By Yael Sobhani | USA, September 16, 2018 08:49:00AM The antibiotics industry is the one sector that can’t seem to get itself together.
We’ve seen some big changes, including the emergence of new products, and yet there is still a lot of pent-up demand.
As investors, it’s tempting to buy into the rising demand for the next wave of antibiotics, especially in light of the high prices we’re paying.
But even if you buy into a new drug that comes on the market, the next batch of antibiotics you’re taking might not come until the next year or two.
The industry is going to need a little time to catch up.
The first batch of drugs is only around a year old, and the price is set to double in 2018.
But some antibiotics have been in development for a long time.
And they have some pretty promising properties, too.
We spoke with drug-maker Zynova Pharmaceuticals about the potential of its next generation of antibiotics.
So what’s the history of antibiotic development?
When did you start developing antibiotics?
Did it start out as a biotechnology company?
No, we were not a biopharmaceutical company.
We started out as an insurance company, so we were a company that did things for people in need, and we developed antibiotics for people who needed them.
We developed them for various ailments.
Then we became a pharmaceutical company in the late 1990s.
How did you get started?
We started developing antibiotics for our own patients, in our own labs, in the early 1990s, and our products became so popular that we had to create a patent.
And we had a patent for the compound that we developed for that.
We were just a little bit ahead of the curve, and they had developed a lot more powerful antibiotics, and that was the beginning of our growth.
What are some of the main properties of the compound you developed?
It’s a compound that’s active against many different strains of bacteria.
It also has antibacterial properties, which is very helpful in the development of new antibiotics.
For example, it has the ability to kill a variety of bacteria and viruses.
It’s also very effective against certain types of infections, which has made it very attractive to doctors and patients.
So we developed a compound with these properties.
Why do you think we have so many antibiotic companies today?
One of the reasons is because there is a huge demand for these antibiotics.
And when there’s a demand for antibiotics, the industry has to produce more drugs.
It has to get new compounds, because the antibiotics aren’t good enough.
It can’t keep up with the demand.
In addition, there are other industries that are also developing new drugs, like medical devices.
So there’s always more demand for a drug that works for someone else than it does for someone who’s going to be prescribed it.
The other big reason is because it’s very difficult to develop a drug with a lot fewer side effects than other antibiotics.
There’s just too much side effects, and it’s too costly to treat them.
The FDA regulates the price of a lot, and even more.
If you make a drug for $1,000, the price for an entire generation is $10,000 or more.
And that’s not an ideal situation.
We believe that if we can develop a compound for $10 or $15, we can do a better job of controlling costs, and of making a drug as effective as possible.
And if we could make a compound effective at $20, we would be able to sell it for $100,000 to $200,000 per dose, so that it would be effective for 10 people per year.
The last thing we need is a drug to cost $100 million per year, which would be prohibitive.
What makes you think that it’s possible?
The other reason is that there is an incredible amount of innovation happening.
In fact, you can look at some of those new drugs that we’re developing.
And all of those drugs are going to come out, and all of them are going the same direction, and one of them is going in the direction that we want to go.
So it’s not just a matter of, Well, we’re going to do this, we’ll develop this, and if we make it work, it will help people.
It won’t just save lives, because we want these drugs to be effective against different types of infection.
And, of course, we have the ability, if we develop it well, to make a cure for people with certain diseases.
What’s your strategy to get people into the treatment arena?
Well, our first strategy was to get a little more research done.
And then, of the new compounds that we were developing, we started to develop some of them with the goal of being the first to develop an