Abstract: Method for performing actual operation on a second device having a second screen or a touch panel from a first device having a first screen or a touch panel in real time are provided. First screen is configured to display mirrored content of second screen. Method includes detecting a first touch signal on first screen of first device, converting first touch signal into a first touch data associated with a first position information, and transmitting first touch data to second device so actual operation is performed on second device. For first and second devices having touch panels, method includes receiving a first touch data associated with a first position information of first touch panel, calculating a second position information of second touch panel based on first position information, and performing actual operation on second device based on second position information. Second device is coupled to first device by network communication.

Abstract: The present invention discloses a method for controlling in realtime fashion multimedia contents on a second screen at a TX side from a first screen at a RX side. The method comprising: detecting at least one touch signal via the first screen, and converting the at least one touch signal into touch data associated with a first position information defining a virtual operation on the first screen corresponding to an actual operation on the second screen, the first position information being with respect to a first coordinate system of the first screen; transmitting the touch data of the RX side to the TX side via the network communication, and calculating at the TX side a second position information with respect to a second coordinate system of the second screen based on the first position information; and performing the actual operation at the second screen based on the second position information.

Abstract: A mobile device implements a method for interacting with an electronic device having a display function. The mobile device is operable to display at least one image including a primary image portion and a first secondary image portion. In the method, the mobile device is configured to transmit the primary image portion to the electronic device, to transform the first secondary image portion into a second secondary image portion that conforms with a specified presentation, to display the second secondary image portion, to generate a new primary image portion in response to a control signal, and to transmit the new primary image portion to the electronic device for display by the electronic device.

Abstract: A wireless communication system for transmission of high resolution multimedia data and methods thereof are provided. The transmission method includes: initializing an encoder module of a portable device; receiving first multimedia data from an application processor of the portable device through a multimedia interface; encoding the first multimedia data into second multimedia data, where the second multimedia data occupies less bandwidth than the first multimedia data; and transmitting the second multimedia data to the display device from a wireless communication module of the portable device.

Abstract: The present invention discloses a method for controlling in realtime fashion multimedia contents on a second screen at a TX side from a first screen at a RX side. The method comprising: detecting at least one touch signal via the first screen, and converting the at least one touch signal into touch data associated with a first position information defining a virtual operation on the first screen corresponding to an actual operation on the second screen, the first position information being with respect to a first coordinate system of the first screen; transmitting the touch data of the RX side to the TX side via the network communication, and calculating at the TX side a second position information with respect to a second coordinate system of the second screen based on the first position information; and performing the actual operation at the second screen based on the second position information.

Abstract: The present invention provides a method of screening pigs to identify those which have a genetic predisposition to have a thinner or thicker backfat thickness by assaying the pattern of the five single nucleotide polymorphisms in the HSP70.2 gene that is associated with backfat thickness.

Abstract: The invention provides a transgenic pig having incorporated into its genome a HSP70 gene or fragment thereof, whereby the transgenic pig overexpresses HSP70. The transgenic pig of the invention can be used in the production of HSP in large quantities, as a xenograft source for transplantation and as an animal model close to human for illustrating the protective roles of HSP. Furthermore, the transgenic pig of the invention has a better meat quality and exhibits an increased growth rate and a reduced backfat thickness.

Abstract: The present invention provides a method of screening pigs to identify those which have a genetic predisposition to have a thinner or thicker backfat thickness by assaying the pattern of the five single nucleotide polymorphisms in the HSP70.2 gene that is associated with backfat thickness.

Abstract: The invention provides a transgenic pig having incorporated into its genome a HSP70 gene or fragment thereof, whereby said transgenic pig overexpresses HSP70. The transgenic pig of the invention can be used in the production of HSP in large quantities, as a xenograft source for transplation and as an animal model close to human for illustrating the protective roles of HSP. Furthermore, the transgenic pig of the invention has a better meat quality and exhibits an increased growth rate and a reduced backfat thickness.

Abstract: The invention provides a transgenic pig having incorporated into its genome a HSP70 gene or the fragment thereof, whereby said transgenic pig overexpresses HSP70. The transgenic pig of the invention can be used in the production of HSP in large quantity and used as a xenograft source for transplation and an animal model close to human for illustrating the protective roles of HSP. Furthermore, the transgenic pig of the invention has a better meat quality and exhibits an increased growth rate and a reduced backfat thickness.

Abstract: The invention provides methods for selecting pigs with thin backfat, increased feed efficiency or reduced AGE through the identification of the nucleotide polymorphism of the 5′-flanking region of porcine HSP70.2 gene.