According to an Int J Women’s Health research, the amniotic membrane can be a valuable source for wound healing by promoting healthy tissue regeneration. It is an attractive technique for grafting due to its unique anti-inflammatory and antimicrobial properties, wound protection, and pain-reducing effects. The procedure is also accepted worldwide and is affordable than most other bioengineered skin alternatives.

Besides, CDC projects that 1 out of 3 U.S. adults may have diabetes by 2050. It will leave 25% of those people at risk of ulcers. How can these and many other wounds heal in the fastest manner possible while preventing infection or amputation? If these do not respond to standard wound care, Amniotic Membrane Allografts are a relatively recent and advanced modality in wound care.

The procedure is applicable in various circumstances, including spine injury, dentistry, burn care, eye, nose, ear, throat surgeries, etc. Its products are widely accepted to help facilitate faster healing in chronic wounds. The amniotic membrane comprises structural collagen (type IV, V, and VII), proteins, extracellular matrix, and many regenerative molecules.

The membrane comes from the placenta’s inner layers, consisting of chorion membranes and conjoined amnion. The latter is in contact with amniotic fluid/ fetus, whereas the former makes the fetal lining during gestation, isolating the developing fetus from the mother. Thus, the material used in allograft is separate from the membranous sac to the point where it connects the placenta.

The benefits of amniotic membrane wound graft for better healing include:

●        Reduced pain at the site

●        Reduced inflammation

●        Increased healing

●        The creation of a natural biological barrier

Manufacturers supply dehydrated amniotic membrane wound allografts without necessitating the need for suturing. The graft is finally covered for a week or two with a sterile strip adhesive to hold things in place. The clinicians suggest using an appropriate moist secondary dressing for the wound. The allograft incorporates within the wound bed, and improvement is visible in 2 to 3 weeks. Even the wound margins may be reduced to quite some extent than standard therapy results at 4 to 6 weeks.

To Conclude

Wound care is an ever-changing and challenging field of medicine. Besides, wounds pose significant complications in terms of cost, discomforts, and physician care. The need for an innovative and advanced treatment is apparent. Amniotic membrane grafts are a viable technique available across clinical settings along with surgical/ nonsurgical specialties. You can find various companies in the market offering amniotic membrane allograft devices for wound healing procedures. However, having a proper understanding of these products is necessary to invest in the treatment and gain maximum benefits.

Call MedGeneRX at 561-283-8000 to get more information on how these innovative technologies impact one’s practice and patient care.