Yes, the competition, let’s address it first. A lot of competition in bacteria, yeast, CHO cells, so different levels of competition. Certain cell lines like bacteria can’t make glycoproteins at least naturally, so there is a variety of other expression systems out there. We did believe that C1 has the attributes and the properties that puts it to the top of the class and gives people the confidence that with the synthetic biology and the genomics and OMICS or the other tools that are out there today and getting better, quicker, faster and cheaper, it can be applied as cell line, that’s been proven industrially to be productive, robust and versatile and scalable, and this is the cell line you want to work with to get to the future. And of course as we’ve talked about, we have two pharmaceutical companies putting their toes in the water, spending money, looking at Dyadic, evaluating that and a variety of others that we are in discussions with. In terms of IP, there is a variety of IPs that are irrelevant. The IP that we had initially dealing with cellulase enzyme to stonewash blue jeans, nobody cares about, it’s got nothing to do with the wood doing anyway. The IP that relates to the white cell, the low cellulose background, those patents were followed more recently and a lot of those patents also cover protease knockouts, and pharmaceutical proteins are sensitive to proteases. So, one of the benefits that we have is in those later patents is that the protease minus the deleted strain of C1 are covered there. And then we have the DuPont, we’re actually the owner of these patents and we’re the licensee of them for pharma and a co-exclusive license with the exclusive rights to Dyadic to sublicense. So, between DuPont and what they are doing with C1 and what Dyadic is doing with C1 for potential licensees will do with C1 and apply new better quicker molecular tools, modifying cell lines towards human biologics, vaccines and antibodies, we’ll be creating all kinds of new IP. So, the IP is not really my major concern. And as I’ve talked about before, this is a living cell and you have to prepare it from nature, modify it in a step-by-step function. It takes years even if I gave you the starting cell to do all those things and tens of millions of dollars to attempt it. So, we’re advancing something that’s further down the road, that if somebody wanted to start out at the beginning, it would take tens of millions of dollars to attempt to do it, a lot of time and scientific limitations that we had that they might not have, and then again you’d have the IP overlying it all. So, hopefully that answers your question.