Closed Working Chambers Benefits

EmCell Closed Working Chambers imported from Australia, are microscopic work stations that provide long term stable environment (controlled CO2, Temperature, Humidity and VOC free atmosphere) for handling gametes, oocytes, sperms, embryos and other tissues dependent on a controlled environment. Technological advancements in infertility treatment has led to many unprecedented achievements in the recent past. Scientific breakthroughs and newer related discoveries, especially in Assisted Reproductive Technology (ART) treatments, have massively augmented its success rate. Customised treatment backed by technical know-how is key to its success, bolstering the confidence of couples embracing these procedures at larger scale, and realising their dreams of parenthood.

By deploying the latest technology at each stage of treatment and thus, becoming a process-driven organisation, Indira IVF has been able to achieve success stories much higher than industry standards.

EmCell Closed Working Chambers imported from Australia, are work stations that provide long-term stable environment (controlled CO2, temperature, humidity and VOC-free atmosphere) for handling gametes, embryos and other tissues dependent on a controlled environment. During the ART process, the female’s egg is taken outside for fertilisation; the egg may receive a temperature shock due to a change in external environment which might affect the egg quality, and subsequently affect embryo quality as well. The use of EmCell Closed Working Chambers ensures that ideal temperature and CO2 levels can be consistently maintained thus, ensuring a cohesive environment to form good quality embryos which result in improved pregnancy results.

This technology helps in purifying air by the use of High Efficiency Particulate Air (HEPA) and charcoal-based filters that helps maintain the ideal temperature of 37˚C and CO2 level at 6%, which is reflective of the conditions found in a female’s womb. It also provides humidified environment to minimise evaporation thus, maintaining osmolarity and pH of the media used. Hence, the gametes and embryos can have the right environment for their growth and progress, which is closest to the natural environment found when the egg and sperm meet in a female’s fallopian tube.

The advancement in reproductive technologies demands high standards for cell environment and working conditions and our chambers meet these to provide a clean and safe processes thus, ensuring that the likelihood of success is increased manifold.