Of 5,000 new compounds, you'll find 250 which are interesting enough to test in a lab (animals or in vitro), 5 which are interesting enough to test on humans, and 1 which gets approved.
It costs peanuts to find the 5,000 new compounds, and a little bit to figure out which ones are interesting (say, $50,000 each, about $250 million). Those 250 interesting drugs will cost a million each to test - subtotal $250,000. The 5 drugs which are tested on humans cost a fair bit (say $50 million each - $250 million for all 5). Getting the final compound approved takes a lot too, because you need a massive trial.
All up, it's about $1 billion per drug.
If you want to reverse engineer it, it's about $10 million dollars for a chemical engineer to read the publicly available formula, figure out how to synthesize it, and set up a small plant.
Whether it's a new drug, or a drug you copied, it costs a few cents labor / materials to make each dose once the factory is built. Yes, India could knock $0.01 off each tablet, by employing cheaper factory techs. But no-one cares about saving $0.01 off a $1 product.
India could do the R&D cheaper, but not a lot cheaper. It's like building an OS - you need experience people who know what they are doing, not just cheap process workers.
Ripping off US companies isn't a bad idea, because it lets Indian workers gain more experience, which will help them create better R&D jobs. In the long run, this might even be good for the US, because Indian R&D could create a lot of good drugs for the US to buy.
Of 5,000 new compounds, you'll find 250 which are interesting enough to test in a lab (animals or in vitro), 5 which are interesting enough to test on humans, and 1 which gets approved.
It costs peanuts to find the 5,000 new compounds, and a little bit to figure out which ones are interesting (say, $50,000 each, about $250 million). Those 250 interesting drugs will cost a million each to test - subtotal $250,000. The 5 drugs which are tested on humans cost a fair bit (say $50 million each - $250 million for all 5). Getting the final compound approved takes a lot too, because you need a massive trial.
All up, it's about $1 billion per drug.
If you want to reverse engineer it, it's about $10 million dollars for a chemical engineer to read the publicly available formula, figure out how to synthesize it, and set up a small plant.
Whether it's a new drug, or a drug you copied, it costs a few cents labor / materials to make each dose once the factory is built. Yes, India could knock $0.01 off each tablet, by employing cheaper factory techs. But no-one cares about saving $0.01 off a $1 product.
India could do the R&D cheaper, but not a lot cheaper. It's like building an OS - you need experience people who know what they are doing, not just cheap process workers.
Ripping off US companies isn't a bad idea, because it lets Indian workers gain more experience, which will help them create better R&D jobs. In the long run, this might even be good for the US, because Indian R&D could create a lot of good drugs for the US to buy.