All great questions. Thank you, Gary, very much. So, strep pneumonia, we’ve -- I actually checked this before we got on the call, because I figured someone was going to ask me, but we’ve been publishing data about strep pneumonia since 2020, 2021. As we said, I believe in our press release earlier this year where we announced that we were going to embark on this program. It’s in the top 10 leading causes of death. It’s the leading cause of community acquired pneumonia. We look at the world very practically, Gary. We look at this as there are vaccines for people who can receive vaccines. And when you look at immune compromised patients, they do not respond well, or they do not respond at all to vaccination. So, one of the leading issues in primary immune deficiency, in cancer patients, in post-surgical patients, in the elderly that are hospitalized is strep pneumonia and we feel that there’s an opportunity here to sort of bridge this gap. And again, we don’t know if it’s going to be treatment or if it’s going to be a prevention. There is still work that we have to do. Again, it’s very early. I think that we’ve got, look, we built our plasma center network, Gary, so that and I think that this touches on your second part of the question too. We built this plasma center network, not only to secure our supply chain, but also because it allows us to evaluate novel things with plasma donors. That’s where everything we do starts from. So we have evaluated and we’ve established a method to stimulate antibody using commercially available vaccine in our plasma donors and we’ve measured these antibody titers and we see that they’re developing protective opsonic titers. That’s the first step to ensure the control of the raw material and we make raw material. Once you can make raw material, then the rest, I don’t want to say is the easy part, but we’ll put the product into animals earlier at some point this year and we’ve got IP out there and we’re going to evaluate and see. Roughly based on the data that I recall, it takes roughly 10 days for an immune competent person to develop seroprotection when they’re vaccinated with the commercially available vaccines. I think I’m right. If I’m wrong, shoot me. But I think it takes about 10 days to seroconvert. So, just on a very practical basis, if you’re a vaccine naïve elderly patient who is immune compromised just because they’re elderly and you’re hospitalized in the cardiac unit or you just had surgery, because you fell and broke your hip and you’re hospitalized, for those reasons. And many institutions, their protocol is to provide a vaccine. Well, you’re not doing anything to protect the patient, because it takes 10 days if you’re immune competent to develop seroprotective antibodies to all the different serotypes. So if you look at the way rabies is treated, tetanus is treated, hepatitis B is treated post-exposure. You provide a globulin and a vaccine to protect that seroconversion period. So we think that that could be an opportunity. It could be another opportunity to follow what we’ve done with ASCENIV. When you think about it, if you make a tighter IG for the primary immune deficiency population, that’s easier to manufacture, let’s just say, because the plasma supply is a lot easier to obtain. You’re not looking for these naturally occurring high-titer RSV donors, which is what we do for ASCENIV. But if you’re able to just stimulate your plasma donor with a vaccine against strep pneumonia, it’s a lot easier to control the raw material supply there. So we think that these hyperimmunes could have ASCENIV-like penetration. We think that these hyperimmunes could have utility even outside of the PI population. And with respect to your question about capacity, I mean, look, I love BIVIGAM. I love Nabi. I love ASCENIV. I love every product that generates revenue and has the gross margin that we’re seeing. I mean, we have the best gross margin profile of any plasma fractionator globally to the best of my knowledge. It can only improve, Gary, and I don’t want to say, I want to stop making BIVIGAM, but look, ADMA Biologics founding principles were to make the products that nobody else wants to make. To make hyperimmunes targeted at specific infectious diseases. So you asked -- I think you asked, what other pathogens? Well, what’s your favorite infectious disease of the day? If we can generate antibody through vaccination, if we can generate antibody through, we’re being able to detect that naturally occurring antibody using special testing methods, we can make anything. And then if you dig deeper into our IP, we also have IP around, but we can make hyperimmunes by making a, call it a BIVIGAM plasma pool, a normal IG and then spiking it with monoclonal antibodies. We’ve got IP around that as well. So I think the sky’s the limit for us. Our small plant here that can produce, call it, 2 million grams of IG annually. If it’s all hyperimmune globulin, I mean, the sky’s the limit. To Kristen’s earlier question, how much revenue can you generate? I mean, in theory, it could be billions. Are we there yet? No. Are we ready and prepared to give guidance in that arena? No. But the reason why I think that this could be a $300-plus-million product is you just look at where ASCENIV is today. It’s easier for me to get the plasma and the market is a lot broader for a strep pneumonia type hyperimmune. I mean, there’s billions of dollars of vaccine being sold. If you just take that sub-segment of how much vaccine is being used for patients that are going for surgery or entering the hospital, and if you give a globulin on top of that, we’re picking up the crumbs and these are 60%, 70%, 80% gross margin products, maybe even more.