Earlier quoted context omitted.
Unlike small molecules, gene therapy isn't something that somebody can just whip up in a lab. Similar to biologics, there are often some trade secrets involved in the manufacturing that require a lot of time and money to figure out.
CRISPR's not that hard, this guy did it in his garage. Delivering it to cells is a bit harder, but not that hard unless you're talking brain cells, then the blood-brain barrier causes trouble. https://www.theguardian.com/science/2017/dec/24/josiah-zayne...
Gene Therapy Was Hailed as a Revolution – Then Came the Bill
51–60 of 91 posts
Re: Gene Therapy Was Hailed as a Revolution – Then Came the Bill
#52Re: Gene Therapy Was Hailed as a Revolution – Then Came the Bill
#53Re: Gene Therapy Was Hailed as a Revolution – Then Came the Bill
#54Earlier quoted context omitted.
I work for a government driven genome research company in the UK, there are many others like this across Europe. Gov funding isn't such a problem in Europe where healthcare is a government issue.
Could you link to drugs that you have developed and how much they cost?
Re: Gene Therapy Was Hailed as a Revolution – Then Came the Bill
#55Earlier quoted context omitted.
Unlike small molecules, gene therapy isn't something that somebody can just whip up in a lab. Similar to biologics, there are often some trade secrets involved in the manufacturing that require a lot of time and money to figure out.
Still does not stop someone from trying since they now know what to look for. Also genetic synthesis has gotten cheaper and so has sequencing. Moreover a lot techniques for gene therapy are already in the literature. Moreover you have to document what it's doing or what your doing for approval (in-case of a procedure).
Re: Gene Therapy Was Hailed as a Revolution – Then Came the Bill
#56Earlier quoted context omitted.
Unlike small molecules, gene therapy isn't something that somebody can just whip up in a lab. Similar to biologics, there are often some trade secrets involved in the manufacturing that require a lot of time and money to figure out.
CRISPR's not that hard, this guy did it in his garage. Delivering it to cells is a bit harder, but not that hard unless you're talking brain cells, then the blood-brain barrier causes trouble. https://www.theguardian.com/science/2017/dec/24/josiah-zayne...
There is a big difference between injecting reagents into a single human, and doing actual medicine.
Re: Gene Therapy Was Hailed as a Revolution – Then Came the Bill
#57Earlier quoted context omitted.
Unlike small molecules, gene therapy isn't something that somebody can just whip up in a lab. Similar to biologics, there are often some trade secrets involved in the manufacturing that require a lot of time and money to figure out.
CRISPR's not that hard, this guy did it in his garage. Delivering it to cells is a bit harder, but not that hard unless you're talking brain cells, then the blood-brain barrier causes trouble. https://www.theguardian.com/science/2017/dec/24/josiah-zayne...
Re: Gene Therapy Was Hailed as a Revolution – Then Came the Bill
#58One thing that I'd like to know is if the profit margin is the same for one of these one time treatments as a repeat treatment. If we assume that these things must be produced within a market system, it seems like the real moral question isn't what the dollar amount is, (since it logically follows that the cost to produce it must increase with the total revenue it's going to produce) but it would seem troublesome to…
It seems clear to me that costs and profits need to come from somewhere. But I wonder if there is a better system than just making each pill super expensive for a long period of time.
Re: Gene Therapy Was Hailed as a Revolution – Then Came the Bill
#59The cost will come down. 20 years ago, the cost of sequencing one person's genome was over $100 million. Today it's $1000.
Re: Gene Therapy Was Hailed as a Revolution – Then Came the Bill
#60The cost will come down. 20 years ago, the cost of sequencing one person's genome was over $100 million. Today it's $1000.