GEcoll Biomedical Co., Ltd

GEcoll Biomedical combines the next-generation genetic engineering technology and synthetic biology platforms to produce humanized medical biomaterials. Two biomaterials, humanized tropoelastin and humanized collagen type I have been produced through the SUspension-cell Protein Expression with Rice (SUPER) platform and CUPER (CUstomized Protein Expression with Rodent) platform, respectively.
GEcoll focuses on medical products for aging population:
(1) Personalized in vitro screening for cancer drug and
(2) Functional tissue repairing and regeneration.
Currently, GEcoll cooperates with research institutes to develop precise humanized cancer-drugs-screening kit for laboratory use. Next, GEcoll will cooperate with strategic partners to develop and sell the high-throughput humanized cancer-drugs-screening platform for CRO and LTD center. GEcoll follows the 3R principles: Revolution, Respect and Responsibility to develop humanized medical biomaterials and medical products to satisfy everyone's desire of a healthy life.

Genomics Research Center / Academia Sinica

Portable Liquid Chromatography Mass Spectrometer

Hualien Armed Forces General Hospital

In order to avoid the imminent danger of others' lives, the whole hospital and the public are taught the concepts and skills of first aid, combining CPR + AED to improve the success rate of first aid. At present, the teaching of CPR + AED is based on dummy. Ways to feel the presence of CPR+AED first aid process under high pressure. If you simply use virtual reality (VR) as the virtual first aid environment, it requires higher cost. The feature of the present invention is the use of mixed reality, which is composed of multiple students During the exercise, multiple students, including a commander and other operators, must use "voice" or "gesture control" to issue command commands. The training system will evaluate the performance of the commander and the operator at the same time. "Voice" or "gesture control" exercise CPR + AED, the patient's condition is displayed in the glasses, "real environment" plus "virtual patient, virtual AED, heart rhythm professional instrument, instruction window, etc." Gestures to determine whether the student's disposal is correct. If it is correct, it will prompt or accumulate the score, if there is an error, it will remind or deduct the score. The camera can also judge the depth according to the proportion of the screen occupied by the palm. This software brings students into a real experience, reduces the dizziness of the students during operation, reduces the computing burden of the computer system, does not require "handheld controller", saves the construction cost, "constructs MR CPR + AED teaching system", Simulate the actual operating environment and save more lives instantly.

I-Shou University School of Medicine

USE OF FLUORESCENT SACCHARIDE-BASED DERIVATIVE (SFP bio-seeker)

Industrial Technology Research Institute

In accordance with the needs of the severity scales of Taiwan’s Diabetes Shared Care Network
This technology provides a classification model for the five severity scales of diabetic retinopathy (No DR, Mild NPDR, Moderate NPDR, Severe NPDR, PDR), and ensures suitable healthcare for patients with different severity levels. It also produces a binary classification model regarding the decision for referrals to ophthalmologists.

Labeling the lesion locations of Diabetic Retinopathy
This is currently the only AI detection technology in the world that can detect the main four lesions (Microaneurysms, Hemorrhages, Soft Exudates, Hard Exudates), clearly label the corresponding locations, and effectively assist doctors to interpret more effectively in accordance to the severity of condition.

Industrial Technology Research Institute

Deep brain stimulation (DBS) is a surgical treatment widely used in the treatment of Parkinson\'s disease (PD). In view of the effectiveness of DBS surgery depends on the accuracy of the implantation of the stimulus electrode. However, there still have positioning accuracy limitations of the current preoperative stereoscopic image positioning (MRI / CT) and intraoperative microelectrode recordings (MER) due to inevitable brain shift.
Our team focused on developing the solution of intraoperative brain shift based on the optical coherence tomography technique. In terms of hardware, we have created a sub-mm dimension optical probe that is compatible with brain surgical instruments, waterproof, minimally invasive and biocompatible. The probe emits a class 1 safety(according to IEC60825-1) near infrared laser for illuminating the brain tissue and receiving the reflected light signal. Based on optical coherence tomography (OCT) technique, the received signal is decoded and transformed to a tomographic image of the brain tissue. Those images are applied to reconstruct the 3D structure of the subthalamic nucleus (STN). In the achievements of the software, we have developed a special algorithm which can identify brain tissues such as gray matter, white matter, STN, etc. That will assist a neurosurgeon in the selection of better path and location of electrodes. Our solution helps the challenges of the deviation of electrode positioning due to the intraoperative brain shift.

Institute of Cellular and Organismic Biology, Academia Sinica

Novel Anti-EpCAM Monoclonal Antibodies for the Development of Diagnostic and Therapeutic Applications

Institute of Nuclear Energy Research

HEXA-LACTOSIDE-TRIAZANONANE TRIACETIC ACID (NOTA) DERIVATIVE, METHOD FOR RADIOLABELING HEXA-LACTOSIDE POSITRON EMISSION TOMOGRAPHY (PET) IMAGING AGENT FOR LIVER RECEPTOR WITH GA-68, AND HEXA-LACTOSIDE PET IMAGING AGENT FOR LIVER RECEPTOR

ITRI

Nonsteroidal Antipsoriatic Botanical Drug PTB323X

ITRI

Full-thickness skin tissue printing system