

Stem Cell SAC Therapy
Develop Stem Cell SAC Therapy Calcium ion plays an important role in cell multiplications and nerve cell signal. Calcium ion oscillation is universal signaling cue that activates numerous cellular response. In particular, the fluctuating calcium ion concentration is a factor that brings about development mechanism in early embryo development. SAC

Cardiovascular Diseases
Develop treatments for cardiovascular diseases According to WHO, cardiovascular disease (CVDs), mainly heart disease and stroke, is the top cause of death globally. Statiscally, about 17.3 million people have died from CVDs in 2008, representing 30% of all global death, and over 80% of CVDs take place in low and

Diabetes Research
Develop treatments for diabetes According to WHO, the global prevalence of diabetes was estimated to be 9% among adults aged 18+ years. CBS News found that about 371 million people have diabetes in the world and an estimated 4 million deaths were directly caused by diabetes in 2011. WHO projects

Alzheimer’s Disease
Develop treatments for Alzheimer’s disease According to Alzheimer diseases Disease International, about 36 million people have Alzheimer diseases or related dementia in 2014. Alzheimer disease is most common in developed countries- Western Europe and America. 1 in 9 Americans over 65 has Alzheimer disease and 5.2 million Americans are living

Cancer SAC Therapy Research
Over the next ten years we are planning to explore Cancer, Alzheimer’s disease, Diabetes, Cardiovascular diseases and Stem cells. According to Cancer research UK, cancer is a leading cause of disease worldwide. Worldwide, one in eight deaths is due to cancer and it causes more deaths than AIDS, tuberculosis and

Sports Science (with Simon Fraser Univ.)
Collaboration with SFU Sports science research team. – Primary goal is to develop Printed Attachable E-Health Sensors by Homogeneous Spray of Nano Ink Materials Functional Graphene Mechanically Durable Dry Adhesive Measurable Lactate Sensor Measurable Glucose Sensor Wireless Sensing using LC Circuit Wireless Epidermal Sensor Patches 1. Investigation and Optimization of