National Taiwan University

Ionetworks Inc.

Other

National Defense Medical Center

Medicustek, Inc.

Chih-Hung Wang

Ai-Ho Liao

Ting Fung Lin

Yi-Hsiang Lin

Jing-Ming Guo

Po-Cheng Huang

Chun Che Lin

Chia-Ming Hsu

Chung-Chih Lin

Mark Anderson

Yu-Wen Wei

Ling-Hsuan Liu

Cheng-En Tsai

Hong-Yi Liang

Jonathan Lun-Chang Tong

Shao-Xiong Weng

Cheng-Ping Shih

Jeffry Susanto

Herleeyandi Markoni

Albert Christianto

Hang-Kang Chen

The disclosure provides a drug delivery composition, method of forming the same and method for treating inner ear disorders. The drug delivery composition includes a temperature sensitive hydrogel, a plurality of microbubbles and a drug. Every microbubble has a protein shell and an inert gas core. These microbubbles are dispersed in the temperature sensitive hydrogel. The drug is dispersed in the temperature sensitive hydrogel. Moreover, the drug delivery composition has a viscosity that can induce cavitation effect.

Drug delivery composition, method forming the same and method for treating inner ear disorders

The present invention provides an action recognition method and system thereof. The action recognition method comprises: capturing a 2D image and a depth image at the same time, extracting an 2D information of the human skeleton points from the 2D image and correcting it, mapping the 2D information of the human skeleton points to the depth image to obtain the corresponding depth information with respect to the 2D information of the human skeleton points and combining the corrected 2D information of the human skeleton points and the depth information to obtain the 3D information of the human skeleton points, and finally recognizing an action from a set of 3D information of the human skeleton points during a period of time by a matching model.

Motion identification method and system

A video condensation & recognition method and a system thereof are used to detect objects in input frames, derive a 3D object trajectory from which one or multiple 2D trajectories with object tubes are extracted, and catch a time position that refers to non-overlapping condition of object tubes for rearrangement of several continuous object tubes and creation of a condensed video. The generated condensed video can be adjusted by the user in the range of longest detected object tube to the generated condensed video length that is very beneficial for video analysis process. Moreover, a searched attribute of an object in a condensed video is classified for the filtering process which is able to display an object correlated with a distinct searched attribute on the condensed video.

Video condensation and recognition method and system thereof

Disclosed herein is a method for treating a cancer, the method includes following operations. A pharmaceutical composition is administered to a subject in need. The pharmaceutical composition includes a medium and a plurality of cisplatin-loaded microbubbles dispersed in the medium. Each cisplatin-loaded microbubble includes a shell portion and a core portion. The shell portion includes a plurality of albumin molecules and a plurality of first cisplatin molecules covalently bonding to the albumin molecules. The core portion is surrounded by the shell portion, wherein the core portion includes a mixture of inert gas and a plurality of second cisplatin molecules. Ultrasound energy is then applied to a tumor of the subject to break the cisplatin-loaded microbubbles.

Cisplatin-loaded microbubbles, pharmaceutical composition for treatment of cancer, method for preparing pharmaceutical compositions and method for treating cancer

A modified microbubble is provided. The modified microbubble includes an albumin microbubble and a plurality of chitosan oligosaccharide lactates. The albumin microbubble includes an albumin shell and a gas core inside the albumin shell. The plurality of chitosan oligosaccharide lactates is connected to an outer surface of the albumin shell.

Modified albumin microbubble

Modified albumin microbubble and method of making the same

A wireless electronic stethoscope device is disclosed. The wireless electronic stethoscope device includes a pen-shaped main body; a sensor module for data collection; a processor module to coordinate operation of electronic stethoscope modules; a wireless communication module to transmit and receive digital and analog data; a power module including a battery for storing energy; a control module to communicate information and receive operational commands.

Wireless electronic stethoscope

Growing community of inventors

Taipei, Taiwan

Chih-Hung Wang