Air Purifiers For IVF Facilities

As technology grows with new inventions, the necessity for decontaminating the air has become more important to take care of. Today's environment is polluted with numerous pollutants. At the same time, a clean environment is required for a better life, health, research, laboratories, hospitals, and various industries. Dust, pollens, dust mites, pet danders, dead cells, hair cells, smoke, bacteria, and viruses are commonly found contaminants in the indoor environment that industries are more concerned to keep out of the products. Some sectors are more concerned about the removal of Volatile Organic Compounds (VOCs) harmful chemicals such as aldehydes, carbon monoxide, sulfur, and nitrogen oxides.

Industries, research laboratories, test laboratories, Forensic, Hospitals working environments are keen on these contaminants in the air, as these contaminants highly affect their products and results. IVF (In Vitro Fertilization) facilities where embryos are developed and cultured. Air purification in the IVF laboratories has enormous effects on the outcome of the IVF treatment. The poor air quality in the IVF lab also affects embryo quality and embryo survival.

The pollutants that affect the outcome of IVF treatment include aerosolized pesticides, inorganic compounds such as nitrous oxide and sulfur dioxide, heavy metals such as lead. If these common pollutants settle on the surface of the tissue culture plasticware or dissolve in aqueous solutions of embryo culture medium then it will highly impact the IVF treatments. It is vital to maintain good air quality in the IVF lab to get accurate results for IVF treatment.

Generally, urban areas that are highly populated contain high levels of VOCs, harmful gases, and automotive emissions. Added to these, radioactive elements from construction materials, formaldehyde and aldehydes emitted from the MDF, PVC flooring, paints, or adhesives, and other harmful chemicals that are released from cleaning products are the major source for VOCs in the indoor environment. Even the cleansers used to keep the surfaces clean, perfumes, aftershaves, cosmetics, and cigarette smoke are the effective pollutants that affect the air quality in the IVF lab.

It is vital to remove these contaminants and improve the air purification in the IVF lab to get accurate outcomes. EU Tissue Directive 2006/86/EC has introduced the cleanroom specifications for particulate and microorganisms contamination for IVF labs. In order to remove the airborne contaminants, an air handling unit in the IVF lab with very high specifications is required. 

Controlling Air Quality In The IVF Laboratory

Air quality in the IVF laboratory refers to particulate and microbiological contamination of ambient air. Realizing the paramount importance to enhance the air quality with the removal of microbiological and particulate contaminants in the IVF laboratory. The air quality recommendations protect the gametes and embryo viability during the IVF journey. The gametes and the embryos in the laboratory setting are more sensitive to physical stress and chemical reactions because it lacks the protection of the human body. It is crucial to maintain strict temperature, osmolarity, and pH control with the complete absence of chemical contaminants in both indoor and outdoor environments during embryo manipulation and culture.  The best air purifiers are to be chosen to remove the contaminants from the air. 

Controlling the air quality in an IVF laboratory has many favorable effects regarding fertilization and embryo development. A research team has concluded that it is necessary to set up a high-grade air handling unit in the IVF lab to eradicate the airborne particles, VOCs, and gases to embryo development.

How Do Success Rates Affected With Air Quality In IVF Lab?

It was determined that IVF attempts increase with the pollution in the environment. Location is an important factor to reduce pollution, especially the positions of IVF ventilation. In such cases, both the location of the lab in that particular hospital or building and the location of the building itself is also to be concerned. Most of the IVF facility centers are in urban areas near busy roads or placed near the laundry, sterilizing, or histology departments; such IVF facilities may encounter difficulties with success rates.

A research paper by Cohen et al in 1997 discusses how the relocation of their lab and the adhesive used in the neighboring building and contamination had resulted in the lower pregnancy rates. Another study from brazil indicates that another vital airborne contaminant that showed an increased chance of miscarriage among women both natural conception and IVF is particulate matter. Most of the research focused on the impact of VOCs, fine airborne particulate, nitrogen dioxide from the traffic on IVF success rates and it is determined VOCs level of over one part per million will lead to poor embryo development in both mice and humans.

How Air Quality In The IVF Laboratory Can Be Improved?

The air handling unit in the IVF lab includes activated carbon filters, chemical filters, UV photocatalytic conversion, and HEPA filters are important to eradicate the major airborne contaminants. Air purification in the IVF lab involves removing Volatile Organic Compounds (VOCs), microbial organisms, harmful chemicals, gases, smoke, and fine particles.

High specification air purifiers are used in the IVF lab as the treatments handled in the laboratory are to take care of the environment for better outcomes. Indoor air in the IVF lab is forced through the air purifier or air cleaner with an internal fan and is passed through a series of filters to remove contaminants in the air.

The contaminated air is first passed through the pre-filters that filter the large particles in the environment. This filter prevents the damage of high-efficiency filters. Then it is passed through the activated carbon, which has a high capability to remove VOCs and harmful gases in the indoor environment. Then it is passed through the UV rays through which the airborne microorganisms are killed. The HEPA filters effectively filter 99.97% of particles of size 0.3 microns from the air.

Even after effective lab facilities not getting better success rates of your treatment. Analyze and install the best air purifiers or air cleaners with high specifications that provide you with a better lab environment and allows you to provide enhanced success rates of your IVF treatment.

Conclusion

Generally, it is difficult to believe the impact that cannot be seen with eyes without evidence. Various studies and researches showed the impact of airborne contaminants that affect the outcome of the IVF treatment and birth rates. Various studies suggested the importance of air purification in the IVF lab. Best air purifiers with high specifications are required to remove contaminants in the IVF lab. The most important airborne contaminants that are to be taken care of are chemicals, gases, smoke, VOCs, and fine particulates. Best air quality is to be provided for better outcomes from the IVF treatment.  

AerMax 500- air cleaner is the best air purifier that is incorporated with true shield HEPA filters and an activated carbon filter that effectively removes 99.97% particles of size 0.1 microns. Activated Carbon Filter is an AerMax 500- air cleaner that effectively removes harmful VOCs in your lab environment. Chemical filters in the best air purifiers effectively remove harmful chemicals. The best air quality monitoring system enables you to monitor the air quality of your lab remotely and enhances the outcome of your IVF treatments. Enhance your lab environment with high-efficient air purifiers and provide the high-level best treatment for your patients.