IVF technology helps deliver HLA-matched baby to be a bone-marrow donor to older sibling. IVF unlocks new doors to the treatment of many genetic diseases. An Emirati couple in Abu Dhabi, through the help of advanced treatment, conceived a healthy baby to help the older sibling suffering from Thalassemia. Mohammed Ali Al Shorafa Al Hammadi, CEO and Managing Director, United Eastern Medical Services that owns HealthPlus network of specialty centers, said: “This advanced treatment unlocks new doors to the treatment of many genetic diseases, noting that Healthplus Fertility Center in Abu Dhabi, with its highly competent and well-experienced medical staff and advanced technologies, offers technologies for conducting accurate tests on embryos during the early days of the prenatal development and before placing it back to the mother’s uterus, which makes choosing healthy embryos possible, and thus reducing chances of genetic disorders. In the second IVF procedure, several embryos were produced for the couple, and after performing the tissues’ tests, the doctors found that one of the embryos’ tissues were identical to the three-year-old girl who suffers from Thalassemia.
High concentration cell cultures were conducted in a perfusion system based on external microfiltration with direct micron-sized bubble oxygenation. ReferencesAbu-Reesh and Kargi (1991) ‘Biological responses of hybridoma cells to hydrodynamic shear in an agitated bioreactor, Enzyme Microb. JavaScript is currently disabled, this site works much better if you enable JavaScript in your browser.

The conceived baby was HLA matched to his sister, who’s suffering from Thalassemia and requires frequent blood transfusions; and is currently under treatment using stem cells and bone marrow from her young brother. Walid Sayed, Consultant and Medical Director of HealthPlus Fertility Center, and his team who successfully performed the treatment, explained that the couple came to HealthPlus Fertility Center in order to help them with their infertility problem. Thus, the embryo was returned to the mother’s uterus and she resumed her pregnancy and gave birth to a healthy baby. Walid Sayed stated that advanced IVF techniques have seen a quantum leap towards increasing success rates, in addition to performing more tests on the embryos’ cells within the early days of the prenatal development in order to eliminate any kind of genetic diseases and to ensure the birth of healthy babies. Kinetics of cell metabolism with respect to the consumption of glucose, glutamine and the production of lactate, ammonia and monoclonal antibody were examined and compared in different culture media. After performing the required tests and assessing the situation, the physicians decided to perform an IVF procedure.
Cell-specific antibody production rate increased gradually as the cell concentration increased, whilst, cell-specific glucose, glutamine uptake rates and lactate, ammonia production rates decreased.

Antibody production rate increased linearly with both the nutrient uptake rates and metabolite production rates in cultures without either nutrient limitation or metabolite inhibition. A stepwise decrease in cell concentration during the course of cultivation reversed the direction of the trends of changes in cell metabolic activities. Close relationship between the cell-specific metabolic rates and cell-specific growth rates was observed. The implications of the cellular metabolic information on the optimization of high concentration animal cell perfusion culture systems were discussed. Ikura (eds.), Animal Cell Culture and Production of Biologicals, Kluwer Academic Publishers, Dordrecht, pp.

Canada post reverse lookup phone number
Free reverse phone number lookup yellow pages 60174
How to block a phone number on nokia c301 price

Comments to Cell information technology abu dhabi 5


23.10.2014 at 18:27:14

Utilised to lookup a company only way they reveal.


23.10.2014 at 16:59:30

Hottest and most method that only applied to the individual will be considerable confusion.


23.10.2014 at 23:16:48

Even though not all of us will think number that.