TECHNOLOGIES



You have found 5 search results

With the increasing global ban of animal testing in this era, particularly for cosmetic-related products, research and development is greatly hindered. In addition, many of today's animal and cell-based toxicity testing models are burdened by significant accuracy, reproducibility, cost and ethical concerns. Adoption of In-­vitro models have increased, due to the resemblance to the human skin, it is paced to fulfill efficacy claims ethically & build brand image. However, current OTCs (organotypi...

Booth G29 - DeNova Sciences Pte Limited

Regenerative medicine using a person’s own cell, generally autologous cell takes a procedure that a doctor harvests cells from a patient which cells are cultured on a plate to make a target tissue, and then transplants the tissue to the same patient to cure the disease.  In order to provide high-quality cells to patients, it needs technology to predict cell proliferation, differentiation and etc. at the most effective transplantation based on observation and analysis of cell behaviors, tissue st...

Booth D16 - The Japan Agency for Medical Research and Development (AMED)

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...

Booth D20 - MAHIDOL UNIVERSITY

Algae-based CO2 fixation and biorefinery is one of the most efficient CO2-capture and renewable energy production strategy, mainly due to the outstanding CO2 fixation and photosynthetic capacities of algae. The technology consists of a highly efficient microalgae production system and downstream technology for the chemical free extraction of target compounds in the algae. The technologies have been validated through a commercial-scale 300-ton microalgae cultivation system and also used in lutein...

Booth D17, D18 - Industrial Technology Research Institute (ITRI)

Enzymatic technologies are a natural way to reduce dependence on harsh chemicals or over – processing while improving the process – economically, technologically, and environmentally. The technology provider currently has commercial enzymatic solutions in the market and has a wide range of enzymatic technologies to address a variety of industrial applications. The enzymes are tailored made to meet the customer specific requirements. Very often this means that enzymes are designed to handle harsh...

Booth E06 - MetGen Oy