Abstract:
본 발명은 누에생실샘 미세분말을 포함하는 트윈 케이크 및 팩트용 화장품에 관한 것이다. 본 발명의 트윈 케이크 및 팩트용 화장품은, 트윈 케이크 및 팩트용 화장품의 전체중량 대비 3~10중량%의 누에생실샘 미세분말을 포함하고, 나머지를 마이카, 실리카, 티타늄디옥사이드, 징크옥사이드, 워터홀딩파우더, 색소, 결합체, 자외선흡수제, 방부제, 향료, 탤크를 포함하는 것이 특징이다. 본 발명에 의해, 유해한 용매를 사용하지 않아 피부 세포에 독성이 없으면서 화학적 반응에 의해 갈변하는 위험성도 없는 누에 생실샘의 미세분말을 포함하여 기초화장 후 고르게 펴 바를수 있고, 동시에 우수한 피부 보습력 및 탄력성을 갖는 트윈 케이크 및 팩트용 화장품이 제공된다.
Abstract:
PURPOSE: Fine powder of the raw silk SAM in the fistula in which there is no risk which the cosmetics for twincake and fact with the chemical reaction with browning while there is no toxicity in the skin cell including the silk-worm raw silk SAM fine powder. CONSTITUTION: A cosmetics for the twincake and fact comprises: silk-worm raw silk SAM fine powder of the total weight comparison 3-10 weight% of the cosmetics for twincake and fact; the rest the mica, silica, titanium dioxide, zinc oxide, water hole powder, pigment, combination, ultraviolet-absorbing agent, preservative, perfume, talc is included. The silk-worm raw silk SAM fine powder and silica are comprised 1:1-1:5 weight ratio. The silk-worm raw silk SAM fine powder originates in 5 nought 7 mature larva.
Abstract:
PURPOSE: A microsatellite marker for distinguishing foreign species of Fusarium graminearum and a distinguishing method using the same are provided to quickly and accurately distinguish species and toxin of a red mold pathogen. CONSTITUTION: A primer, FgmsTG49, of sequence numbers 1 and 2 is used for specifically amplifying a microsatellite of red mold pathogen for distinguishing foreign strain, domestic strain, and mixed strain thereof among Fusarium graminearum. A method for distinguishing the foreign species among Fusarium graminearum comprises: a step of amplifying a gene using the primer; and a step of identifying the microsatellite of the amplified gene. A kit for distinguishing and diagnosing the foreign species contains the primer and a reagent for amplification.
Abstract:
PURPOSE: A microsatellite marker for distinguishing species according to the type of toxin generated from red mold pathogen and a method for distinguishing species of pathogen using the same are provided to quickly and accurately distinguish main species and toxin by analyzing PCR using FgmsGT28. CONSTITUTION: A primer, FgmsGT28, of sequence numbers 1 and 2 is able to specifically amplify a microsatellite of red mold pathogen to distinguish Fusarium graminearum which produces deoxynivalenol(DON) and Fusarium asiaticum which produces nivalenol(NIV) by PCR(Polymerization Chain Reaction). A method for distinguishing F. graminearum and F. asiaticum comprises: a step of amplifying a gene using the primer by PCR; and a step of identifying a microsatellite site of the amplified gene. A kit for diagnosing and distinguishing species of red mold pathogen contains the primer and a reagent for amplification.
Abstract:
PURPOSE: A method for preparing a silkworm grand-derived hydrolysate is provided to obtain a hydrolysate with excellent cell proliferation effect without a harmful solvent. CONSTITUTION: A method for preparing a silkworm grand-derived hydrolysate comprises: a step of preparing a silkworm; a step of freeze-drying the silkworm and isolating a silk gland; a step of dissolving the silk gland with water and preparing a first lysate; a step of centrifuging the first lysate and collecting supernatant; a step of adding alkali to the supernatant and performing hydrolysate to prepare a second lysate; a step of adding acid to the second lysate and neutralizing to prepare a neutralized solution; a step of desalting the neutralized solution and preparing a hydrolysate; and a step of freeze-drying the hydrolysate. [Reference numerals] (AA) Silkworm; (BB) Freeze-drying and isolating; (CC) Silk gland; (DD) Pulverizing; (EE) Powder; (FF) Dissolving in water; (GG) Centrifuging and isolating supernatant; (HH) Adding alkali; (II) Hydrolyzing; (JJ) Neutralizing; (KK) Desalting; (LL) Freeze-drying; (MM) Hydrolysate
Abstract:
PURPOSE: A silk mask pack containing silkworm extract and silk grand hydrolysate is provided to promote skin cell proliferation and to remove active oxygen. CONSTITUTION: A silk mask pack contains silkworm extract containing selenium and hydrolysate of silk grand. The silkworm extract comprises a step of extracting freeze-dried silkworm powder and a step of concentrating the extract. The hydrolysate comprises a step of hydrolyzing silk grand with alkali; a step of adding acid to the hydrolysate; and a step of drying and pulverizing the hydrolysate.
Abstract:
PURPOSE: A cosmetic composition containing lysate of silkworm silk grand is provided to ensure excellent coating property on the skin, and skin affinity and to promote proliferation of skin cells. CONSTITUTION: A cosmetic composition contains lysate of silkworm silk grand. A method for preparing the lysate comprises: a step of performing hydrolysis of silk grand of silkworm; a step of performing selective activated charcoal treatment filtration; and a step of adding acid for neutralizing. The silk grand is decomposed by alkali hydrolysis at 80-90°C.
Abstract:
A process for preparation of the natural silk including silver nano-particle is provided to obtain silk fabric having antibiotic and disinfectant properties by breeding silkworm with silver nano-particle included feed, and to apply to various health goods. A silver nano-particle powder is sprayed on the mulberry leaves. A natural silk is obtained by breeding silkworm with mulberry leaves including the silver nano-particle. A silver nano-particle included spray is manufactured in first process. The feed of the silkworm is produced using the silver nano-particle spray in second process. The silkworm is bred with mixture of the silver nano-particle solution and the feed of the silkworm. The barrel type stirrer having sufficient depth according to the spray particle, and stirring three dimensionally is used in the evaporation process of the nano-particle. Magnetron sputter, ion beam sputter, resistance heating using DC(Direct Current)/RF(Radio Frequency) power, PVD(Physical Vapor Deposition) or CVD (Chemical Vapor Deposition) is used in the vacuum evaporation method.