TECHNOLOGIES

In recent years, the use of bone marrow mesenchymal stem cell (BMSC) implantation has provided an alternative treatment for osteoarthritis. The tissue engineered cartilages from this technology showed functional recoveries associated to the structural regenerations, and their mechanical properties were comparable with the native cartilage. Hyaline articular cartilage protects the bones of diarthrodial joints from forces associated with load bearing, friction, and impact. Despite its remarkable ...

Nowadays, growth factors are used in various applications such as therapeutics, personal care and research since they play a vital role in cell regeneration and growth and for the maintenance of healthy human tissue. However, it seems that we do not benefit from manmade growth factor efficiency. Most applications only use a single growth factor for one objective while some use growth factor mixtures without knowledge of the proper proportion. Our technology is Customized recombinant human growth...

With the rise of new threats to cargo security, it is becoming increasingly important for companies to deploy electronic cargo tracking solution in their logistics operations. This technology is an integrated trip based security portal that combines the use of GPS, satellite, RFID and NB IoT to improve efficiency and security. Users of this solution will be able to track their cargo electronically alongside additional features necessary to their operations, for instance, the tracking of light, t...

Microcarrier is a platform or support matrix for adherent cells to latch onto and grow when they are inside a bioreactor. Nowadays, manufacturers such as vaccine manufacturers produce large volumes of product where bioreactors are used as the main equipment. In order for adherent cells to grow in this bioreactor, microcarriers have become the key ingredient. Currently in the market, there are no Halal microcarriers and we are now the only solution to this problem. The biggest user of microcarri...

Highly-ordered nanostructures of valve metal oxides have recently attracted huge scientific and technological interest motivated by their possible use in many applications. Titanium dioxide (TiO2) received the highest attention due to its wide range of applications, including photocatalysis, water splitting, solar cells and biomedical uses. Self-organized TiO2 nanotube layers have been prepared by anodization in suitable electrolytes, during which the titanium substrate is converted into a highl...

Conventionally, robot or machine control is executed using wired or wireless controller and graphical user interface from a computer. However, such interfaces are not flexible enough, time-consuming, and costly when a user wants to add more control commands on the controller. This technology involves an algorithm which can perform motion analysis on the human body by calculating distance, speed and angle up to 90% accuracy. Robotic equipment utilizing this technology can be used in the semicondu...

Hearing problems are among the most common complications which affect the quality of life of the elderly based on several epidemiological studies. Hearing aids and assistive listening devices do help to improve the listening experience; however, most individuals with hearing impairment do not like wearing hearing aids as hearing aids are deemed to be uncomfortable for prolonged usage, for example when watching TV. Hence, individual with hearing impairment tend to increase the TV volume which can...

Bone graft and scaffolds trend to high demand according to increasing of world aging population. Self-setting synthetic bone substitutes related to the synthetic cement-type materials and scaffold materials, which can used to repair, restore and augment bone due to accident, trauma and broken bone from osteoporosis. The most commonly used bone graft materials include autologous bone (own bone), allograft (bone from another human) and xenograft (bone from another species). These materials have si...

Simulated Moving Bed Chromatography (SMB) is a continuous chromatography technique that is highly efficient in chiral separation. It is best used in the separation and purification for isomers and heat sensible components, such as the separation of xylene isomers and the separation of glucose and fructose. Compared to traditional batch chromatography, SMB is easy to scale up, has higher efficiency and productivity, and can increase the target purity up to 99%. Because of these advantages, SMB ha...

This is a sustainable & efficient extraction core technology that supports column-less extraction method and zero-waste processing method. The column-less extraction method is a liquid-to-liquid, non-ethanol base methodology that optimises yield of bioactive from botanicals. This technology that allows for a continuous cyclical production of bioactive extracts has been validated at one-tonne production scale.  It has demonstrated benefits of higher bioactive purity, shorter production cycle and...