I-shou University

Animal Technology Institute Taiwan

Rei-Cheng Yang

Rong-Ching Wu

Ching-Tai Chiang

Chen-Sen Ouyang

Wen-Chuan Lee

Li-Ju Huang

Shyh-Shin Chiou

Kao-Pin Hwang

Yueh-Tsu King

Teh-Yang Huang

Huey-Ching Chen

An electroencephalogram signal processing method includes a recording step, a retrieving step, a removing step and a synthesizing step. The recording step retrieves EEG signal components of a testee via a plurality of electrodes, wherein the EEG signal components serve as an input signal. The retrieving step filters the input signal to obtain a predetermined frequency band signal, and subtracts the predetermined frequency band signal from the input signal to obtain a difference signal. The removing step performs an independent component analysis operation between the difference signal and a separating matrix to obtain an analysis signal, generates a separating pseudo inverse and an independent analysis signal, and performs a matrix operation between the separating pseudo inverse and the independent analysis signal to obtain a corrected signal. The synthesizing step adds the corrected signal and the predetermined frequency band signal together to obtain an output signal.

Electroencephalogram signal processing method

The invention provides a method for diagnosing Kawaski Disease (KD) in a patient suspected of suffering from KD by using as an index a ratio of the level (by weight/volume, w/v) of haptoglobin (Hp) to the level (by weight/volume, w/v) of apolipoprotein A1 (Apo A1) in a patient. A system for use with the method is also included. In addition, the invention also provides a method for diagnosing Atypical Kawasaki Disease (AKD) in a patient suspected of suffering from KD by identifying the phenotype of haptoglobin in said patient and correlating the presence of Hp2-1 or Hp1-1 haptoglobin phenotype with AKD and providing immediate treatment of the patient.

Methods and systems for diagnosing Kawasaki disease

Growing community of inventors

Kaohsiung, Taiwan

Rei-Cheng Yang