Abstract: A motor vehicle has a body including a header margin at least partially defining a body side opening. The motor vehicle further includes a first door received in and closing at least a first portion of the body side opening and a drip resistant textured surface feature provided along the header margin above the first door.

Abstract: A sanitary wipe is provided, including a pad that is contained beneath or as part of an adhesive sticker or otherwise attachable body that is releasably secured at any convenient point on a surface of a container or containment vessel, such as the side or top of the containment vessel. The pad can be provided with or without a cleaning substance. For use, the user simply pulls the adhesive sticker or attachable body free of the container, and uses the wipe part or pad of the sticker or body to clean and remove contamination wherever contamination is suspected or at any other desired location, like on the lid of the containment vessel.

Abstract: Embodiments disclosed herein provide systems and methods that allow users to self-organize and build self-governed online communities around any topic or genre of interest, such as sports, news, politics, science, and/or broader or more specific topics. The online communities may be groups of like-minded individuals who can govern themselves by democratically selecting leaders and rules. The selection process for leaders and/or rule may be automatic using algorithms, based on voting, or a combination of both.

Abstract: The present invention relates to long-term, three-dimensional cultures of cells in a horizontally-rotating vessel and methods for producing the cultures and using the cultures as explants to treat various conditions.

Abstract: A method is provided for long term culture of proliferating hepatocytes that retain hepatic function to produce a hepatic cell culture. Hepatocytes and nonparenchymal cells are co-cultured ex vivo on a matrix coated with a molecule that promotes cell adhesion, proliferation or survival, in the presence of growth factors, resulting in a long-term culture of proliferating hepatocytes that retain hepatic function. The co-culturing method results in the formation of matrix/hepatic cell clusters that may be mixed with a second structured or scaffold matrix that provides a three-dimensional structural support to form structures analogous to liver tissue counterparts. The method can be used to form bio-articial livers through which a subjects blood is perfused.

Abstract: The present invention relates to a novel tissue culture system that provides for the long term culture of proliferating hepatocytes that retain hepatic function. Disclosed are methods and compositions for ex vivo culturing of hepatocytes and nonparenchymal cells on a matrix coated with a molecule that promotes cell adhesion, proliferation or survival, in the presence of growth factors, resulting in a long-term culture of proliferating hepatocytes that retain hepatic function. The co-culturing method results in the formation of matrix/hepatic cell clusters that may be mixed with a second structured or scaffold matrix that provides a three-dimensional structural support to form structures analogous to liver tissue counterparts. The hepatic cell culture system can be used to form bio-artificial livers through which a subjects blood is perfused. Alternatively, the novel hepatic cell culture system may be implanted into the body of a recipient host having a hepatic disorder.