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    • 1. 发明专利
    • Quantitative hair folliculi absorption method
    • 定量头发微波吸收法
    • JP2008102153A
    • 2008-05-01
    • JP2007312307
    • 2007-12-03
    • Shiseido Co Ltd株式会社資生堂
    • TAKEOKA ERIKOTAKAMOTO RYUICHIHARIKI TOSHIO
    • G01N33/50G01N33/15
    • PROBLEM TO BE SOLVED: To provide a means capable of easily/properly quantifying hair folliculi absorption capable of becoming a direct index of whether or not a test substance such as a medicine reaches an action point and sufficiently exerts desired effect.
      SOLUTION: In this quantitative hair folliculi absorption method, the test subject is made to act on a skin model holding a pseudo state of a living body by a test subject amount penetrating hair follicle tissue, and a sorption amount of the test subject in the hair follicle tissue extracted from a dermal layer of its skin is measured. Alternatively, the test subject is made to act on hair follicle tissue collected from a human scalp by the test subject amount penetrating the hair follicle tissue, and a sorption amount of the test subject in the hair follicle tissue is measured.
      COPYRIGHT: (C)2008,JPO&INPIT
    • 要解决的问题:提供能够容易地/适当地定量毛囊吸收的装置,其能够成为诸如药物的测试物质是否达到作用点并充分发挥期望效果的直接指标。 解决方案:在这种定量毛囊吸收方法中,使测试对象通过穿透毛囊组织的测试对象量和保持假体状态的皮肤模型作用,并且测试对象的吸附量 在从其皮肤的真皮层提取的毛囊组织中测量。 或者,使测试对象作用于通过渗透毛囊组织的测试对象量从人类头皮收集的毛囊组织,并测量毛囊组织中测试对象的吸附量。 版权所有(C)2008,JPO&INPIT
    • 2. 发明专利
    • EVALUATION METHOD FOR SEBUM MIGRATION
    • JP2001174392A
    • 2001-06-29
    • JP35884099
    • 1999-12-17
    • SHISEIDO CO LTD
    • TAKEOKA ERIKOTAKAMOTO RYUICHI
    • G01N13/04A61K8/00A61K8/34A61K31/045A61P17/14A61Q5/00A61Q7/00G01N33/00
    • PROBLEM TO BE SOLVED: To provide simple and exact means for judging whether or not a component to be used for a head skin or head hair reaches a point of application and a method for evaluating sebum migration of a specimen. SOLUTION: This method evaluates sebum migration of a specimen with an index of migration degree of the specimen to an artificial sebum by making one surface of a thin film 12 similar to a skin surface come into contact with the specimen, with the other side surface thereof in contact with an artificial sebum. In this method one side of the thin film has an open system. The artificial sebum is a fluid state. The thin film is a single layer silicone film a surface of which is subjected to keratin treatment. The specimen is made to come into contact with the keratin treatment side of the film. An evaluation kit for evaluating migration of sebum comprises (1) a sealing portion of an artificial sebum, provided in an opening portion thereof with fixing means capable of fixing and covering detachably the thin film; (2) a thin film similar to a skin surface layer to be fixed on and cover the opening portion of the sealing portion; and (3) an artificial sebum to be sealed in the sealing portion. The head skin and head hair composition contains isostearyl alcohol as a skin migration acceleration component.
    • 3. 发明专利
    • OPTOACOUSTIC MEASURING INSTRUMENT
    • JPH01191040A
    • 1989-08-01
    • JP1614488
    • 1988-01-27
    • SHISEIDO CO LTD
    • SAWADA SHIROTAKAMOTO RYUICHI
    • G01N21/00G01N21/17G01N29/00
    • PURPOSE:To obtain superior noise removing ability and to take a depth- directional analysis with high sensitivity by forming the part of a measurement- side cell nearby a body to be measured by using a light transmitting material and reducing the influence of reflected light and scattered light on the surface of the body to be measured. CONSTITUTION:The measurement-side cell 10 consists of a cylinder body which is open at one end and pressed almost airtightly against a sample surface and has a microphone installed at the other end, and the pressed sample is irradiated with light. A reference-side cell 12 consists of a cylinder body which is open at one end and pressed almost airtightly against the sample surface and has a microphone 26 installed at the other end. A measurement signal is obtained from the difference between the microphone outputs of both cells 10 and 12. At this time, the cell 10 is formed of the light transmissive material as to the periphery of the depression part for the sample. Then the reflected light and scattered light from the sample surface are guided out of the cells 10 and 12. Consequently, noises due to the reflected light, etc., are reduced greatly and the depth-directional analysis is taken with superior noise removing ability and high sensitivity.
    • 5. 发明专利
    • EVALUATING APPARATUS OF PERCUTANEOUS ABSORPTION
    • JPH0389146A
    • 1991-04-15
    • JP22522189
    • 1989-08-31
    • SHISEIDO CO LTD
    • TAKAMOTO RYUICHINANBA RYUJIRONAKADA OKITSUGUMATSUOKA MASAHIROSAWADA SHIRO
    • G01N33/15G01N1/10G01N21/00G01N29/00
    • PURPOSE:To measure the emitting process of a medicine from a basic agent on the skin and the permeating process of the medicine through the skin respectively by the acoustooptic measurement and absorption photometry simultaneously and in real time by applying an acoustooptic measuring apparatus as a vertical diffusion cell. CONSTITUTION:A sensor part of this evaluating apparatus is comprised of an acoustooptic sensor part a vertical diffusion cell, an absorption photometry measuring part and a processing part. An acoustooptic sensor has a microphone arranged at an upper end thereof. The neighborhood of a pressing part at a lower end of the acoustooptic sensor is made of light-permeable material. Laser beams are introduced via an optical fiber to the acoustooptic sensor to irradiate a sample on the skin. An acoustooptic signal generated at this time is received and processed by the microphone, whereby the emitting process of a medicine from a basic agent on the skin is measured. At the same time, the permeating process of the medicine through the skin is simultaneously measured. The vertical diffusion cell is formed of silica to make part to be irradiated a rectangular parallelepiped. The absorption photometry part measures the light passing through the diffusion cell by a photocell. The laser beams are spectrally separated at this time, one intaraoduced to the diffusion cell to obtain a measuring signal of the absorption and the other introduced to the photocell as a reference signal.
    • 7. 发明专利
    • FLUOROMETRIC ANALYZER
    • JPH0798275A
    • 1995-04-11
    • JP24179793
    • 1993-09-28
    • SHISEIDO CO LTDIRIKA KIKI KK
    • SHIROTA OSAMUOTSU YUTAKAYAMAGUCHI MICHIHIROTAKAMOTO RYUICHITAKAMATSU TASUKUMATSUOKA MASAHIROTSURUTA HISAO
    • G01N21/64G01N30/74
    • PURPOSE:To make it possible to perform fluorometric analysis by providing an optical-wavelength converting means comprising nonlinear crystal, wherein a polarization domain, which is periodically inverted is formed, in the light path of the output light of a semiconductor laser. CONSTITUTION:The output light of a semiconductor laser 1 is guided through an optical fiber 2. An SHG(second higher-hamonic-wave generator) comprising nonlinear crystal (ferroelectric crystal), wherein a polarization domain which is periodically inverted is formed, is arranged in the halfway of the fiber 2, and the optical wavelength is converted. The wavelength of the output light of the laser 1 is converted into the second output light having the half wavelength. The output light of the element 3 is converged on a flow cell 4 through an objective lens 2b. The end part of a fiber 5 is arranged at the side surface of a sample chamber 4b. The fluorescence emitted from the sample in the sample chamber 4b is guided into a photomultiplier 6. The output of the photomultiplier 6 is analyzed with a computer 7. The semiconductor laser light 1 having the long wavelength is converted into the short wavelength by using the SHG element 3 in this way, and the fluorometric analysis can be performed.