发明名称 Method and system for documenting an electrophoresis gel
摘要 Disclosed in this specification is a high capacity compact gel documentation system for documenting different types of electrophoresis gels or other translucent objects using ultraviolet light. The system includes a base with a scanning surface having a transparent bottom surface. A light source is connected to a conveying mechanism, disposed below the transparent bottom surface, to move the light source over the length of the transparent bottom surface. An image capture device receives a reflected image and provides it to a microprocessor. Moreover, separate interchangeable filters allow for documentation of UV and white light gel captures, alleviating the need for separate transilluminators and hoods with filters and cameras.
申请公布号 US9494552(B2) 申请公布日期 2016.11.15
申请号 US201313761758 申请日期 2013.02.07
申请人 Research Foundation of The City University of New York 发明人 Tamari Farshad;Tamari Farnaz
分类号 G01N27/447 主分类号 G01N27/447
代理机构 Schmeiser, Olsen & Watts, LLP 代理人 Mikesell Peter J.;Schmeiser, Olsen & Watts, LLP
主权项 1. A gel documentation system for documenting an electrophoresis gel, the system comprising: a base with a scanning surface comprising a transparent bottom surface with a length and a width; a light source operatively connected to a conveying mechanism to move the light source over the length of the transparent bottom surface, the conveying mechanism being disposed below the transparent bottom surface, wherein the light source emits a narrowband wavelength of ultraviolet light; an image capture device for receiving a reflected image; a microprocessor operatively connected to the image capture device, wherein the base comprises a slot and a sliding filter is inserted into the slot such that the sliding filter is disposed between the light source and the transparent bottom surface; wherein the sliding filter has a length that is greater than the width of the transparent bottom surface; wherein the slot is disposed in a first edge such that the length of the sliding filter extends perpendicular to the length of the transparent bottom surface.
地址 New York NY US