The invention relates in particular to the use of such an extract for the manufacture of a composition for increasing the concentration of active TGFb1 in the skin, notably in the dermis. Agent For Stimulating The Expression of Loxl - The present invention concerns a novel agent which is capable of stimulating the expression of LOXL and of increasing quality and functionality of collagen fibres and has anti-oxidizing, anti-elastase, anti-MMP properties as well as its use in producing cosmetic or pharmaceutical compositions, especially dermatological compositions, or food compositions.
The invention also relates to a method of screening such active substances. The method and apparatus includes connecting, by a first device, to a server over a network for communication with a second device over the network, sending a request for remote access from the first device to the second device over the network by utilizing information provided by the server, storing, by the second device, remote access data in an image file, wherein the remote access data stored includes information to remotely access the second device or resources of the second device over the network, sending the image file with the remote access data to the first device over the network and accessing, by the first device, the second device or resources connected to the second device over using the remote access data stored in the image file.
System and method for estimating corona power loss in a dust-loaded electrostatic precipitator - The method for estimating corona power loss in a dust-loaded electrostatic precipitator numerically solves Poisson's equation and current continuity equations in which the finite element method FEM and a modified method of characteristics MMC are used.
The system is a computerized system that produces results showing how different parameters such as discharging wire radius, wire-to-wire spacing, wire-to-plate spacing, fly ash flow speed and applied voltage polarity influence corona power loss and current density profiles. The method comprises entering identification data and machine information for an RTD into a database, importing scan data measuring beam characteristics, entering additional data from measurement results generated by test equipment measuring aspects of the RTD's beam into the RTD database, creating a Data Book in the database comprising output factors, transmission factors and processed scan data; comparing information in the Data Book with information according to a predefined standard for commissioning the RTD, comparing a treatment plan MU based on a set of treatment parameters to the RTD MU calculated using the set of treatment parameters, and commissioning the RTD based at least in part on if the comparing meets the predefined standard and if the MU calculated by the RTD is within an acceptable range of the treatment plan MU.
The method involves obtaining a first borehole data log while the reservoir is subjected to first fluid conditions, and causing a mobile water displacement in the reservoir by changing the fluid conditions in the borehole to cause the reservoir to be subjected to second fluid conditions, the second fluid conditions differing from the first fluid conditions.
