WO2009140897A1 - Blood purification adsorbent useful for eliminating antibody - Google Patents

Blood purification adsorbent useful for eliminating antibody Download PDF

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Publication number
WO2009140897A1
WO2009140897A1 PCT/CN2009/071714 CN2009071714W WO2009140897A1 WO 2009140897 A1 WO2009140897 A1 WO 2009140897A1 CN 2009071714 W CN2009071714 W CN 2009071714W WO 2009140897 A1 WO2009140897 A1 WO 2009140897A1
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Prior art keywords
water
ethanol
dissolved
rabbit
dispersed
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PCT/CN2009/071714
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French (fr)
Chinese (zh)
Inventor
贾凌云
任军
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大连理工大学
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Publication of WO2009140897A1 publication Critical patent/WO2009140897A1/en

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    • BPERFORMING OPERATIONS; TRANSPORTING
    • B01PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
    • B01JCHEMICAL OR PHYSICAL PROCESSES, e.g. CATALYSIS OR COLLOID CHEMISTRY; THEIR RELEVANT APPARATUS
    • B01J20/00Solid sorbent compositions or filter aid compositions; Sorbents for chromatography; Processes for preparing, regenerating or reactivating thereof
    • B01J20/30Processes for preparing, regenerating, or reactivating
    • B01J20/32Impregnating or coating ; Solid sorbent compositions obtained from processes involving impregnating or coating
    • B01J20/3202Impregnating or coating ; Solid sorbent compositions obtained from processes involving impregnating or coating characterised by the carrier, support or substrate used for impregnation or coating
    • B01J20/3206Organic carriers, supports or substrates
    • B01J20/3208Polymeric carriers, supports or substrates
    • BPERFORMING OPERATIONS; TRANSPORTING
    • B01PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
    • B01JCHEMICAL OR PHYSICAL PROCESSES, e.g. CATALYSIS OR COLLOID CHEMISTRY; THEIR RELEVANT APPARATUS
    • B01J20/00Solid sorbent compositions or filter aid compositions; Sorbents for chromatography; Processes for preparing, regenerating or reactivating thereof
    • B01J20/30Processes for preparing, regenerating, or reactivating
    • B01J20/32Impregnating or coating ; Solid sorbent compositions obtained from processes involving impregnating or coating
    • B01J20/3214Impregnating or coating ; Solid sorbent compositions obtained from processes involving impregnating or coating characterised by the method for obtaining this coating or impregnating
    • B01J20/3217Resulting in a chemical bond between the coating or impregnating layer and the carrier, support or substrate, e.g. a covalent bond
    • BPERFORMING OPERATIONS; TRANSPORTING
    • B01PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
    • B01JCHEMICAL OR PHYSICAL PROCESSES, e.g. CATALYSIS OR COLLOID CHEMISTRY; THEIR RELEVANT APPARATUS
    • B01J20/00Solid sorbent compositions or filter aid compositions; Sorbents for chromatography; Processes for preparing, regenerating or reactivating thereof
    • B01J20/30Processes for preparing, regenerating, or reactivating
    • B01J20/32Impregnating or coating ; Solid sorbent compositions obtained from processes involving impregnating or coating
    • B01J20/3231Impregnating or coating ; Solid sorbent compositions obtained from processes involving impregnating or coating characterised by the coating or impregnating layer
    • B01J20/3242Layers with a functional group, e.g. an affinity material, a ligand, a reactant or a complexing group
    • BPERFORMING OPERATIONS; TRANSPORTING
    • B01PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
    • B01JCHEMICAL OR PHYSICAL PROCESSES, e.g. CATALYSIS OR COLLOID CHEMISTRY; THEIR RELEVANT APPARATUS
    • B01J20/00Solid sorbent compositions or filter aid compositions; Sorbents for chromatography; Processes for preparing, regenerating or reactivating thereof
    • B01J20/30Processes for preparing, regenerating, or reactivating
    • B01J20/32Impregnating or coating ; Solid sorbent compositions obtained from processes involving impregnating or coating
    • B01J20/3231Impregnating or coating ; Solid sorbent compositions obtained from processes involving impregnating or coating characterised by the coating or impregnating layer
    • B01J20/3242Layers with a functional group, e.g. an affinity material, a ligand, a reactant or a complexing group
    • B01J20/3244Non-macromolecular compounds
    • B01J20/3246Non-macromolecular compounds having a well defined chemical structure
    • BPERFORMING OPERATIONS; TRANSPORTING
    • B01PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
    • B01JCHEMICAL OR PHYSICAL PROCESSES, e.g. CATALYSIS OR COLLOID CHEMISTRY; THEIR RELEVANT APPARATUS
    • B01J20/00Solid sorbent compositions or filter aid compositions; Sorbents for chromatography; Processes for preparing, regenerating or reactivating thereof
    • B01J20/30Processes for preparing, regenerating, or reactivating
    • B01J20/32Impregnating or coating ; Solid sorbent compositions obtained from processes involving impregnating or coating
    • B01J20/3231Impregnating or coating ; Solid sorbent compositions obtained from processes involving impregnating or coating characterised by the coating or impregnating layer
    • B01J20/3242Layers with a functional group, e.g. an affinity material, a ligand, a reactant or a complexing group
    • B01J20/3244Non-macromolecular compounds
    • B01J20/3246Non-macromolecular compounds having a well defined chemical structure
    • B01J20/3248Non-macromolecular compounds having a well defined chemical structure the functional group or the linking, spacer or anchoring group as a whole comprising at least one type of heteroatom selected from a nitrogen, oxygen or sulfur, these atoms not being part of the carrier as such
    • BPERFORMING OPERATIONS; TRANSPORTING
    • B01PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
    • B01JCHEMICAL OR PHYSICAL PROCESSES, e.g. CATALYSIS OR COLLOID CHEMISTRY; THEIR RELEVANT APPARATUS
    • B01J20/00Solid sorbent compositions or filter aid compositions; Sorbents for chromatography; Processes for preparing, regenerating or reactivating thereof
    • B01J20/30Processes for preparing, regenerating, or reactivating
    • B01J20/32Impregnating or coating ; Solid sorbent compositions obtained from processes involving impregnating or coating
    • B01J20/3231Impregnating or coating ; Solid sorbent compositions obtained from processes involving impregnating or coating characterised by the coating or impregnating layer
    • B01J20/3242Layers with a functional group, e.g. an affinity material, a ligand, a reactant or a complexing group
    • B01J20/3244Non-macromolecular compounds
    • B01J20/3246Non-macromolecular compounds having a well defined chemical structure
    • B01J20/3248Non-macromolecular compounds having a well defined chemical structure the functional group or the linking, spacer or anchoring group as a whole comprising at least one type of heteroatom selected from a nitrogen, oxygen or sulfur, these atoms not being part of the carrier as such
    • B01J20/3255Non-macromolecular compounds having a well defined chemical structure the functional group or the linking, spacer or anchoring group as a whole comprising at least one type of heteroatom selected from a nitrogen, oxygen or sulfur, these atoms not being part of the carrier as such comprising a cyclic structure containing at least one of the heteroatoms nitrogen, oxygen or sulfur, e.g. heterocyclic or heteroaromatic structures
    • AHUMAN NECESSITIES
    • A61MEDICAL OR VETERINARY SCIENCE; HYGIENE
    • A61MDEVICES FOR INTRODUCING MEDIA INTO, OR ONTO, THE BODY; DEVICES FOR TRANSDUCING BODY MEDIA OR FOR TAKING MEDIA FROM THE BODY; DEVICES FOR PRODUCING OR ENDING SLEEP OR STUPOR
    • A61M1/00Suction or pumping devices for medical purposes; Devices for carrying-off, for treatment of, or for carrying-over, body-liquids; Drainage systems
    • A61M1/36Other treatment of blood in a by-pass of the natural circulatory system, e.g. temperature adaptation, irradiation ; Extra-corporeal blood circuits
    • A61M1/3679Other treatment of blood in a by-pass of the natural circulatory system, e.g. temperature adaptation, irradiation ; Extra-corporeal blood circuits by absorption

Definitions

  • the net-like, partially-powered polymer material utilizes molecules immobilized on the surface. Water-based multi-material. Good needs physical, non-small, and so on.
  • polymer materials used as net base materials bismuth, bismuth, etc., such as polypropylene, ethylene, and other materials such as oxygen and polyglass.
  • Molecular knots are in the material. The nature of the molecule determines the effect of the fruit. At present, research has been done on the net research of different types of molecules. The most common use is to work hard.
  • the phase has the ability to have G
  • g-T e aso This rabbit is a rabbit material fixed with rabbit buffalo eggs. Pas aSe ec is fixed by a rabbit. It can bind all types of gG g g . g-T e aso this to force the sheep to fill 15 its knot capacity gG. Use g-T e aso to change the way the sheep at a flow rate of 20-25 / 8 slurry. Because of the high cost of fixing rabbits, rabbits and rabbits, g-T easob is even in oso.
  • the solid ese s division of the C q molecule in polypropylene has become the rule of commerce.
  • Its disease factor is the C q phase of the disease itself, the rabbit is -.
  • the knot capacity of O is 400 g rabbits usually 3.5 pulp. Gu Ni 10, the Southern Grand Court, and the rabbit
  • the original end of the type Ga c 1-3 [ c -2Ga original Ga 3 [ c - 2 Ga is originally on the surface of the cell surface of the type at the same time as the surface of the cell at the same time.
  • Many studies have studied the type of incompatibility of the organ to move the ebe and so on to fix the surface of the large glass to the phase. . . . . 30 e e e a. o a o o e cac a oco a .
  • Ga when the organs are regenerated, Ga is required to be acutely rejected by rabbits.
  • Ga is originally terminated by Ga -3Ga Ta gc , etc.
  • Ga is fixed on the surface of large glass in the slurry.
  • Aoo et al. are fixed in the hollow crucible to form g Ga in the Ga slurry.
  • the globular protoplast is highly porous on the cell surface of cells, cells, etc. Fruit, or organ exposure to the non-native phase. The organ moves to the same non-original organ as the acute rejection of these effects shifts. A particular level is required for a large number of organs with or without organ movement.
  • the phase itself has a few people who only know that it is the sheep itself. It is the existence of Dok and the surface of the cell is 200. Therefore, the ability to pass through a certain original or each of its own clearing ability is the same as that of its own solid, and the birth of a large number of cells in the cell is a huge cost, especially the multi-cellular surface. Minute. Because of this, the original efforts are not used. Small molecules that are compared to biological macromolecules have a small molecule that is so much seen in cost physics. Os a equal knot - the molecule
  • the wood solution for solving wood is based on the solid part of the solid phase.
  • the C atom has a dielectric atom, another atomic force, a C atom, and a solid phase material of ⁇ , ⁇ , or ethylene.
  • the solid phase material of the present invention is a material such as a polymer, a ruthenium, or the like which is substituted with or substituted with a polymer material such as polypropylene or a material such as ethylene.
  • the solid phase base of the present invention has good water-based properties and does not have good compatibility with the households and does not cause coagulation or the like.
  • the solid phase material has a multi-spherical form with a molecular weight of from 150,000 to 5,000,000.
  • the solid phase is the spherical phase of the solid phase required to have a permeability phase with a molecular weight of up to 150,000 to 5,000,000.
  • the molecular weight of the rabbit globin G g ) in the molecule of interest is 150,000, and the molecular weight of the rabbit like g is much larger.
  • the group consists of an oxygen group, a toluene group, a sulfonyloxy group and the like.
  • the activities not mentioned in the above-mentioned solid phase bases need to be activated by the living organisms, such as oxygen, oxygen, propanol, shrinkage, ethylene, propylene, carbon, and the like. Produce activity in multiple glasses. Most of the other active solid phase groups, ruthenium, and ethylene, on the surface of propylene or ethylene, form active or oxygen-oxygen-activated oxygen-reactive oxygen. Outside
  • the fixed method is to use the domain wood phase or hand example ob ze f ga Tec qeea so et al ca ec P eSS P 1992 OCO gaeTeC q eS GegT ea SO Cadee CP ess P 1 9
  • the amount of live is obtained in a series of different densities based on the activity of the control group.
  • the density of the fruit density increases the knot capacity of the sheep material to increase the density to a degree that is not more than the non-special.
  • the beneficial result of this invention is that the pure phase of the clear phase of the molecule, G, and the like is most prominent in that it has a relatively qualitative and no hydrolysis.
  • the same molecules are the current commercial molecules and they cost more.
  • the remaining performance of strong, tempering, and hot is not the same. Compared with other currently used small molecules, it shows higher
  • the water will be obtained from 10 waters and 100,000 liters of water, and the propylene-activated 2 bamboo 194-P C form will be dissolved in the 10,000 water and then dissolved in 1 aO to 7 6 phosphorus.
  • the solution is formed in 30C 12 10 , 100,000 water, and 1 is obtained before 4-P .
  • Ethanol is soluble in P 30C 3 .
  • Physiological water balance balance cleaning solution 5 freshly cleaned at a rate of 0 C filled with glass straight to 0.66 physiological water rinse 0.2 P 23 .
  • the result of the analysis is that the rabbit buffalo eggs have a higher than 85 eggs.
  • the capacity of rabbit blight egg G g was 255 g/. 2 4-P in the active ethylene active 1 9 substituted dispersion in 60
  • Ethanol is dissolved in the medium. 5 9.5 Ethanol.
  • the acid obtained in the ratio of 65/35 ethylene 45C 20 will be dispersed in 30 dissolved in acid ethanol. 5
  • the 200,000 water obtained is mostly in the middle of 5 2
  • the capacity of the rabbit plague egg obtained by 4-P is the same as that obtained by the method.
  • the capacity of gG is 14 g/
  • Physiological water balance balance cleaning solution 5 Freshly fill the glass at a rate of 10 C / straight into the 0.66 physiological water wash 0.2 P 23 . Result
  • Physiological water balance balance cleaning solution 5 Freshly fill the glass at a rate of 10 C / straight into the 0.66 physiological water wash 0.2 P 23 . Result
  • Ethanol is dissolved in the medium. 5 8.6 Ethanol ratio 65/35 194- P. C in Wanzi water to 8. .
  • Ethanol is fully soluble. It will be dispersed in 50 ethanol.
  • the capacity of gG is 2 g greater than 80. . 7 4-P in the 5 1 bamboo take 9 20 million water more dispersed in the formation of 5 3 a dissolved 1.
  • the obtained product will have more water per 100,000 water at 30C 18 .
  • the result of the analysis is that the rabbit plague egg has a higher than 80 eggs.
  • the method was used to analyze the knot capacity of rabbit blight eggs.
  • the capacity of gG was 6 g/. 25 8 4- P in oxygen-activated polyethylene 1 bamboo 1 g oxygen-activated polyethylene oxy group density greater than 804 o / dispersed in 5 from ethanol
  • the capacity of gG is 232 g / greater than 80. . 9 3- 3- e ca oe e 3- P in active propylene activity 1 bamboo extract gSe aoseC -6 20 million more water
  • the 2 bamboo 194-P C form will be dissolved in the 10,000 water and then dissolved in the 1 aO solution.
  • Physiological water balance balance cleaning solution 5 Freshly fill the glass at a rate of 10 C / straight to 0.66 physiological water rinse 0.2 P 23 .
  • the capacity of rabbit gram egg G gG was 232 g/.
  • 3- P in the ⁇ 1 bamboo take 109 ⁇ 200 million water more dispersed in the 5 3 aO dissolved in the formation of 1.
  • the obtained product will have a water content of 100,000 waters at 30 C 18 to obtain an active ⁇ 2 Take 193-P. In the 1 million water, then use aO to dissolve the dissolved solution to the 7-phase solution.
  • 0 7 will be a live pre-dissolved solution.
  • Physiological water balance 5 freshly filled with glass at a rate of 10 C / straight to 0.66 physiological water wash 0. P 23 .
  • the result of the analysis is that the rabbit plague egg has a higher than 80 eggs.
  • the method was used to analyze the knot capacity of rabbit blight eggs.
  • the capacity of gG was 245 g/ 11 3- P in 1 bamboo extract 1 9 dispersed in 300,000 sub-water.
  • Ethanol is dissolved in the medium. 5 8.6 Ethanol ratio 65/35 Take 193-P. C in Wanzishui to 8. .
  • the ethanol is fully dispersed in 5 at 45C 16 .
  • the 200,000 waters obtained are mostly 5 to 2, and the 2,200,000 waters are more. 2 methods of performance
  • Physiological water balance balance cleaning solution 5 Freshly fill the glass at a rate of 10 C / straight into the 0.66 physiological water wash 0.2 P 23 .
  • the capacity of gG in clear 3-P obtained by oxy 3-P is 6 g / more than 80 13 3- P in ethylene, 1 bamboo, 1 9 ethylene, 200,000 water, and more dispersed in 5 3 a. .
  • the polyethylene with 3-P was obtained and dispersed at 60.
  • Ethanol is soluble in P at 30C 3 .
  • Physiological water balance 5 Freshly fill the glass at a rate of 10 C / straight to wash 0.6 P 23 with 0.66 physiological water. The result of the analysis is that the rabbit plague egg has a higher than 80 eggs. Using the quantitative method to analyze the knot capacity of rabbit plague eggs, the capacity force of gG is 236 g / 14 3- P in the live 1 in the degree of loading, tube, 100
  • Ethanol is fully dispersed in 5 ethanol in water.
  • P 5 is obtained in 45C 2.5.
  • the water content of 200,000 is more than that of 5 2
  • the small 200,000 children have more water. 4 methods of performance
  • the pre-formed solution is formed at 30C 12
  • Physiological water balance balance cleaning solution 5 Freshly fill the glass at a rate of 10 C / straight to 0.66 physiological water rinse 0.2 P 23 .
  • the rabbit epidemic egg is more than 80 eggs.
  • the capacity of rabbit blast egg G gG) 2 g / 6 P in oxygen-activated polyethylene 1 Take 1 g of oxygen-activated polyvinyloxy group with a density greater than 80 o / dispersed in 5 dissolved in ethanol. 5 8.6 ethanol ratio 65/35 bamboo take 1g P. C Yu Wanzi water to 8.6.
  • the capacity of gG is 255 g / greater than 75. . 17 P in the oxygen of 1 bamboo taken 1 g dispersed in 300,000 sub-water
  • Physiological water balance balance cleaning solution 5 Freshly fill the glass at a rate of 10 C / straight into the 0.66 physiological water wash 0.2 P 23 .
  • Ethanol is dissolved in the medium. 5 9.5 than ethylene in 65/35.
  • the ethanol obtained in 45C 20 will be dispersed in 30 dissolved in ethanol. 5
  • Physiological water balance balance cleaning solution 5 Freshly fill the glass at a rate of 10 C / straight into the 0.66 physiological water wash 0.2 P 23 . Result
  • the gag capacity of gG 6 g/ in the rabbit buffalo egg is greater than 80 19 A.
  • the g of oxygen is dispersed in 8.6 of 5 05.
  • the obtained amount of force in 3-4 g / 20 of the slurry is based on 70% of the P-Se aose 12-series-Seose slurry and the ⁇ phase water.
  • the amount of glass filled in the inner 6.6 is 5 flow rate 10 C / phosphorus 1 4 0 aC force 10 23 force.

Abstract

A blood purification adsorbent consists of solid phase carrier material and ligand which is fixed on solid phase carrier material by chemical coupling, the ligand has the following structure: Wherein one of A, B and C is nitrogen atom, and others are carbon atom; n is from 0 to 2; The blood purification adsorbent is useful for eliminating antibody from blood plasma. The adsorbent can be used as absorption filling material of blood purifier for eliminating auto-antibody and immune complex from blood plasma.

Description

于 休清 的 淨 木 域 本 涉 于 清 的 淨 于生物 木 域。 背景 木 自身 兔 物已 系列疾病的 生 密 相 兔 移 排斥 、 自身兔疫性疾病 系 性 等 甚至于癌症。 于這些疾病 通 外清 的方式降 病 中自身 兔 物的 善症 疾病 到 作用 所以 清 的 淨 技木在惟 中已得到戶 。 淨 技木是 神 干預 相 的 方法。 自 80年代得到 用以未 它已 漸 重要的惟 手 。 患者的 引出 外 淨 裝置 在這 中淨 裝置 于 中的 、 病 、 多余的水分等 以糾  The net wood area of Xiuqing is purely in the biological wood domain. Background Wood Self-bearing rabbits have a series of diseases, such as the transfer of rabbits, the rejection of rabbits, the disease of their own rabbits, and even cancer. In these ways, the disease is cleared to the disease, and the disease of the rabbits in the disease is in effect. Therefore, the net technology of the Qing has been obtained. Net skill is the method by which God intervenes. Since the 1980s, it has been used to make it less important. The patient's external device is used to correct the disease, the excess water, etc.
內 衡 而 到 疾病的目的。 清 是 淨 技木 中的 它 作力淨 裝置 ) 的填充材料。 于 淨 的 般由 部分 成 作力 的高分子 材料 利用 固定在 表面的 分子。 般 水性 的多 材料。 良 的 需要 各物理 、 非 特 小以 相容性 等特 。 目前有多神不同 型的高分子材料 用作 淨 的 基 包 多 然高分子 、 仟 、 、 等 成高分子材料 聚丙烯 、 、 乙烯 等 材料 氧 、 多 玻璃 等。 分子 結 在 材料 。 分子的 性 決定了 的作用 果。 目前 研究已 多神不同 型的 分子 具有 性的 作用 于 淨 的研 。 惟 中最常用的 是以 作力 。 是 葡萄 球菌 胞壁 全 葡萄球菌 ococca o e SP 羊 多 分子量4.2 a。 它 美 其它哺乳 物的多 兔疫球蛋 具 有 的 作用 特別是 兔疫球蛋 G gG的 c 具有較強的結 能 力。 同 P s等 兔 物CTC g e co e es 具有較強的特 相 作用 T s a ca Tec q es oc e s e o ace e e c 1992 5 Internal balance to the purpose of the disease. Qing is the filling material of the net device in the net skill wood. The net-like, partially-powered polymer material utilizes molecules immobilized on the surface. Water-based multi-material. Good needs physical, non-small, and so on. At present, there are many different types of polymer materials used as net base materials, bismuth, bismuth, etc., such as polypropylene, ethylene, and other materials such as oxygen and polyglass. Molecular knots are in the material. The nature of the molecule determines the effect of the fruit. At present, research has been done on the net research of different types of molecules. The most common use is to work hard. Is Staphylococcus cell wall, Staphylococcus aureus ococca oe SP The sheep has a molecular weight of 4.2 a. It has a multi-rabbit effect on other mammals, especially the rabbit blight egg G gG c has a strong knot ability. CTC ge co e es with P s and other rabbits has a strong special phase. T sa ca Tec q es oc eseo ace eec 1992 5
相 具有 結 能力的 有 G 它們  The phase has the ability to have G
于 的分萬 。 目前 作力 神典型的 已 于惟 中 疾病患者 內 自身 兔 物的清 。P osoba oso此a ese s Ge a 是 神目前 最 的 它們分別以 作力 基 。 者 得了 食 鈞物管理局 的 用于 特 性 小板減少性 美 oso此a) 以 帶有抑制因子的 病 osob )。 內 有同 中 Divided into 10,000. At present, it is typical of God's own rabbits in the disease patients. P osoba oso this a ese s Ge a is God's most current and they are based on force. I got the sputum administration for the special small plate reduction beauty oso this a) with the inhibitory factor osob). In the same
01106107。 于這 作力 的 其 在于利用生 物分子同 然的 作用 析分子的特 而 到 高的 。 在于 作力具有生物活性的 分子 需 要 黃色葡萄球菌或基因 中 得 其 成本 高。 目前 P oso此 的 1000 而 換 用的 oso此a01106107. The power of this is to use the same effect of biomolecules to analyze the specificity of the molecule. It is the cost of developing bioactive molecules that require Staphylococcus aureus or genes. Currently P oso this 1000 and replaced oso this a
10000 。 同 在固定 存 中不 然 再生 用 存在 以在 清洗 的 分子 落的 。以 這些 制了 兔 刊在惟 中的 用。 同 的 有 兔疫球蛋 。 g-T e aso此兔 是 以 兔疫球蛋 固定 的商 兔 材料 Pas aSe ec 司 用的固定 是羊 兔 疫球蛋 它能 結 所有 型的 gG g g 。 g-T e aso此 以 作力 羊 填充 15 其結 容量 gG。 用 g-T e aso此亦 換的方式 羊 以 20-25 / 的流速 8 漿。 由于固定 兔疫球蛋 兔 羊 生 成本較高 所以 g-T easob在 洲的 甚至 了 oso此  10000. In the same place, it is not necessary to regenerate the molecules that are present in the cleaning. With these, the rabbit is used in the magazine. The same rabbit eggs. g-T e aso This rabbit is a rabbit material fixed with rabbit buffalo eggs. Pas aSe ec is fixed by a rabbit. It can bind all types of gG g g . g-T e aso this to force the sheep to fill 15 its knot capacity gG. Use g-T e aso to change the way the sheep at a flow rate of 20-25 / 8 slurry. Because of the high cost of fixing rabbits, rabbits and rabbits, g-T easob is even in oso.
兔 15000 。 于 在 定性方面的 多 作力 于 的方法 得到了 的研究。 S 20070059800提 了 系 列具有 結 能力的多 。 JP 1076398 JP62 JP 05 0 多 于 的 希望 于系 性 的 。 JP6269498 小板 得到 系列多 。 些研究小 利用 原- 特 性結 的原理利用固定 自身 原或 者 原的 病性自身 而 特 性的 病因子 。 目前 這 方法已用于系 性 、 重症 、 器官移 等相 Rabbit 15000. The research on the multi-functional approach in qualitative aspects has been obtained. S 20070059800 mentions that the series has many knotting capabilities. JP 1076398 JP62 JP 05 0 More than hope is desirable. JP6269498 small board gets a lot of series. These studies use the principle of the original-characteristic knot to utilize the disease factor that fixes the characteristics of the original or the original disease itself. Currently, this method has been used for systemic, severe, organ shifting, etc.
5 的 。 固 ese s 司 在聚丙烯 固定 C q 分子 成了 商 o 的 于 的治行。 它 的 病 因子是病 內的C q相 自身 兔 物 以 - 。 O 的 結 容量力400 g兔 物 通常 3.5 漿。 固內 10 南 大 庭教 等 了以 的 兔 中固 5 of that. The solid ese s division of the C q molecule in polypropylene has become the rule of commerce. Its disease factor is the C q phase of the disease itself, the rabbit is -. The knot capacity of O is 400 g rabbits usually 3.5 pulp. Gu Ni 10, the Southern Grand Court, and the rabbit
98102355 。 惟 表明這 有 降 病 中 羊 的水平 解症 。 c ) 了重症 其 相 。 c 由 5 羊 成 分別 6 E。 c 的自身 要 15 gG 結 羊 的 多 部分 183-200 得 c 的結 另外 部分 67-76以 125-147 自身 這兩 的結 c 的 。 日本 T 府 司 了 于 成 的 淨 于重症 力的 治行 其商 e so此a G-50。 這 以 c 的 羊  98102355. Only this indicates that there is a horizontal solution to the disease in the sheep. c) The severity of the phase. c from 5 sheep to 6 E. The c itself is 15 gG. Many parts of the sheep are 183-200. The other part of the 67-76 is 125-147. Japan's T government has made Yu Cheng's net serious disease management business e so this a G-50. This is the sheep of c
20 183-200 作力固定 以仟 作力 基 。 惟 表明這 20 183-200 The force is fixed by the force. Only show this
有 降 c 的 解症 。 固定 原 于器官移 前相 的清 已 得到了 的研究 涉 到 O 型不相容器官移 、 神器官移 球 原不相容移 。 這 特 原多 胞膜 的 末端  There is a solution to the reduction of c. The study that has been fixed to the anterior phase of the organ has been studied involving O-type incompatible organ migration and diverticulum migration. The end of this extracellular membrane
25 排斥 。 型 原的特 末端 Ga c 1-3[ c -2Ga 原 Ga 3[ c -2Ga 原 分別 于 型 的 胞 表面 于 型的 其 胞表面同時 這 原 而 于 者均不 。許多研究 了 型不相容情 下的器官移 ebe 等將 成 原固定于大 玻璃 表面 于相 的 . . . . . 30 e e e a. o a o o e cac a oco a 。25 exclusion. The original end of the type Ga c 1-3 [ c -2Ga original Ga 3 [ c - 2 Ga is originally on the surface of the cell surface of the type at the same time as the surface of the cell at the same time. Many studies have studied the type of incompatibility of the organ to move the ebe and so on to fix the surface of the large glass to the phase. . . . . 30 e e e a. o a o o e cac a oco a .
e S e c bo oabsobe s.Ta s a a o 995 60425-430 商 os so此的 是 用 成 原作力固定 基因 以 顆粒作力 以用于 漿 以用于全 。 o 等 表面修飾的中空仟 固定 原 于 型 的 o S Seec e a bo e o a O boo as aa b e s g o o ftbe-base S ec c a bo e s sse a o e s O sb g 2003.)。 表明 這 方法 90 O 患者的全 著降 型 的 。 器官的移 涉 到由 Ga 早的木 急性排斥。新大 非天衣 物的內皮 胞、 皮 胞、 仟 胞、 平滑 胞以 胞表面都 分 Ga 原 、 內不 這 原 所以 器官 于 移 再生時需要 Ga 以 兔 急性排 斥。 Ga的 原 是 末端 Ga -3Ga Ta g c 等 成 Ga 原 固定于大 玻璃 表面 于 漿中 Ga Ta g c Se a o oa so o O g bo es abboo s s g a S ec c Ga a 1-3ga Co Ta s a a o 1996621379-1384.)。 aoo 等在中空仟 內 固定 成 Ga 原 漿中 g Ga 量力2. g g /c 內表面 aoo S e a oaf e o a O e o eac e bo es s g o e a s s O c of a e ba es oec o oe g 2003 81 134-148 )。 球 原 原 ) 于 胞、 胞 胞等 胞表面 它是 具有高度多 。 果 、 或者器官移 暴露于非 原 生相 。 果器官移 到相同的非 原 器官移 由于這些 的作用 移 的 急性排斥 。 于有 大量 或者 前有 器官移 的 者再 器官移 的時 需要尤其 的水平。 e o等以 固定 - 2 原 各了 于 的 e o e a soT o O C oo c - a bo es aCass osoba ea s Ta s a a o 990 49925-9 ) 表 明這 漿中 著降 - 2 。 中 用的 - 2 原是用固定 - 2羊 胞中分萬純 而 得到的。 固定 原 自身 的方法利用了 原- 同特 相 作用 性的 特 結 固 原的 不 降 患者 內其它 漿 常 的 漿水平 而 兔其它 e S ec bo oabsobe s.Ta saao 995 60425-430 os so this is to use the original force to fix the gene The particles are used for the pulp for the whole. o Surface-modified hollow 仟 fixed-type o S Seec ea bo eoa O boo as aa besgoo ftbe-base S ec ca bo es sse aoes O sb g 2003. ). This indicates that the method of 90 O patients is fully reduced. The organ's involvement in the acute rejection of wood by Ga early. The endothelial cells, skin cells, sputum cells, and smooth cells of the new non-day clothing are divided into Ga original cells and internal cells. Therefore, when the organs are regenerated, Ga is required to be acutely rejected by rabbits. Ga is originally terminated by Ga -3Ga Ta gc , etc. Ga is fixed on the surface of large glass in the slurry. Ga Ta gc Se ao oa so o O g bo es abboo ssga S ec c Ga a 1-3ga Co Ta saao 1996621379-1384 . ). Aoo et al. are fixed in the hollow crucible to form g Ga in the Ga slurry. Gg /c inner surface aoo S ea oaf eoa O eo eac e bo es sgoeass O c of ae ba es oec o oe g 2003 81 134-148 ). The globular protoplast) is highly porous on the cell surface of cells, cells, etc. Fruit, or organ exposure to the non-native phase. The organ moves to the same non-original organ as the acute rejection of these effects shifts. A particular level is required for a large number of organs with or without organ movement. Eo and so on to fix - 2 original eoea soT o OC oo c - a bo es aCass osoba ea s Ta saao 990 49925-9) indicates that the pulp is falling - 2 . The -2 used in the original was obtained by using a fixed - 2 sheep cell in the pure. The method of fixing the original itself utilizes the original - the same The phase-effect of the special solids does not lower the level of other pulp in the patient and the other rabbits
方法 造成的 漿 的損 。 是 方法在 中 有得到戶 Method caused by loss of pulp. Yes, the method is in
要有 方面的 首先 自身兔 性 的分子 制通常非常  First of all, the molecular characteristics of the rabbit itself are usually very
相 的自身 具有 少有某 夫 只涉 自身 即 是 羊 自身 原 生的自身 是多克 的 存在多 而 胞表面 原 200 。 所以 通 固 某 自身 原或 各的 自身 的清 能力 是有 的 其 固 原的 得方式 般 成 、 ) 胞 中分 得 模的生 尚 夫 果大 的 成 有不菲的成本 尤其是多 成 胞表面 原的分 。 因 到 的 這 果 大 以 原作力 的 尚不 各在 推 用的 。 生物大分子相比 成的小分子 物在 成本 物理 性 都具有 著 所以 多 看 于 于 的小分子 。 os a等 結 - 的 分子  The phase itself has a few people who only know that it is the sheep itself. It is the existence of Dok and the surface of the cell is 200. Therefore, the ability to pass through a certain original or each of its own clearing ability is the same as that of its own solid, and the birth of a large number of cells in the cell is a huge cost, especially the multi-cellular surface. Minute. Because of this, the original efforts are not used. Small molecules that are compared to biological macromolecules have a small molecule that is so much seen in cost physics. Os a equal knot - the molecule
結 最高 os a S e a A so o O a - s a bo es b ob ze o a o cCo o s C o 1990 792 -220 固 于仟 表面 于自身 的清 其商 Seesob a e a 司 日本) 目前在日本 要 于系 性 患者 的清 。 外 表明 - 的 38 的 The highest os a S ea A so o O a - sa bo es b ob ze oao cCo os C o 1990 792 -220 固 仟 于 于 自身 See See See See See See See See See See See See See See See See See See See See See See See See See See See Clear. External indicates - 38 of
53 兔 物的 果 到 74 不 降 漿 、 、 gG以 3的 。 Seeso此的 15  53 The fruit of the rabbit does not drop the slurry to 74, and the gG is 3 . Seeso this 15
換 用的方式 羊 冶方 4 漿。 有 See ob 冶方 著降 患者 中 - 有相 的 。 水氨基 是另外 夫 用作 的小分子 。 日本 s 方 司 了 神分別以色 力 的 商 分別 sobaT -T soba -P 以 乙烯 作力 基 或 分子 氨基 在 表面。 的作用力特 要 于芳香 因 它們 分子的相 作用綜 了 水作用 作用。 表明 -T -P 漿中 仟 有 的非特The way to switch to Yangyefang 4 slurry. There is a See ob smelting in the patient - there is phase. The water amino group is a small molecule used by another husband. Japan's s division of the gods of Sedi Tsang T-T soba-P with ethylene as the base or molecular amino group on the surface. Aroma due to aroma The phase interaction of their molecules is a combination of water action. Indicates that the -T-P slurry is not unique
- 、 c 以 C q 等自身 具有普遍的 果 在日本 于格 巴利綜 、 系 性 、 重症 等自身 兔疫性疾病的 。 中 200410021373.3中 涉 利用 作力 的 材料。 以外 亦有 氨基 作力 在 域的 中 0 304036 用的角度 于小分子 的 果在生理 下具有 的 結 容量 用 全 在 果 相 它將克 在 成本 定性方面的 作力 的替 代 惟 前景非常 。 然具有這 的 是小分子 物 比基于生物 方法的特 作用更 因 這的 材料 成方式是 的 。 目前以 so此a 代表的 于小分子的 刊在惟 中 不能 到 相 的 果 要在于 的結 能力 性 不移理想。 內容 本 了克 了現有 木 存在的 即 1  -, c, such as C q itself has a common fruit in Japan, Gubali comprehensive, systemic, severe disease and other self-rabbit diseases. In 200410021373.3, the materials involved in the use of force. There is also an amino force in the domain. 0304036 The angle used in the small molecule is physiologically the knot capacity. It is the most promising in terms of cost. However, it is the way in which small molecules are more specialized than biological methods. At present, the so-called small molecule, which is represented by so a, is incapable of reaching the phase. The content of the existing wood exists, that is, 1
昂貴 不易 存 消毒 這 有 2以 水氨基 作力 的 具有 病因子的 果不 著等 提 于 的 淨 淨 漿中的 病因子具有較 的 較高的 容量 具有 物理性 成本相 廉的 Expensive and not easy to disinfect. There are 2 factors with the effect of water amino acid. The disease factor in the net pulp has a higher capacity. It has physical cost and is cheap.
本 解決 木 用的 木方案是 于 清 的 淨 本 由固相 材料 部分 成 The wood solution for solving wood is based on the solid part of the solid phase.
固定在固相 材料 的分子結  Molecular junctions fixed to solid phase materials
Figure imgf000008_0001
其中 、 、 C 原子中有 介原子力 原子 其它 原子力C原 子 -2 本 的固相 材料 以 、 仟 、 、 或 乙烯 。 本 的固相 材料 以是 這的材料 包 多 然高分子 、 、 仟 、 、 等 成高 分子材料 取代或未 取代的聚丙烯 、 、 乙烯 等 材料 氧 等。 本 的固相 基 具有良 的 水 性 本身不 戶生 同 具有良 的 相容性 不 造成凝 等不良 。 本 的固相 材料具有多 球的形式 其 分子量 在150000至5000000。 的固相 是球形顆粒 固相 需要有 的 透性 相 的 同 其 的 分子量最 在 150000到 5000000。 材料要 的目的分子中兔疫球蛋 G g ) 的分子量 150000 而像 g 這 的兔 物 其分子量則 大得多。 本 的 包含 介 介 符
Figure imgf000008_0001
Among them, the C atom has a dielectric atom, another atomic force, a C atom, and a solid phase material of 仟, 、, or ethylene. The solid phase material of the present invention is a material such as a polymer, a ruthenium, or the like which is substituted with or substituted with a polymer material such as polypropylene or a material such as ethylene. The solid phase base of the present invention has good water-based properties and does not have good compatibility with the households and does not cause coagulation or the like. The solid phase material has a multi-spherical form with a molecular weight of from 150,000 to 5,000,000. The solid phase is the spherical phase of the solid phase required to have a permeability phase with a molecular weight of up to 150,000 to 5,000,000. The molecular weight of the rabbit globin G g ) in the molecule of interest is 150,000, and the molecular weight of the rabbit like g is much larger. Containment medium
式的分子包 4- 、 3- 等。 在固相 基 連 。 以 的 的 包 氧基 、 、 、 甲苯磺 、 磺 羊 氧基等。 前面所提到的固相 基 不含有 的活性 則需要通 些活 其戶 生 這美活 具有 能 例 琢氧 、 氧 、 丙醇、 、 縮水 、 乙烯 、 丙烯、 碳 等。 于 多 玻璃 活 生成活性 。 于其它大部分以 作力活性 的固相 基 、 、 仟 、 、 乙烯 等 以 丙烯或 乙烯 活 基 的表 面 生成 活性 或 氧 等 氧 活 戶生 氧活 性 再利用這些 以 的 分子。 以外  Molecular package 4-, 3-, etc. In the solid phase connection. The group consists of an oxygen group, a toluene group, a sulfonyloxy group and the like. The activities not mentioned in the above-mentioned solid phase bases need to be activated by the living organisms, such as oxygen, oxygen, propanol, shrinkage, ethylene, propylene, carbon, and the like. Produce activity in multiple glasses. Most of the other active solid phase groups, ruthenium, and ethylene, on the surface of propylene or ethylene, form active or oxygen-oxygen-activated oxygen-reactive oxygen. Outside
的 固定 方法都 以 用 本 域 木 相 或 手 例 ob ze f ga Tec q e e a so 等 ca e c P eSS P 1992 OCO gaeTeC q eS GegT e a SO Cadee C P ess P 1 9 活 的用量 以控制 基 的活 度 而得到 系 列不同 密度的 。 密度 看 的 果 密 度提高 羊 材料的 結 容量 提高 密度高到 定 度 同 未更多的非特 。 本 的有益 果是 于 清 的 淨 相 于 于 、 G、 、 等 作用分子的 最突出的 在于它具有較 的 定性 不存在 水解 的 。 同 用的 分子都是目前商 的 物分子 其 成本 比 多。 而 強 、 、 有 、 熱等 的 余 性能 不 而 。 相 于其它目前 用 的 于小分子 物 的 表現出更高的 The fixed method is to use the domain wood phase or hand example ob ze f ga Tec qeea so et al ca ec P eSS P 1992 OCO gaeTeC q eS GegT ea SO Cadee CP ess P 1 9 The amount of live is obtained in a series of different densities based on the activity of the control group. The density of the fruit density increases the knot capacity of the sheep material to increase the density to a degree that is not more than the non-special. The beneficial result of this invention is that the pure phase of the clear phase of the molecule, G, and the like is most prominent in that it has a relatively qualitative and no hydrolysis. The same molecules are the current commercial molecules and they cost more. The remaining performance of strong, tempering, and hot is not the same. Compared with other currently used small molecules, it shows higher
。 淨 用作 的填充材料 于清 病 漿中 相 例 系 性 患者 內的 、  . The net filling material used in the medicinal patients in the clearing syrup
患者 內的 因子、 移 排斥 相 的 或者其它 型的自身 外 兔 物。 休 方式 下面結 本 步的 明。 1 4- 4- e c oe n e 4- P在帶有 活性 的 丙烯活 的 1 gSe aoseC -6 20 萬子水分多 Factors within the patient, phase-exclusive or other types of self-external rabbits. Hugh mode The following is the description of this step. 1 4- 4- e c oe n e 4- P in active propylene active 1 gSe aoseC -6 20 million more water
分散于5 3 a 溶 中形成 丙烯 。  Disperse in 5 3 a to form propylene.
制的 將所得 物于 30C 18  The resulting product is at 30C 18
將 分別 10 水 10 萬子水分多 得到 丙烯活 帶有 活性 的 2竹取194- P C 形式 將 于 的 萬子水中 然 再用 1 aO 溶 將 溶 的 至7 然 6 磷 The water will be obtained from 10 waters and 100,000 liters of water, and the propylene-activated 2 bamboo 194-P C form will be dissolved in the 10,000 water and then dissolved in 1 aO to 7 6 phosphorus.
0 7 將活 的 前 制的 。  0 7 will live the predecessor.
溶 中形成 于30C 12 10 、 10 萬子水、 1 分別 前 多 得到 有4- P的 。 The solution is formed in 30C 12 10 , 100,000 water, and 1 is obtained before 4-P .
在60 。 乙醇水溶 中 P 30C 3 。 At 60. Ethanol is soluble in P 30C 3 .
20 子 于多 余。  20 more than enough.
生理 水作力平衡 清洗溶 5 新鮮 清以 0 C 的速度 裝填有 的玻璃 直往 0.66 生理 水沖洗 0.2 P 23 。 利用 分析 結果 中的 要 是兔疫球 蛋 其兔疫球蛋 高于85 。 利用 量法分析 兔疫球蛋 的結 容量 結果 兔疫球蛋 G g ) 的 容量 255 g/ 。 2 4- P在帶有 活性 的 乙烯 活 的 1 9 取代的 分散在60 由 Physiological water balance balance cleaning solution 5 freshly cleaned at a rate of 0 C filled with glass straight to 0.66 physiological water rinse 0.2 P 23 . The result of the analysis is that the rabbit buffalo eggs have a higher than 85 eggs. Using the quantitative method to analyze the knot capacity of rabbit buffalo eggs, the capacity of rabbit blight egg G g ) was 255 g/. 2 4-P in the active ethylene active 1 9 substituted dispersion in 60
乙醇 成的 溶 中 0. 5 9.5 乙醇 。 酸 的 比 65/35 中 乙烯 45C 20 得到的 乙醇 將 分散在 30 由 酸 乙醇 成的 溶 中 0. 5 Ethanol is dissolved in the medium. 5 9.5 Ethanol. The acid obtained in the ratio of 65/35 ethylene 45C 20 will be dispersed in 30 dissolved in acid ethanol. 5
8.6 乙醇 的 比 65/35 竹取194- P. 1 于 。 萬子水+將所得溶 的 至8.6 到 中 于45C 24 乙醇充分 然 分散在60 。  8.6 ethanol ratio 65/35 bamboo take 194-P. 1 Yu. Wanzishui + dissolves the obtained solution to 8.6 to 45C 24 ethanol and fully disperses it at 60.
乙醇 水溶 5 中 于45C 2. 。 Ethanol water soluble 5 in 45C 2. .
20 萬子水分多 。 2 方法得到的 的 性能  200,000 children have more water. 2 methods of performance
生理 水作力平衡 清洗溶 5 新鮮 清以 10 C / 的速度 裝填有 1 的玻璃 直往 0.66 生理 水沖 洗 0.2 P 23 。 結果  Physiological water balance balance cleaning solution 5 freshly cleaned at a rate of 10 C / filled with 1 glass washed directly to 0.66 physiological water 0.2 P 23 . Result
清中兔疫球蛋 的 1得到的結果相 結 容量 偏 185 g/ 。 3 4- P在 氧活 的 的 1竹取1 9 氧活 的Se aoseC -6 氧基 密度大 于80 / 分散于5 由 乙醇 成的 溶 中 0. 5 8.6 乙醇 的 比 65/35 竹取194- P. C 于 萬子水 至8.6 In the Qing Dynasty, the result of the rabbit blight egg 1 was 185 g/. 3 4-P in oxygen-activated 1 bamboo taken 1 9 oxygen-activated Se aoseC -6 oxygen density At 80 / dispersed in 5 dissolved in ethanol 0. 5 8.6 Ethanol ratio 65/35 Take 194-P. C Yu Wanzi water to 8.6
 .
溶 中 于 45C 16 乙醇充分  Soluble in 45C 16 ethanol full
 .
5 然 分散在5 乙醇 水溶 中 P 5 于45C 2.5  5 However, dispersed in 5 ethanol water soluble P 5 at 45C 2.5
得到的 20 萬子水分多 然 到 5 2 溶 溶 中 有 中 1  The 200,000 water obtained is mostly in the middle of 5 2
得到的 20 萬子水 多 。 2 方法得到的 的 性能  The 200,000 children got more water. 2 methods of performance
10 生理 水作力平衡 清洗溶 5 新鮮 清以 10 C / 的速度 裝填有 的玻璃 直往 0.66 生理 水沖 洗 0.2 P 23 。 結果 氧基10 Physiological water balance balance cleaning solution 5 freshly fill the glass at a rate of 10 C / straight to 0.66 physiological water wash 0.2 P 23 . Result oxy
4- P得到的 兔疫球蛋 的 容量 于 成法所 得到的 清中 gG的結 容量力 14 g/  The capacity of the rabbit plague egg obtained by 4-P is the same as that obtained by the method. The capacity of gG is 14 g/
15 1相 。 4 4- P在 的 1竹取194- P. C 于 萬子水 1 a 至8 然 6 磷 0 8 得到 的溶 。 竹取 1 9 的 Se aose C -6 密度大于 80 。 15 1 phase. 4 4-P in 1 Take 194-P. C is dissolved in Wanzishui 1 a to 8 but 6 phosphorus 0 8 . The density of Se aose C -6 from Takeo 1 is greater than 80.
20 4 o/ 分散于 的溶 中 在30C 12 得到 20 4 o/ Dispersed in the solution at 30C 12
4- P的 所得到的 分別 10  4- P of the resulting 10
10 萬子水 10 多 有4- P的  10 million water 10 more with 4-P
 .
分散在60 乙醇水溶 中 P 于30C 3 小 所得的 20 萬子水分多  Dispersed in 60 ethanol water soluble P at 30C 3 small
25 。 2 方法得到的 的 性能 25 . 2 methods of performance
生理 水作力平衡 清洗溶 5 新鮮 清以 10 C / 的速度 裝填有 的玻璃 直往 0.66 生理 水沖 洗 0.2 P 23 。 結果  Physiological water balance balance cleaning solution 5 Freshly fill the glass at a rate of 10 C / straight into the 0.66 physiological water wash 0.2 P 23 . Result
30 取代 4- P 的 清中 gG 的 容量力 31 g/ 大于80 5 4- P在 仟 的 1竹取194- P. C 于 萬子水 1 a 至8 然 6 磷 0 8 得到 的溶 竹取1 9 的仟 密度大于80 4 o/ 分散于 。 30 Substituting 4-P for clearing gG capacity capacity 31 g / greater than 80 5 4- P in the 竹 1 Take 194-P. C Yuwanzi water 1 a to 8 6 Phosphorus 0 8 The obtained bamboo has a 仟 density of more than 80 4 o / dispersed.
5 的溶 中得到 在 30C 12 得到 The dissolution of 5 is obtained at 30C 12
4- P的仟 4- P的仟 分別 10 10 萬子水 10 多 有4- P的 仟 。  4- P 仟 4- P 仟 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10
分散在60 乙醇溶 P 中 于30C  Disperse in 60 Ethanol in P at 30C
3 得到的仟 20 萬子水分多 。 10 2 方法得到的 的 性能  3 The 仟 仟 20 子 水分 水分 水分 水分 水分 水分10 2 performance of the method
生理 水作力平衡 清洗溶 5 新鮮 清以 10 C / 的速度 裝填有 的玻璃 直往 0.66 生理 水沖 洗 0.2 P 23 。 結果  Physiological water balance balance cleaning solution 5 Freshly fill the glass at a rate of 10 C / straight into the 0.66 physiological water wash 0.2 P 23 . Result
取代 4- P 的 清中 gG 的 容量力 26.6 g/ 大于80 6 4- P在 的 1竹取1 9 分散于30 萬子水中得到 向 中 縮水 、 1 a 溶 、 0.1 。  Substituting 4-P for the capacity of gG in clearing 26.6 g / greater than 80 6 4- P in 1 bamboo extract 1 9 dispersed in 300,000 sub-water to obtain medium-to-medium shrinkage, 1 a solution, 0.1.
9 在 30C 16 所得到的  9 obtained at 30C 16
20 20 萬子水分多 得到帶有 氧基 的 2 1 9 氧活 的 分散于5 由 20 200 million hydrates get 2 1 9 oxygen with oxygen dispersed in 5
乙醇 成的 溶 中 0. 5 8.6 乙醇 的 比 65/35 194- P. C 于 萬子水中 至8. 。 Ethanol is dissolved in the medium. 5 8.6 Ethanol ratio 65/35 194- P. C in Wanzi water to 8. .
6 到 溶 中 在45C 16  6 to dissolve in 45C 16
25 乙醇溶 充分 。 然 將 分散在 50 乙醇 溶 中 。25 Ethanol is fully soluble. It will be dispersed in 50 ethanol.
5 于45C 2. 20 萬子水 分多 將 到 5 有2 的0.2  5 at 45C 2. 200,000 waters will be divided into 5 with 2 of 0.2
溶 中 1 20 萬子水分多 。 3 方法得到的 的 性能  In the solution, 1 200,000 people have more water. 3 methods of performance
30 生理 水作力平衡 清洗溶 5 新鮮 清以 10 C / 的速度 裝填有 的玻璃 直往 0.66 生理 水沖 洗 0.2 P 23 。 結果表明30 physiological water work balance cleaning solution 5 fresh clear at 10 C / speed Fill the glass with 0.26 of normal water rinse to 0.2 P 23 . the result shows
gG的 容量力 2 g 大于80 。。 7 4- P在 的 5 1竹取 9 20 萬子水分多 分散 于5 3 a 溶 中形成 1. 丙烯 制的  The capacity of gG is 2 g greater than 80. . 7 4-P in the 5 1 bamboo take 9 20 million water more dispersed in the formation of 5 3 a dissolved 1. Acrylic
 .
將所得 物于 30C 18 將 分別 10 水 10 萬子水分多 。 得到 丙烯活 帶有 活性 的 10 2竹取194- P C 形式 于 的 萬子水中 再用 The obtained product will have more water per 100,000 water at 30C 18 . Obtaining propylene active and active 10 2 bamboo 194- P C form in Wanzi water
aO 溶 將 溶 的 至7 然 6 磷 0 7 3 得到 的溶 將活 的 前  aO dissolved will dissolve to 7 然 6 phosphorus 0 7 3 to get the solution will live before
 .
制的溶 中形成 于30C 12 100 、 10 萬子水、 1 分別 前 多 15 得到 有4- P的  The solution is formed in 30C 12 100 , 100,000 water, 1 respectively, before 15 get 4-P
 .
分散在60 乙醇水溶 中 P 于30C 3 小 20 萬子水 多 。 3 方法得到的 的 性能  Disperse in 60 ethanol water soluble P in 30C 3 small 200,000 water more. 3 methods of performance
生理 水作力平衡 清洗溶 5 新鮮 清以 10 C / 的速度 20 裝填有 1 的玻璃 直往 0.66 生理 水沖 洗 0.2 P 23 。 利用 分析 結果 中的 要 是兔疫球蛋 其兔疫球蛋 高于80 。利用 量法分析 兔疫球蛋 的結 容量 結果 gG的 容量力 6 g/ 。 25 8 4- P在 氧活 的聚乙烯 的 1竹取1 g 氧活 的聚乙烯 氧基 密度大于804 o/ 分散于5 由 乙醇 成的 溶 中 Physiological water balance balance cleaning solution 5 fresh clear at 10 C / speed 20 filled with 1 glass straight to 0.66 physiological water wash 0.2 P 23 . The result of the analysis is that the rabbit plague egg has a higher than 80 eggs. The method was used to analyze the knot capacity of rabbit blight eggs. The capacity of gG was 6 g/. 25 8 4- P in oxygen-activated polyethylene 1 bamboo 1 g oxygen-activated polyethylene oxy group density greater than 804 o / dispersed in 5 from ethanol
0. 5 8.6 乙醇 的 比 65/35 竹取194- P. 于 萬子水 至8.6 中。 。  0. 5 8.6 ethanol ratio 65/35 bamboo take 194-P. In Wanzishui to 8.6. .
30 45C 16 乙醇溶 充分 然 分散在5 。 30 45C 16 Ethanol is fully dispersed in 5 .
乙醇 水溶 中 P 5 于45C 2.5 Ethanol water soluble P 5 at 45C 2.5
20 萬子水分多 將 到 5 有  200,000 children will have more water, will have 5
的0.2 溶 中 1 20 萬子水分多 。 2 方法得到的 的 性能  0.2 of the dissolved 1 200 million children have more water. 2 methods of performance
生理 水作力平衡 清洗溶 5 新鮮 清以 10 C / 的速度 裝填有 的玻璃 直往 0.66 生理 水沖 洗 0.2 P 23 。 結果表明 Physiological water balance balance cleaning solution 5 Freshly fill the glass at a rate of 10 C / straight into the 0.66 physiological water wash 0.2 P 23 . the result shows
gG的 容量力232 g/ 大于80 。。 9 3- 3- e ca oe e 3- P在帶有 活性 的 丙烯活 的 1竹取 gSe aoseC -6 20 萬子水分多  The capacity of gG is 232 g / greater than 80. . 9 3- 3- e ca oe e 3- P in active propylene activity 1 bamboo extract gSe aoseC -6 20 million more water
分散于5 3 a 溶 中形成 2 丙烯 。  Disperse in 5 3 a to form 2 propylene.
制的 將所得 物于 30C 18  The resulting product is at 30C 18
將 分別 10 水 10 萬子水分多 得 到 丙烯活 帶有 活性 的 2竹取194- P C 形式 將 于 的 萬子水中 然 再用 1 aO 溶 將 溶 的 至7 然 6 磷 Each of the 10 waters and 100,000 waters will be obtained by the propylene activity. The 2 bamboo 194-P C form will be dissolved in the 10,000 water and then dissolved in the 1 aO solution.
0 7 將活 的 前 制的 。  0 7 will live the predecessor.
溶 中形成 于30C 12 10 Formed in solution at 30C 12 10
、 10 萬子水、 10 分別 前 多 。 得到 有4- P的  , 100,000 water, 10 before the difference. Got 4-P
 .
分散在60 乙醇水溶 中 P 于30C 3 Dispersed in 60 ethanol water soluble P at 30C 3
20 萬子水 多 。 3 方法得到的 的 性能  200,000 children have more water. 3 methods of performance
生理 水作力平衡 清洗溶 5 新鮮 清以 10 C / 的速度 裝填有 的玻璃 直往 0.66 生理 水沖 洗 0.2 P 23 。 利用 分析 結果 中的 要 是兔疫球蛋 其兔疫球蛋 高于85 。利用 量法分析 兔疫球蛋 的結 容量 結果 兔疫球蛋 G gG)的 容量力232 g/ 。 3- P在仟 的 1竹取109仟 20 萬子水分多 分散 于5 3 aO 溶 中形成 1. 丙烯 制的 Physiological water balance balance cleaning solution 5 Freshly fill the glass at a rate of 10 C / straight to 0.66 physiological water rinse 0.2 P 23 . In the analysis results, if the rabbit plague egg is higher than 85 rabbit eggs. Using the quantitative method to analyze the knot capacity of rabbit plague eggs, the capacity of rabbit gram egg G gG) was 232 g/. 3- P in the 仟1 bamboo take 109 仟 200 million water more dispersed in the 5 3 aO dissolved in the formation of 1. Acrylic
 .
將所得 物于 30C 18 將 分別 水 10 萬子水分多 得到帶有 活性 的仟 2竹取193- P. 于 1 的 萬子水中 然 再用 aO 溶 將 溶 的 至7 然 向 制的溶 中 6 磷 The obtained product will have a water content of 100,000 waters at 30 C 18 to obtain an active 仟 2 Take 193-P. In the 1 million water, then use aO to dissolve the dissolved solution to the 7-phase solution.
0 7 將活 的 前 制的溶 。  0 7 will be a live pre-dissolved solution.
中形成 于 C 12 。 10 、 10 萬子水、 10 分別 前 多  Formed in C 12 . 10, 100,000 water, 10 respectively
得到 有 P的仟 仟  Get 仟 with P
 .
分散在60 乙醇水溶 中 P 于30C 3 Dispersed in 60 ethanol water soluble P at 30C 3
20 萬子水 多 。 3 方法得到的 性能  200,000 children have more water. 3 methods obtained performance
生理 水作力平衡 5 新鮮 清以 10 C / 的速度 裝填有 的玻璃 直往 0.66 生理 水沖 洗 0. P 23 。 利用 分析 結果 中的 要 是兔疫球蛋 其兔疫球蛋 高于80 。利用 量法分析 兔疫球蛋 的結 容量 結果 gG的 容量力245 g/ 11 3- P在 的 1竹取1 9 分散于30 萬子水中得到  Physiological water balance 5 freshly filled with glass at a rate of 10 C / straight to 0.66 physiological water wash 0. P 23 . The result of the analysis is that the rabbit plague egg has a higher than 80 eggs. The method was used to analyze the knot capacity of rabbit blight eggs. The capacity of gG was 245 g/ 11 3- P in 1 bamboo extract 1 9 dispersed in 300,000 sub-water.
向 中 縮水 、 1 aO 溶 、 0.1 。  Shrink to medium, 1 aO dissolved, 0.1.
于30C 16 20 萬子 水分多 2竹取1 9 氧活 的 分散于5 由  At 30C 16 20 million children more water 2 bamboo take 1 9 oxygen live dispersed in 5 by
乙醇 成的 溶 中 0. 5 8.6 乙 醇 的 比 65/35 竹取193- P. C 于 萬 子水 至8. 。 Ethanol is dissolved in the medium. 5 8.6 Ethanol ratio 65/35 Take 193-P. C in Wanzishui to 8. .
6 溶 中 在45C 16 乙醇溶 充分 然 分散在 5 乙醇 水溶 中 。6 dissolved in 45C 16 The ethanol solution is fully dispersed in 5 ethanol water.
5 于45C 2.5 。 20 萬子水 分多 。 將 到 5 有2 的0.2 溶 中 1 20 萬子水分多 。 3 方法得到的 的 性能  5 at 45C 2.5. 200,000 children have more water. Will be 5 to 2 of 0.2 dissolved in 1 200 million more water. 3 methods of performance
生理 水作力平衡 清洗溶 5 新鮮 清以 10 C / 的速度 裝填有 的玻璃 直往 0.66 生理 水沖 Physiological water balance balance cleaning solution 5 fresh cleaned at 10 C / speed filled glass straight to 0.66 physiological water
0.2 P 23 。 結果表明 gG的 容量力 7 g/ 大于80 12 3- P在 氧活 的 的 1竹取 9 氧活 的 氧基 密度大于 80 / 分散于5 由 乙醇 成的 溶 中 0.2 P 23 . The results show that the capacity of gG is 7 g / more than 80 12 3- P in the oxygen-activated 1 bamboo. The oxygen density of the oxygen is greater than 80 / dispersed in 5 dissolved by ethanol.
0. 5 8.6 乙醇 的 比 65/35 竹 取 93- P. C 于 萬子水 至8.6 溶 。  0. 5 8.6 ethanol ratio 65/35 bamboo take 93-P. C is dissolved in Wanzishui to 8.6.
中 于45C 16 乙醇充分 然 分散在5 。 The ethanol is fully dispersed in 5 at 45C 16 .
乙醇 水溶 中 P 5 于45C 2.5  Ethanol water soluble P 5 at 45C 2.5
得到的 20 萬子水分多 然 到 5 有2 的0.2 溶 中 1 20 萬子水分多 。 2 方法得到的 的 性能 The 200,000 waters obtained are mostly 5 to 2, and the 2,200,000 waters are more. 2 methods of performance
生理 水作力平衡 清洗溶 5 新鮮 清以 10 C / 的速度 裝填有 的玻璃 直往 0.66 生理 水沖 洗 0.2 P 23 。 結果 氧基 3- P得到的 清中 gG的 容量力 6 g/ 大于80 13 3- P在 乙烯 的 1竹取1 9 乙烯 20 萬子水分多 分 散于5 3 a 溶 中形成 向 制的 1. 。  Physiological water balance balance cleaning solution 5 Freshly fill the glass at a rate of 10 C / straight into the 0.66 physiological water wash 0.2 P 23 . Results The capacity of gG in clear 3-P obtained by oxy 3-P is 6 g / more than 80 13 3- P in ethylene, 1 bamboo, 1 9 ethylene, 200,000 water, and more dispersed in 5 3 a. .
丙烯 將所得 物于 30C 18 。 將 Propylene The obtained product was at 30C 18 . will
10 水 10 萬子水分多 最 得到帶有 的聚乙烯 2竹取193- P. C 于 的 萬子水中 然 再用 1 a 溶 將 溶 的 至7 然 6 磷 0 7 3 。 將活 的聚乙烯 前 制的溶 中形成 10 water 100,000 children get the most water Polyethylene 2 Take Bamboo 193-P. C in the water of the genus is then dissolved in 1 a solution to 7 6 phosphorus 0 7 3 . Forming a living polyethylene in a pre-formed solution
 .
于30C 12 10 、 10 萬子水、 1 分別 前 多 。  At 30C 12 10 , 100,000 water, 1 before each.
得到 有 3- P的聚乙烯 分散在 60 。  The polyethylene with 3-P was obtained and dispersed at 60.
乙醇水溶 中 P 于30C 3 。 Ethanol is soluble in P at 30C 3 .
20 萬子水 多 。 3 方法得到的 的 性能  200,000 children have more water. 3 methods of performance
生理 水作力平衡 5 新鮮 清以 10 C / 的速度 裝填有 的玻璃 直往 0.66 生理 水沖 洗 0.2 P 23 。 利用 分析 結果 中的 要 是兔疫球蛋 其兔疫球蛋 高于80 。利用 量法分析 兔疫球蛋 的結 容量 結果 gG的 容量力236 g/ 14 3- P在活 的 1在裝有 度 、 、 管的 100 中  Physiological water balance 5 Freshly fill the glass at a rate of 10 C / straight to wash 0.6 P 23 with 0.66 physiological water. The result of the analysis is that the rabbit plague egg has a higher than 80 eggs. Using the quantitative method to analyze the knot capacity of rabbit plague eggs, the capacity force of gG is 236 g / 14 3- P in the live 1 in the degree of loading, tube, 100
往50-15 ) 0 g 5% 溶 在 下 熱 流2  To 50-15) 0 g 5% dissolved in the next heat flow 2
 .
用 萬子水 至中性 于80C 2竹取1 9 各的 于50 10 -縮水 氧 基 的甲苯溶 中 于80C 流12 。 物用 在  Use Wanzishui to neutral at 80C 2 Take 1 9 of each of the 50 10 -shrinking oxygen-based toluene dissolved in 80C stream 12 . Use in
 .
中 24 然 于 11 C 3竹取59 氧活 的 分散于5 由 乙醇 成的 溶 中 0. 5 8.6 乙醇 Medium 24 is then dissolved in 11 C 3 bamboo extract 59 oxygen is dissolved in 5 by ethanol. 5 8.6 Ethanol
的 比 65/35 竹取194- P C 于 萬子水  Ratio of 65/35 Take 194-P C in Wanzishui
 .
至8.6 溶 中 于45C 16 。  To 8.6 dissolved in 45C 16 .
。 乙醇充分 然 分散在5 乙醇 水溶 中 P 5 于45C 2.5 得到的 20 萬子水分多 然 到 5 2 的 溶 有 中 1 小 20 萬子水分多 。 4 方法得到的 的 性能 . Ethanol is fully dispersed in 5 ethanol in water. P 5 is obtained in 45C 2.5. The water content of 200,000 is more than that of 5 2 The small 200,000 children have more water. 4 methods of performance
生理 水作力平衡 清洗溶 5 新鮮 清以 10 C / 的速度 裝填有 的玻璃 直往 0.66 生理 水 Physiological water balance balance cleaning solution 5 fresh cleaned at 10 C / speed filled glass straight to 0.66 physiological water
0.2 P 23 。 利用 分析 結果 清中 gG 容量力 12 g/ 0.2 P 23 . Use analysis results Clear gG capacity 12 g /
1相 。 15 3- - e c o e e P在仟 的 1竹取109仟 20 萬子水分多 分散 于5 3 aO 溶 中形成 1. 丙烯 制的 。  1 phase. 15 3- - e c o e e P in the 竹 1 bamboo take 109 仟 200,000 water more dispersed in the formation of 5 3 aO dissolved 1. Made of propylene.
將所得 物于 30C 18 。 將 分別 10 水 10 萬子水分多 。 得到帶有 活性 的仟 2竹取1 g P. C 形式 于 的 萬子水中 然 再用 1 aO 溶 將 溶 的 至7 然 向 制的溶 中 6 磷 0 7 3 。 將活 的  The resultant was at 30C 18 . There will be 10 waters and 10 million waters respectively. Obtain an active 仟 2 Take 1 g P. In the form of C, the water in the genus is dissolved in 1 aO and dissolved in the 7-phase solution. 6 Phosphorus 0 7 3 . Will live
 .
前 制的溶 中形成 于30C 12The pre-formed solution is formed at 30C 12
10 、 10 萬子水、 1 分別 前  10, 100,000 water, 1 respectively
多 。 得到 有 P的仟 仟 。 分散在60 乙醇水溶 中 P 于30C 3 。 20 萬子水 多 。 3 方法得到的 的 性能  many . Get 仟 有 with P. Disperse in 60 ethanol water soluble P at 30C 3 . 200,000 children have more water. 3 methods of performance
生理 水作力平衡 清洗溶 5 新鮮 清以 10 C / 的速度 裝填有 的玻璃 直往 0.66 生理 水沖 洗 0.2 P 23 。 利用 分析 結果 中的 要 是兔疫球蛋 其兔疫球蛋 高于80 。利用 量法分析 兔疫球蛋 的結 容量 結果 兔疫球蛋 G gG)的 容量力 2 g/ 6 P在 氧活 的聚乙烯 的 1竹取1 g 氧活 的聚乙烯 氧基 密度大于80 o/ 分散于5 由 乙醇 成的 溶 中 0. 5 8.6 乙醇 的 比 65/35 竹取1g P. C 于 萬子水 至8.6 中 。Physiological water balance balance cleaning solution 5 Freshly fill the glass at a rate of 10 C / straight to 0.66 physiological water rinse 0.2 P 23 . In the analysis results, if the rabbit epidemic egg is more than 80 eggs. Using the quantitative method to analyze the knot capacity of rabbit plague eggs, the capacity of rabbit blast egg G gG) 2 g / 6 P in oxygen-activated polyethylene 1 Take 1 g of oxygen-activated polyvinyloxy group with a density greater than 80 o / dispersed in 5 dissolved in ethanol. 5 8.6 ethanol ratio 65/35 bamboo take 1g P. C Yu Wanzi water to 8.6.
45C 16 乙醇溶 充分 然 分散在5 。 45C 16 Ethanol dissolved fully dispersed in 5 .
乙醇 水溶 中 P 5 于45C 2.5 Ethanol water soluble P 5 at 45C 2.5
20 萬子水分多 將 到 5 有  200,000 children will have more water, will have 5
的0.2 溶 中 1 20 萬子水分多 。 2 方法得到的 的 性能  0.2 of the dissolved 1 200 million children have more water. 2 methods of performance
生理 水作力平衡 清洗溶 5 新鮮 清以 10 C / 的速度 裝填有 的玻璃 直往 0.66 生理 水沖 洗 0.2 P 23 。 結果表明 Physiological water balance balance cleaning solution 5 Freshly fill the glass at a rate of 10 C / straight into the 0.66 physiological water wash 0.2 P 23 . the result shows
gG的 容量力255 g/ 大于75 。。 17 P在 氧活 的 的 1竹取1 g 分散于30 萬子水中 向  The capacity of gG is 255 g / greater than 75. . 17 P in the oxygen of 1 bamboo taken 1 g dispersed in 300,000 sub-water
中 縮水 1 a 溶 0.19 。 。  Medium shrinkage 1 a dissolved 0.19. .
于30C 16 。 20 萬子水分多 2 g 氧活 的 氧基 密度大于804 o/ 分散于5 由 乙醇 成的 溶 中At 30C 16 . 200,000 waters more than 2 g oxygen-activated oxygen density greater than 804 o / dispersed in 5 dissolved in ethanol
0. 5 8.6 乙醇 的 比 65/35 竹取 。 g P. C 于 萬子水 至8.6 中 45C 0. 5 8.6 ethanol ratio 65/35 bamboo take. g P. C in Wanzishui to 8.6 in 45C
16 乙醇溶 充分 然 分散在5 。  16 Ethanol is dissolved well and dispersed at 5.
乙醇 水溶 中 P 5 于 45C 2.5 Ethanol water soluble P 5 at 45C 2.5
20 萬子水分多 將 到 5 2 溶 有 中 1 20 萬子水分多 。 3 方法得到的 的 性能 200,000 children will have more water and will be dissolved in 5 2 . 3 methods of performance
生理 水作力平衡 清洗溶 5 新鮮 清以 10 C / 的速度 裝填有 的玻璃 直往 0.66 生理 水沖 洗 0.2 P 23 。 結果 Physiological water balance balance cleaning solution 5 Freshly fill the glass at a rate of 10 C / straight into the 0.66 physiological water wash 0.2 P 23 . result
gG的 容量力 172 g/ 大于80 18 2- 2- e ca o P在 取代的 的 1竹取 9 取代的 分散在60 由 gG capacity force 172 g / greater than 80 18 2- 2- e ca o P in the substituted 1 bamboo take 9 substituted dispersion in 60 by
乙醇 成的 溶 中 0. 5 9.5 的 比 65/35 中 乙烯 。  Ethanol is dissolved in the medium. 5 9.5 than ethylene in 65/35.
45C 20 得到的 乙醇 將 分散在30 由 乙醇 成的 溶 中 0. 5The ethanol obtained in 45C 20 will be dispersed in 30 dissolved in ethanol. 5
8.6 乙醇 的 比 65/35 1g P. C 于  8.6 ethanol ratio 65/35 1g P. C Yu
。 萬子水中 將所得溶 的 至 8.6 到 中 于45C 24 。 乙醇充分 然 分散在60  . In the water, the solution is dissolved to 8.6 to 45C 24 . Ethanol is fully dispersed in 60
 .
乙醇 水溶 P 5中 于 45C 2.5 。 Ethanol water soluble P 5 in 45C 2.5.
20 萬子水分多 。 2 方法得到的 的 性能  200,000 children have more water. 2 methods of performance
生理 水作力平衡 清洗溶 5 新鮮 清以 10 C / 的速度 裝填有 的玻璃 直往 0.66 生理 水沖 洗 0.2 P 23 。 結果  Physiological water balance balance cleaning solution 5 Freshly fill the glass at a rate of 10 C / straight into the 0.66 physiological water wash 0.2 P 23 . Result
清中 gG的結 容量力 6 g/ 中兔疫球蛋 大于80 19 A 的 成 g 氧活 的 分散于5 05 的 8.6。 竹取80 g重 中 。  In the middle of the Qing Dynasty, the gag capacity of gG 6 g/ in the rabbit buffalo egg is greater than 80 19 A. The g of oxygen is dispersed in 8.6 of 5 05. Take a bamboo weight of 80 g.
在45C 16 。 20 萬子水分多 。 At 45C 16 . 200,000 children have more water.
成所得 量力3-4 g/ 20 漿中 的 本 考察 照 7 成的 P-Se aose 12 成的 -Se ose 漿中 、仟 相 水 的 。 內往 6.6 的玻璃 填充 漿 量 力 5 流速 10 C / 以磷 1 4 0 aC 作力 10 23作力 。 分別  The obtained amount of force in 3-4 g / 20 of the slurry is based on 70% of the P-Se aose 12-series-Seose slurry and the 仟 phase water. The amount of glass filled in the inner 6.6 is 5 flow rate 10 C / phosphorus 1 4 0 aC force 10 23 force. Separate
中 清 、 仟 、 gG g g 、 固醇、 高密度 密度 的含量。 結果 表 1所 。 P-Se aose P Se aose 漿蛋 的 。及 、 g/ geZhongqing, 仟, gG gg , sterol, high density density content. The results are shown in Table 1. P-Se aose P Se aose. And g/ge
" gG g g S T g ce de C o es e o  " gG g g S T g ce de C o es e o
25.61 .09 2.93 0.70 25.61 .09 2.93 0.70
P Se aose 王 士 " " " " "  P Se aose Wang Shi " " " " "
2.14 0.20 0.41 0.13  2.14 0.20 0.41 0.13
20.07 0.70 1.72 0.87  20.07 0.70 1.72 0.87
P Se aose 王 士 " " " " " P Se aose Wang Shi " " " " "
2.87 0.21 0.44 0.12 表 前 有 著 結果表明 P-Se aose 漿中 的 量力 2963 g/ 包 gG g g -Se aose 2249 g/ 2.87 0.21 0.44 0.12 Before the table There is a result indicating that the amount of P-Se aose slurry is 2963 g / package gG g g -Se aose 2249 g /
S 有 著 005 。 仟 的損 5  S has 005.仟 loss 5
漿中的仟 原液 然在 常 園內 2-49/ 。 漿中的 、 固醇、 在 有 著 。 21 清中美 因子的 分別 照 7 成的 P-Se aose 12 成的 -Se aose 生 水沖洗3 竹取0.19 到 有0.25 。  The mash in the slurry is still in the park 2-49/. In the pulp, sterols, there are. 21 Qingzhongmei factor is 7% P-Se aose 12% -Se aose raw water rinse 3 Taken 0.19 to 0.25.
清材料 清 比例 12的 中 37C 2小 。  Clear material clear ratio of 12 in the middle 37C 2 small.
前 清 中 。 結果 表2所 。 結果表明 P-Se aose 未 于不同患者 具有不同 度的 具有普遍的 果。 在 P-Se aose的 12 病 清 本中 2 清中 大于90 其中 9介 清 本的  Before the middle. Results Table 2 shows. The results indicate that P-Se aose is not universally different in different patients. In the 12 cases of P-Se aose, 2 clear, more than 90, 9
包 1500 / 的高 本。 P-Se aose 的清 果 于 -Se aose。 相同 余 下 于 Se aose 10 中有7 到大于70 的 有  Pack 1500 / high. The fruit of P-Se aose is in -Se aose. The same amount is 7 to more than 70 in Se aose 10
于35 而 果 有 表2所 于 184 412 493 / 的 其 率分別 304%。 75.2 124 所以 果不 的原因 能未 于不同病 的 。  At 35, the rate of Table 2 is 184 412 493 / which is 304%. 75.2 124 So the reason for not being able to be different from the disease.
2 2 淨 因子的 果2 2 net factor fruit
P-Se aose -Se aose P-Se aose -Se aose
/  /
前 前  Before
140 139 25  140 139 25
155 140  155 140
158 184 128  158 184 128
202 226 119  202 226 119
222 232 103  222 232 103
350 248 63  350 248 63
397 33 264 44  397 33 264 44
422 296 101  422 296 101
463 412 102  463 412 102
498 40 493 432  498 40 493 432
1400 26  1400 26
1500 表 結果 , 22 清中 方法 14所 在于 用的病 清 中含有高 度的 。 的 本 均力 14 其中較高 13200 的 本 3 其它 11 本 1 1000。 3展 了  1500 results, 22 clear method 14 is used in the disease contains high levels. The average of 14 is the higher of 13200, the other 3 is 11 1000. 3 exhibition
的清 果比較。 結果表明 P-Se se能在 定 度 有 清 清 中的 大多 的 清 本中 的 度下降 了 60 表明 清中 大部分的 清 然有 些 本的 持不 。The comparison of the fruits. The results show that the P-Se se can be reduced by 60 in most of the clearings in the clear state, indicating that most of the clearings in the Qing have some of them.
Se aose 的清 果 存在 半的 本  The fruit of Se aose exists in half
降 其余 本 持不 。 2 淨 的 果 P-Se aose -Se aose 13200 3 13200Drop the rest and not hold it. 2 net fruit P-Se aose -Se aose 13200 3 13200
1000 3 1 13201000 3 1 1320
1 1000 3 5  1 1000 3 5
1320 2 2 1 100 5 3 - 1 表云 , 結果  1320 2 2 1 100 5 3 - 1 Table cloud, result

Claims

要 求 . 于 清 的 淨 其特 在于 淨 由固相 材料 部分 成 固定 在所 固相 材料 的分子結 Claim . The net nature of Yu Qing is that the net phase of the solid phase material is fixed to the molecular phase of the solid phase material.
Figure imgf000025_0001
Figure imgf000025_0001
其中 、 、 C 原子中有 介原子力 原子其它 原子力 C原子 -2 . 要求1 的 于 清 的 淨 其特 在于 固相 材料 。  Among them , there are atom atoms in the C atom , and other atomic forces in the C atom - 2 . The net of the requirement 1 is the solid phase material.
. 要求1 的 于 清 的 淨 其特 在于 固相 材料 仟 。 . The net nature of the requirement 1 is the solid phase material 仟.
. 要求1 的 于 清 的 淨 其特 在于 固相 材料 。 . The net of the requirement 1 is the solid phase material.
. 要求1 的 于 清 的 淨 其特 在于 固相 材料 。 . The net of the requirement 1 is the solid phase material.
. 要求1 的 于 清 的 淨 其特 在于 固相 材料 乙烯 。 . The net nature of the requirement 1 is the solid phase material ethylene.
. 要求 1-6 的 意 于 清 的 淨 . Requires 1-6
其特 在于 4- 。  Its special feature is 4-.
. 要求 1-6 的 意 于 清 的 淨 . Requires 1-6
其特 在于 3- 。  It is characterized by 3-.
. 以 要求 的 于 清 的 淨 其特 在于 固相 材料具有多 球的形式 其 分子量 力 150000-5000000 . The net nature of the requirement is that the solid phase material has a multi-sphere form and its molecular weight is 150,000-5000000.
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