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October 24-25, 2019


Osaka, Japan

Scientfic Sessions:

Cell science research contemplates cells – their physiological properties, their structure, the organelles they contain, associations with their condition, their life cycle, division, demise and cell work. Cell biology conference focusing on different aspects of stem cell technologies.

Cell and gene therapies offer unique opportunities to develop new therapeutic approaches to treat and potentially cure myriad diseases. There are many challenges along the road to successful commercialisation of a new therapy – scientific, clinical, manufacturing and commercial – and so the time is now to provide a forum for debate and discussion by all professionals committed to this field and converting innovation into new therapies for patients at Stem Cell 2019.

The demands placed on the biobanking industry are increasing and evolving at an accelerated rate. No longer are samples providing for high immediate post-thaw viability adequate. Researchers are now requiring samples where not only is there high cell recovery but that the product recovered is physiologically and biochemically identical to its pre-freeze state at the genominic, proteomic, structural, functional and reproductive levels. 

In recent times, a great interest has arisen in research in the field of stem cells, which may have important applications in tissue engineering, regenerative medicine, and cell- and gene therapy. Stem cell research is in its early stages of development, and the market related to cell therapy is therefore not fully formed, but the results achieved to date raise great expectations. The general objectives in this area in the next few years are related to identification of therapeutic targets and potential therapeutic tests.

Radiation, chemotherapy, and surgery are the three customary strategies for controlling the spread of disease, which, albeit viable, may neglect to totally dispense with neoplastic cells or cancer stem cells that support a creating tumor. Moreover, the absence of specificity of these methodologies and the harm to generally sound tissues may prompt serious dreariness and, in extraordinary cases, mortality. Cell biology conference focusing on different aspects of stem cell technologies.  Given its intrinsic specificity, flexibility, and ability to create a memory reaction, malignancy immunotherapy guarantees to be more powerful and strong than traditional treatment modalities.

Stem cell biology holds significant promise for heart diseases. Because autologous cardiac cell therapy appears to be safe and possibly effective, investigators are aggressively advancing this clinical approach. Stem Cell 2019 would like to focus on the different aspects of the use of stem cells in cardiac cell therapy.

A somatic cell therapy medicine contains cells or tissues that have been controlled to change their organic qualities, and in this manner reintroduced into patients. These cells or tissues can be of autologous, allogeneic, or xenogeneic root (cells acquired from a benefactor of an alternate animal types). The point with substantial cell treatment is to cure, analyse or anticipate infections. Cell biology meetings focusing on different aspects of stem cell technologies.

Neural stem cells (NSCs) offer a unique and powerful tool for basic research and regenerative medicine and have become one of the most intensively studied cell types in biology. Stem Cell 2019 will be focused on the challenges that scientists face in the comprehension of the biology and physiological function of these cells in their experiments.

Stem Cell 2019 will focus on the stem cell treatment for corneal regeneration or stem cell therapy for corneal regeneration focuses on delivering the sufficient number of adult autologous stem cells extracted from one’s own bone marrow or adipose tissue to the injured area for promoting better healing and regeneration of the cells of the damaged area of eyes.

Stem Cell 2019 will focus on the most exciting application of stem cells, which could be their potential use in replacement of poorly functioning tissue such as aged muscle or cornea; replacement of veins; coronary and peripheral stents; replacement of the bladder and fallopian tube, etc. There are many types of stem cells suggested to be safe for cellular therapy based on murine and human experiments.

In recent years, studies have shown that oral tissues are a source of stem cells. Structuring of tissue in dentistry has revealed promising results in the regeneration of oral tissue or organs. Many research has been carried out Considering the new role of regenerative biology and stem cells in dentistry, especially regarding the ideal stem cells for oral regeneration, some confusion can be made depending on the various oral and maxillofacial locations where stem cells can be obtained.