This can be regarded either as a breakthrough or as a significant advancement, depending on the acceptability of the reader. A distinguished group of eminent scientists in the recent days has come out with an innovative report, that it goes to their credit for at last being able to combine two most well-designed strategies of the nature towards wet and dry adhesion towards the production of synthetic material. To them, the synthetic material has been designed for its effective utilization in the coming days for the more durable and longer-lasting bandages, patches, and surgical materials. It is to be noted that in this extensive approach the scientists have been helped by the National Institute of Dental and Craniofacial Research or the NIDCR, a noteworthy component of the National Institutes of Health.    

But what has been the greatest advantage of this material destined for the introduction of a new era in respect of bandages and various surgical materials? To them, the synthetic material has been designed in the way that it begins with the dry adhesive properties of the gecko lizard and augments it with the requisite underwater adhesive properties of a mussel. They have also averred that the amalgamated material, which according to the present study is called the geckel nanoadhesive had been testified at the initial level and found to be adherent under dry and wet conditions along with much longer duration longer under both extremes than previous gecko-based synthetic adhesives.

As per the estimation of the prominent authors are concerned, it is for the first time in the recorded history that through their findings two adhesion strategies in nature, however of poles apart have been combined into a man-made variant adhesive. While answering to the enquires of this correspondent Dr. Phillip Messersmith D. D.S., an eminent scientist at Northwestern University in Evanston, Ill. and the senior author on the paper said, "Our work represents a proof of principle that it can be done. A great deal of research still must be done to refine the fabrication process and greatly reduce its cost. There's no reason to believe that these improvements can't be achieved, but it's going to take time." To him in addition, the entire inspiration for the initiation of the present study of the geckel nanoadhesive happened two years ago when he came across an article depicting about the adhesive force of a single hair from the foot of gecko through the mentioning of even the minute details.