International Business Machines Corporation

Ambit Microsystems (shanghai) Ltd.

Body Organ Biomedical Corp.

Lenovo (singapore) Pte. Ltd.

Taipei Medical University

Yun-Ting Hsu

Yu-Chi Lin

Yu Yu

Yu-Wei Chang

Hung-Wen Huang

Horng-Ji Lai

Min-Chang Huang

Tsungwu Yu

Kuan-Hao Huang

Ta-Wei Su

Jui-Min Ho

Jen-Chang Yang

Sheng-Yang Lee

Chien Chung Chen

Hong-Da Wu

Dian-Yu Ji

Cheng-Han Liu

Chih-Ying Chang

Yen Shin Lee

Hung-Jen Wu

Chien Chi Chen

Fang-Yi Lee

Fang-Jou Chang

Yu-chi Lin

Horng-ji Lai

Display panel with transitional graphical user interface

Display screen or portion thereof with icon

A tissue repair material derived from fish skin and manufacturing method thereof is applied to provide the tissue repair material suitable for use as a patch, a cover, a carrier, a scaffold, an implant or a reagent in various tissues. The tissue repair material has collagens to improve the wounded tissue repair, and has particular characters for desired tissue repair application. Furthermore, so far the factors of the terrestrial animal transmitted disease (caused by virus) do not survive on the tissue repair material derived from fish skin.

Tissue repair material derived from fish skin and manufacturing method thereof

A technique for setting network communications for a computer host having multiple network interface controllers (NICs) includes performing network communication for a baseboard management controller (BMC) using a first NIC. In response to actuation of a switch of a network connector jack that is associated with the first NIC, a switching signal is sent from the switch to the BMC. In response to receipt of the switching signal at the BMC, network communication for the BMC is performed using a second NIC.

Techniques for indicating and changing network communication settings of a computer host

Managing shared resources in a multi-computer system with failover support, including: reading priority detection signals from a computer inserted into the multiple-computer system, the priority detection signals representing a priority of the inserted computer; reading planar detection signals from the computer, the planar detection signals representing an insertion state of all computers currently inserted into the multiple-computer system; determining if the computer has the highest priority among all the computers inserted into the multiple-computer system in accordance with the priority detection signals and the planar detection signals; and, in response to determining that the computer has the highest priority, monitoring shared resources and outputting a specific output signal associated with the highest priority computer, the specific output signal providing an identification of the highest priority computer to other computers currently inserted into the multiple-computer system and representing control, by the highest priority computer, of the shared resources.

Managing shared resources in a multi-computer system with failover support

The invention relates to a simple and high yield process for producing a regenerated silk fibroin which does not need dialysis. Particularly, a process of the invention is characterized in that the silk fibroin is precipitated by applying a shear stress and/or changing the solvent power of the fibroin solution. The process of the invention simplifies the process of producing silk fibroin and greatly shortens the process time to 1 to 2 hours, whereas the conventional dialysis process is complex and needs around 2 to 3 days. In addition to reducing the time needed, the process of the invention can increase productivity of silk fibroin by at least 8%.

High yield dialysis-free process for producing organosoluble regenerated silk fibroin

Growing community of inventors

Taipei, Taiwan

Yun-Ting Hsu