In terms of industrial production, Japan, Germany, Italy, South Korea and other developed countries take advantage of their comprehensive scientific and technological advantages, constantly innovate in the deep processing technology of silk products, and are in a leading position in the international market. The United States, Switzerland, Spain and other countries have strong strength in the development of filament fiber raw materials and silk technology equipment, leading the development trend of new silk technology in 2 1 century. In many countries, in addition to retaining some traditional processes, the production process is constantly developing towards technology-intensive, automated, high-speed and electronic.
Japanese researchers have developed aseptic silk-making technology and low-cost artificial feed with bean curd residue as the main component, which has broken the pattern of seasonal sericulture for thousands of years. The cocoon produced has the advantages of good whiteness, high silk yield and direct reeling. At the same time, advanced technology, gene transfer technology, new protein materials, artificial spun silk and other "cloned silkworms" are emerging one after another, which will definitely replace the traditional cocoon production methods.
In terms of industrial production, Japan, Germany, Italy, South Korea and other developed countries take advantage of their comprehensive scientific and technological advantages, constantly innovate in the deep processing technology of silk products, and are in a leading position in the international market. The United States, Switzerland, Spain and other countries have strong strength in the development of filament fiber raw materials and silk technology equipment, leading the development trend of new silk technology in 2 1 century. In many countries, in addition to retaining some traditional processes, the production process is constantly developing towards technology-intensive, automated, high-speed and electronic.
Japanese researchers developed "Du" aseptic white silk production technology and "Zhi" low-cost artificial feed with bean curd residue as the main component, which broke the seasonal production pattern of sericulture for thousands of years. The cocoon produced has the advantages of good whiteness, high silk yield and direct reeling. At the same time, advanced technology, gene transfer technology, new protein materials, artificial spun silk and other "cloned silkworms" are emerging one after another, which will definitely replace the traditional cocoon production methods.
In terms of industrial production, Japan, Germany, Italy, South Korea and other developed countries take advantage of their comprehensive scientific and technological advantages, constantly innovate in the deep processing technology of silk products, and are in a leading position in the international market. The United States, Switzerland, Spain and other countries have strong strength in the development of filament fiber raw materials and silk technology equipment, leading the development trend of new silk technology in 2 1 century. In many countries, in addition to retaining some traditional processes, the production process is constantly developing towards technology-intensive, automated, high-speed and electronic.
Japanese researchers have developed aseptic silk-making technology and low-cost artificial feed with bean curd residue as the main component, which has broken the pattern of seasonal sericulture for thousands of years. The cocoon produced has the advantages of good whiteness, high silk yield and direct reeling. At the same time, advanced technology, gene transfer technology, new protein materials, artificial spun silk and other "cloned silkworms" are emerging one after another, which will definitely replace the traditional cocoon production methods.
In terms of industrial production, Japan, Germany, Italy, South Korea and other developed countries take advantage of their comprehensive scientific and technological advantages, constantly innovate in the deep processing technology of silk products, and are in a leading position in the international market. The United States, Switzerland, Spain and other countries have strong strength in the development of filament fiber raw materials and silk technology equipment, leading the development trend of new silk technology in 2 1 century. In many countries, in addition to retaining some traditional processes, the production process is constantly developing towards technology-intensive, automated, high-speed and electronic.
Japanese researchers developed "Du" aseptic white silk production technology and "Zhi" low-cost artificial feed with bean curd residue as the main component, which broke the seasonal production pattern of sericulture for thousands of years. The cocoon produced has the advantages of good whiteness, high silk yield and direct reeling. At the same time, advanced technology, gene transfer technology, new protein materials, artificial spun silk and other "cloned silkworms" are emerging one after another, which will definitely replace the traditional cocoon production methods.
In terms of industrial production, Japan, Germany, Italy, South Korea and other developed countries take advantage of their comprehensive scientific and technological advantages, constantly innovate in the deep processing technology of silk products, and are in a leading position in the international market. The United States, Switzerland, Spain and other countries have strong strength in the development of filament fiber raw materials and silk technology equipment, leading the development trend of new silk technology in 2 1 century. In many countries, in addition to retaining some traditional processes, the production process is constantly developing towards technology-intensive, automated, high-speed and electronic.
Japanese researchers have developed aseptic silk-making technology and low-cost artificial feed with bean curd residue as the main component, which has broken the pattern of seasonal sericulture for thousands of years. The cocoon produced has the advantages of good whiteness, high silk yield and direct reeling. At the same time, advanced technology, gene transfer technology, new protein materials, artificial spun silk and other "cloned silkworms" are emerging one after another, which will definitely replace the traditional cocoon production methods.
In terms of industrial production, Japan, Germany, Italy, South Korea and other developed countries take advantage of their comprehensive scientific and technological advantages, constantly innovate in the deep processing technology of silk products, and are in a leading position in the international market. The United States, Switzerland, Spain and other countries have strong strength in the development of filament fiber raw materials and silk technology equipment, leading the development trend of new silk technology in 2 1 century. In many countries, in addition to retaining some traditional processes, the production process is constantly developing towards technology-intensive, automated, high-speed and electronic.
Japanese researchers developed "Du" aseptic white silk production technology and "Zhi" low-cost artificial feed with bean curd residue as the main component, which broke the seasonal production pattern of sericulture for thousands of years. The cocoon produced has the advantages of good whiteness, high silk yield and direct reeling. At the same time, advanced technology, gene transfer technology, new protein materials, artificial spun silk and other "cloned silkworms" are emerging one after another, which will definitely replace the traditional cocoon production methods.
In terms of industrial production, Japan, Germany, Italy, South Korea and other developed countries take advantage of their comprehensive scientific and technological advantages, constantly innovate in the deep processing technology of silk products, and are in a leading position in the international market. The United States, Switzerland, Spain and other countries have strong strength in the development of filament fiber raw materials and silk technology equipment, leading the development trend of new silk technology in 2 1 century. In many countries, in addition to retaining some traditional processes, the production process is constantly developing towards technology-intensive, automated, high-speed and electronic.
Japanese researchers have developed aseptic silk-making technology and low-cost artificial feed with bean curd residue as the main component, which has broken the pattern of seasonal sericulture for thousands of years. The cocoon produced has the advantages of good whiteness, high silk yield and direct reeling. At the same time, advanced technology, gene transfer technology, new protein materials, artificial spun silk and other "cloned silkworms" are emerging one after another, which will definitely replace the traditional cocoon production methods.
In terms of industrial production, Japan, Germany, Italy, South Korea and other developed countries take advantage of their comprehensive scientific and technological advantages, constantly innovate in the deep processing technology of silk products, and are in a leading position in the international market. The United States, Switzerland, Spain and other countries have strong strength in the development of filament fiber raw materials and silk technology equipment, leading the development trend of new silk technology in 2 1 century. In many countries, in addition to retaining some traditional processes, the production process is constantly developing towards technology-intensive, automated, high-speed and electronic.
Japanese researchers developed "Du" aseptic white silk production technology and "Zhi" low-cost artificial feed with bean curd residue as the main component, which broke the seasonal production pattern of sericulture for thousands of years. The cocoon produced has the advantages of good whiteness, high silk yield and direct reeling. At the same time, advanced technology, gene transfer technology, new protein materials, artificial spun silk and other "cloned silkworms" are emerging one after another, which will definitely replace the traditional cocoon production methods.
In terms of industrial production, Japan, Germany, Italy, South Korea and other developed countries take advantage of their comprehensive scientific and technological advantages, constantly innovate in the deep processing technology of silk products, and are in a leading position in the international market. The United States, Switzerland, Spain and other countries have strong strength in the development of filament fiber raw materials and silk technology equipment, leading the development trend of new silk technology in 2 1 century. In many countries, in addition to retaining some traditional processes, the production process is constantly developing towards technology-intensive, automated, high-speed and electronic.
Japanese researchers have developed aseptic silk-making technology and low-cost artificial feed with bean curd residue as the main component, which has broken the pattern of seasonal sericulture for thousands of years. The cocoon produced has the advantages of good whiteness, high silk yield and direct reeling. At the same time, advanced technology, gene transfer technology, new protein materials, artificial spun silk and other "cloned silkworms" are emerging one after another, which will definitely replace the traditional cocoon production methods.
In terms of industrial production, Japan, Germany, Italy, South Korea and other developed countries take advantage of their comprehensive scientific and technological advantages, constantly innovate in the deep processing technology of silk products, and are in a leading position in the international market. The United States, Switzerland, Spain and other countries have strong strength in the development of filament fiber raw materials and silk technology equipment, leading the development trend of new silk technology in 2 1 century. In many countries, in addition to retaining some traditional processes, the production process is constantly developing towards technology-intensive, automated, high-speed and electronic.
Japanese researchers developed "Du" aseptic white silk production technology and "Zhi" low-cost artificial feed with bean curd residue as the main component, which broke the seasonal production pattern of sericulture for thousands of years. The cocoon produced has the advantages of good whiteness, high silk yield and direct reeling. At the same time, advanced technology, gene transfer technology, new protein materials, artificial spun silk and other "cloned silkworms" are emerging one after another, which will definitely replace the traditional cocoon production methods.
In terms of industrial production, Japan, Germany, Italy, South Korea and other developed countries take advantage of their comprehensive scientific and technological advantages, constantly innovate in the deep processing technology of silk products, and are in a leading position in the international market. The United States, Switzerland, Spain and other countries have strong strength in the development of filament fiber raw materials and silk technology equipment, leading the development trend of new silk technology in 2 1 century. In many countries, in addition to retaining some traditional processes, the production process is constantly developing towards technology-intensive, automated, high-speed and electronic.
Japanese researchers have developed aseptic silk-making technology and low-cost artificial feed with bean curd residue as the main component, which has broken the pattern of seasonal sericulture for thousands of years. The cocoon produced has the advantages of good whiteness, high silk yield and direct reeling. At the same time, advanced technology, gene transfer technology, new protein materials, artificial spun silk and other "cloned silkworms" are emerging one after another, which will definitely replace the traditional cocoon production methods.
In terms of industrial production, Japan, Germany, Italy, South Korea and other developed countries take advantage of their comprehensive scientific and technological advantages, constantly innovate in the deep processing technology of silk products, and are in a leading position in the international market. The United States, Switzerland, Spain and other countries have strong strength in the development of filament fiber raw materials and silk technology equipment, leading the development trend of new silk technology in 2 1 century. In many countries, in addition to retaining some traditional processes, the production process is constantly developing towards technology-intensive, automated, high-speed and electronic.
Japanese researchers developed "Du" aseptic white silk production technology and "Zhi" low-cost artificial feed with bean curd residue as the main component, which broke the seasonal production pattern of sericulture for thousands of years. The cocoon produced has the advantages of good whiteness, high silk yield and direct reeling. At the same time, advanced technology, gene transfer technology, new protein materials, artificial spun silk and other "cloned silkworms" are emerging one after another, which will definitely replace the traditional cocoon production methods.
In terms of industrial production, Japan, Germany, Italy, South Korea and other developed countries take advantage of their comprehensive scientific and technological advantages, constantly innovate in the deep processing technology of silk products, and are in a leading position in the international market. The United States, Switzerland, Spain and other countries have strong strength in the development of filament fiber raw materials and silk technology equipment, leading the development trend of new silk technology in 2 1 century. In many countries, in addition to retaining some traditional processes, the production process is constantly developing towards technology-intensive, automated, high-speed and electronic.
Japanese researchers have developed aseptic silk-making technology and low-cost artificial feed with bean curd residue as the main component, which has broken the pattern of seasonal sericulture for thousands of years. The cocoon produced has the advantages of good whiteness, high silk yield and direct reeling. At the same time, advanced technology, gene transfer technology, new protein materials, artificial spun silk and other "cloned silkworms" are emerging one after another, which will definitely replace the traditional cocoon production methods.
In terms of industrial production, Japan, Germany, Italy, South Korea and other developed countries take advantage of their comprehensive scientific and technological advantages, constantly innovate in the deep processing technology of silk products, and are in a leading position in the international market. The United States, Switzerland, Spain and other countries have strong strength in the development of filament fiber raw materials and silk technology equipment, leading the development trend of new silk technology in 2 1 century. In many countries, in addition to retaining some traditional processes, the production process is constantly developing towards technology-intensive, automated, high-speed and electronic.
Japanese researchers developed "Du" aseptic white silk production technology and "Zhi" low-cost artificial feed with bean curd residue as the main component, which broke the seasonal production pattern of sericulture for thousands of years. The cocoon produced has the advantages of good whiteness, high silk yield and direct reeling. At the same time, advanced technology, gene transfer technology, new protein materials, artificial spun silk and other "cloned silkworms" are emerging one after another, which will definitely replace the traditional cocoon production methods.
In terms of industrial production, Japan, Germany, Italy, South Korea and other developed countries take advantage of their comprehensive scientific and technological advantages, constantly innovate in the deep processing technology of silk products, and are in a leading position in the international market. The United States, Switzerland, Spain and other countries have strong strength in the development of filament fiber raw materials and silk technology equipment, leading the development trend of new silk technology in 2 1 century. In many countries, in addition to retaining some traditional processes, the production process is constantly developing towards technology-intensive, automated, high-speed and electronic.
Japanese researchers have developed aseptic silk-making technology and low-cost artificial feed with bean curd residue as the main component, which has broken the pattern of seasonal sericulture for thousands of years. The cocoon produced has the advantages of good whiteness, high silk yield and direct reeling. At the same time, advanced technology, gene transfer technology, new protein materials, artificial spun silk and other "cloned silkworms" are emerging one after another, which will definitely replace the traditional cocoon production methods.
In terms of industrial production, Japan, Germany, Italy, South Korea and other developed countries take advantage of their comprehensive scientific and technological advantages, constantly innovate in the deep processing technology of silk products, and are in a leading position in the international market. The United States, Switzerland, Spain and other countries have strong strength in the development of filament fiber raw materials and silk technology equipment, leading the development trend of new silk technology in 2 1 century. In many countries, in addition to retaining some traditional processes, the production process is constantly developing towards technology-intensive, automated, high-speed and electronic.
Japanese researchers developed "Du" aseptic white silk production technology and "Zhi" low-cost artificial feed with bean curd residue as the main component, which broke the seasonal production pattern of sericulture for thousands of years. The cocoon produced has the advantages of good whiteness, high silk yield and direct reeling. At the same time, advanced technology, gene transfer technology, new protein materials, artificial spun silk and other "cloned silkworms" are emerging one after another, which will definitely replace the traditional cocoon production methods.
In terms of industrial production, Japan, Germany, Italy, South Korea and other developed countries take advantage of their comprehensive scientific and technological advantages, constantly innovate in the deep processing technology of silk products, and are in a leading position in the international market. The United States, Switzerland, Spain and other countries have strong strength in the development of filament fiber raw materials and silk technology equipment, leading the development trend of new silk technology in 2 1 century. In many countries, in addition to retaining some traditional processes, the production process is constantly developing towards technology-intensive, automated, high-speed and electronic.
Japanese researchers have developed aseptic silk-making technology and low-cost artificial feed with bean curd residue as the main component, which has broken the pattern of seasonal sericulture for thousands of years. The cocoon produced has the advantages of good whiteness, high silk yield and direct reeling. At the same time, advanced technology, gene transfer technology, new protein materials, artificial spun silk and other "cloned silkworms" are emerging one after another, which will definitely replace the traditional cocoon production methods.
In terms of industrial production, Japan, Germany, Italy, South Korea and other developed countries take advantage of their comprehensive scientific and technological advantages, constantly innovate in the deep processing technology of silk products, and are in a leading position in the international market. The United States, Switzerland, Spain and other countries have strong strength in the development of filament fiber raw materials and silk technology equipment, leading the development trend of new silk technology in 2 1 century. In many countries, in addition to retaining some traditional processes, the production process is constantly developing towards technology-intensive, automated, high-speed and electronic.
Japanese researchers developed "Du" aseptic white silk production technology and "Zhi" low-cost artificial feed with bean curd residue as the main component, which broke the seasonal production pattern of sericulture for thousands of years. The cocoon produced has the advantages of good whiteness, high silk yield and direct reeling. At the same time, advanced technology, gene transfer technology, new protein materials, artificial spun silk and other "cloned silkworms" are emerging one after another, which will definitely replace the traditional cocoon production methods.
In terms of industrial production, Japan, Germany, Italy, South Korea and other developed countries take advantage of their comprehensive scientific and technological advantages, constantly innovate in the deep processing technology of silk products, and are in a leading position in the international market. The United States, Switzerland, Spain and other countries have strong strength in the development of filament fiber raw materials and silk technology equipment, leading the development trend of new silk technology in 2 1 century. In many countries, in addition to retaining some traditional processes, the production process is constantly developing towards technology-intensive, automated, high-speed and electronic.
Japanese researchers have developed aseptic silk-making technology and low-cost artificial feed with bean curd residue as the main component, which has broken the pattern of seasonal sericulture for thousands of years. The cocoon produced has the advantages of good whiteness, high silk yield and direct reeling. At the same time, advanced technology, gene transfer technology, new protein materials, artificial spun silk and other "cloned silkworms" are emerging one after another, which will definitely replace the traditional cocoon production methods.
In terms of industrial production, Japan, Germany, Italy, South Korea and other developed countries take advantage of their comprehensive scientific and technological advantages, constantly innovate in the deep processing technology of silk products, and are in a leading position in the international market. The United States, Switzerland, Spain and other countries have strong strength in the development of filament fiber raw materials and silk technology equipment, leading the development trend of new silk technology in 2 1 century. In many countries, in addition to retaining some traditional processes, the production process is constantly developing towards technology-intensive, automated, high-speed and electronic.