Clean Air Solution in IVF Laboratory by Shivani IVF

Air pollution “can stop women getting pregnant through IVF” As the new research shows a link between air pollutants, particularly nitrogen dioxide, and an increased risk of failed IVF attempts.

IVF Laboratory air quality plays a major role in Succuess of IVF programs in any fertility clinic today. As Human embryos are sensitive to contaminants at the molecular level. Appropriate screening and quality control of air, media and any equipment that comes in contact with the embryos plays important role.

Quality management in the IVF laboratory underpins a successful fertility clinic. Managing the quality of laboratory processes leads to improved results and a greater confidence for clinicians and patients. The quality of air within an IVF lab will inevitably affect embryonic development and therefore has a critical impact on IVF success.

Pollutants that can affect IVF outcomes include aerosolised pesticides, small inorganic molecules, such as nitrous oxide and sulphur dioxide, as well as heavy metals, such as lead. Many of these common pollutants can settle on work surfaces or the surfaces of tissue culture plastic ware and also dissolve in aqueous solutions of embryo culture medium. In addition, construction materials, MDF, PVC flooring, paints, fillers, adhesives, cleaning products and aerosol propellants are a major source of VOCs. Plastics can outgas plasticisers and mould releasing agents. Added to these are the chemical irritants lurking in the cleansers and waxes used to keep work surfaces clean, lab solvents, even perfumes, aftershaves and cosmetics and cigarette smoke.

The Embryology IVF laboratory has to be designed in such a way that it provides an environment that is as close to optimum as possible for the growth of human embryos and to provide the best resulting pregnancy rates for patients undergoing IVF treatment or cycles. In IVF labs, physicians’ offices, hospitals and clinics, it is well documented that ambient air carries harmful VOCs (volatile organic compounds).  Perfumes, lipstick, deodorants, as well as ‘any smell’ from the outside environment are potential molecules that deter the development of embryos. At a molecular level these compounds are carried in the circulated air.

The IVF Clinic needs to identify air contaminants residing inside incubators or in the laboratory environment and find out short and long term solutions to include in the design and maintenance of Class 10,000 clean rooms. Hence while installing an IVF Laboratory in the infertility clinic it is advisable to consult an ivf lab design expert and seek their help.

The quality of air within an IVF lab will inevitably affect embryonic development and therefore has a critical impact on IVF success. Shivani IVF supports IVF labs in improving the air quality. It gives valuable recommendations on how to secure the air quality in your IVF lab. At Shivani we offer the latest technology and equipment standards to improve the quality of air in the ivf lab. Our dedicated team of air quality experts is committed to guide you, answer your questions and provide the best solutions for your concerns.

We are passionate about our products and we strive to find better ways to improve the air quality in ivf embryology laboratories. Our team of experts work with you on design of a system that best fits your needs and budget for an ongoing air purification system, Design of an internal air system to maintain clean air and clean incoming gas into your incubator, Chemical Air Contaminants (CACs) and harmful particulates and train employees on maintenance of the system. At Shivani the best available portable air purification technologies and equipments that best fit the laboratory is recommended.

Get the most advanced cost-effective air purification for IVF Labs and Fertility clinics - For any further detailed info on world class 10000 clean room for successful ivf laboratory and improving your IVF lab air quality you can contact Shivani Scientific Indutries at http://www.shivaniivf.com