's about 14% increase of the yield. The disease index we are still counting. We will have it later. And the right picture is in Henan Provence one time spray and two times spray. So this data is not coming yet but you can see from the picture. Left is one time spray, right is two times spray. Okay, so this is a proposed model for video because of the time I don't like talking too much about the mechanism. So if anybody have interest they can come to my booth, it's A5. We can discuss, I have my doctor there so they can talk. So you can use a small concentration, suitable concentration and a higher concentration. You get different results. So we call this radar a gift from nature because it's like a 3E products as we always talking. Why we call it 3E? It's efficient. It's efficient on disease. It's efficient on antibiotic stresses. It's efficient on the yielding. It's efficient on the improve the quality. And it's easy. One time spray or two times spray or simply make it like seed soaking or seed coating. And most importantly, it's economical. Everybody is asking how much it will be cost. As I told like it's about one hectare, 25 dollars, one hectare. So I hope this miracle protein will have the hungry world and we are open to co-operations for any crops sparingly on rice. Thanks for your attention.