The present invention relates to a pharmaceutical composition including herbal medicine extract from Angelica gigas as an active ingredient for preventing or treating kidney cancer, and more particularly, to a pharmaceutical composition including extract from red ginseng, Angelica gigas, schizandra, Semen cuscutae, and turmeric as active ingredients, for preventing or treating kidney cancer, the pharmaceutical composition having high antioxidant activity and being especially effective in preventing kidney cancer.

Pharmaceutical composition including herbal medicine extract for preventing or treating kidney cancer

Disclosed is a surface plasmon resonance (SPR) gas sensor chip manufacturing method of depositing a metal layer on a substrate and depositing a thin film sensing layer on the metal layer. The method includes depositing self-assembled monolayers (SAMs) on the metal layer, depositing a radical initiator for depositing a molecularly imprinted polymer (MIP) on the SAMs, and mixing a template monomer, a functional monomer and a cross linker and optically reacting and removing the template monomer through the irradiation of ultraviolet (UV) light based on an absorption wavelength of the radical initiator, thereby forming an imprinted space in the thin film sensing layer.

Spr gas sensing device manufacturing method using molecularly imprinted polymer

The invention relates to apparatus for monitoring extruded products (10) moving in an inline extrusion process so as to effect quality control of the process by continuously measuring dimensional parameters and determining the existence of contaminants in the extrusion. The apparatus makes use of Terahertz radiation (13) which is adapted to provide a curtain of parallel rays of the radiation which is scanned across the product (10) as the product (10) passes therethrough in a linear manner. The composition of the omitted radiation received after the scanning process is subject to an imaging analysis to determine the dimensional parameters and contaminant free integrity of the extrusion process.

Apparatus for measuring industrial products manufactured by extrusion techniques

A wrapper for a terahertz wave according to an embodiment of the present invention includes: a terahertz wave transmission layer that is made of a material that transmits a terahertz wave; and an electric field enhancement structure that enhances an electric field by reacting with a predetermined frequency band of terahertz waves passing through the terahertz wave transmission layer. An optical identification device for a terahertz wave according to an embodiment of the present invention includes m identification units composed of: a terahertz wave transmission layer that is made of a material that transmits a terahertz wave; and a waveguide grating that resonates at a natural resonant frequency when receiving the transmitted terahertz wave, in which the natural resonant frequency is any one of a first natural resonant frequency to an n-th natural resonant frequency.

Wrapper for terahertz, detection sensor, detection apparatus using terahertz wave, optical identification device for terahertz, apparatus for recognizing optical identification device for terahertz wave, and writing apparatus for identification unit

A package damage inspection device according to an exemplary embodiment of the present invention may include: a sensor recognizing internal environmental change information of a sealed container; an identification element including an identification code of the sealed container; a recognizing unit recognizing the identification code included in the identification element to recognize identification information of the sealed container; and a determining unit comparing the internal environmental change information recognized by the sensor and reference change information with each other to determine whether or not the sealed container is maintained in a sealed state.

Package damage inspection device

PURPOSE: An object inspecting device using terahertz waves is provided to rapidly and accurately inspect an object to be inspected with a non-destructive mode. CONSTITUTION: An object inspecting device using terahertz waves (1) includes a terahertz wave supply unit, a scanning mirror (200), a scanning collimating unit (300), and a terahertz wave detecting unit. The terahertz wave supply unit generates and supplies terahertz waves. The scanning mirror reflects the terahertz waves supplied by the terahertz wave supply unit at high speed within a range of a predetermined angle while being rotated. The scanning collimating unit reflects the reflected terahertz wave to be parallel, thereby making the terahertz wave incident into an object (10) to be inspected. The terahertz wave supply unit collects the terahertz wave incident into the object to be inspected, thereby detecting the terahertz waves.

Apparatus for inspecting objects using terahertz wave

A surface plasmon resonance sensor chip using molecular imprinting technique is provided to detect easily fungal toxin zearalenone or a derivative of the fungal toxin zearalenone using an electrochemical method. A surface plasmon resonance sensor chip using molecular imprinting technique for detecting easily fungal toxin zearalenone or a derivative of the fungal toxin zearalenone contains a substrate(10) in which a metal layer is formed, a metal layer(20) formed on a polymer layer including a binding site(21) combined with a zearalenone or a derivative of the zearalenone. The polymer layer is manufactured by steps of: mixing a monomer polymerized if electricity is applied and a template for forming a binding site in which the zearalenone or the derivative of the zearalenone is combined; forming a polymer layer by applying the electricity after injecting the monomer in which the template is mixed on the substrate; and forming the binding site combined with a zearalenone or a derivative of the zearalenone by removing the template from the polymer layer.

Surface plasmon resonance sensor chip using molecular imprinting technique for detecting the mycotoxins zearalenone and its derivatives, and method of the same, and detecting method of the mycotoxins zearalenone and its derivatives using the same

According to an embodiment of the present invention, a scanning module comprises: a first path changing unit which changes a path of electromagnetic waves entering from a light source; a first driving unit which regulates the path of the electromagnetic waves by moving the first path changing unit; and a Bessel beam forming unit which forms Bessel beams in at least a part of an object to be inspected, using the electromagnetic waves whose path has been changed by the first path changing unit.

Scanning module and apparatus for detecting foreign material using bessel beam

Health assistance food for nerve cell protection or treatment of stroke containing pine needle extract

According to an embodiment of the present invention, a packaging paper for a terahertz wave comprises: a terahertz wave transmission layer consisting of a material which a terahertz wave passes through; and an electric field enhancing structure to enhance an electric field by reacting to a predetermined frequency band of terahertz waves passing through the terahertz wave transmission layer.

Kim Hyun Jung

Papers

Apparatus for inspecting objects using terahertz wave

Surface plasmon resonance sensor chip using molecular imprinting technique for detecting the mycotoxins zearalenone and its derivatives, and method of the same, and detecting method of the mycotoxins zearalenone and its derivatives using the same

Scanning module and apparatus for detecting foreign material using bessel beam

Health assistance food for nerve cell protection or treatment of stroke containing pine needle extract

Packing sheet, detection sensor for terahertz wave and detection apparatus using terahertz wave