> To produce the protein needed for insulin, we need to grow microorganisms with a bioreactor and purify the protein from the culture with a protein purification system (FPLC). Proprietary examples of this equipment come at a very high initial cost and with high ongoing costs of support from the manufacturers. Our goal is to develop easy to manage, easy to repair, and affordable equipment to sustain local and community-built insulin production. > Our FPLC design is in the early stages, and we are steadily developing mechanical and electrical designs to detect UV-C absorbance and manage the concentration of two buffers via peristaltic pumps and a mixing chamber. We plan to use Arduino microcontrollers as well as the Raspberry Pi, and the finished device will make use of the open-source Ender 3 3D Printer to facilitate automated fraction collection with G-CODE input. The bioreactor design makes use of quite a few commercial off-the-shelf parts and is ready for prototyping.
Trying to make your own has a lot of steps that need to go right or people die. You also have to deal with regulators.
There is no need for a global push; prices outside the US are substantially lower already. See https://pharmanewsintel.com/news/insulin-prices-8x-higher-in...
Some diabetics use a "continuous glucose monitor" to read their blood glucose levels regularly. The information to that device is fed into an app on your phone (for newer devices) that visualizes the data for you.
It doesn't just visualize though, it can also give you alerts. This is an incredibly useful feature! Unfortunately, at least in the ones I have experience with, the metrics they give you to be able to alert on are not good enough. For example, you'd think that "give me an alert when I go below x value" is a useful alert, and it is. However, the app I use only lets me set two alerts: a "low" alert, with the values 100 to 60, and an "urgent low" with the values 55-40. (both are in increments of 5.) That is useful, but what if I want three alerts? What if I want a non-5 value? Sure, you can argue that this isn't necessary, but if it were open source, I would be able to build something to do exactly what I want.
Okay, so that's the first issue here. But here's the real issue: the absolute value is useful, but what's more useful is the rate of change. What I truly want to be able to do is set an alert that says "hey if this suddenly drops 10 points, give me a high priority alert" no matter the absolute value. There have been situations where I've seen a sudden downturn from ~180, dropping by 15 each time, and you don't even know until it crosses that 100 threshold. Likewise, I've seen alerts about it going low because it went from 101 to 100. One of those is very serious, and one of those is irrelevant.
This stuff would significantly increase quality of life. And it's one tiny part of this whole picture of this one condition.
I'm actually working on reverse engineering the dexcom share api in my free time to create something similar to sugarmate where you can get control of your data and do what you want with it.
But for the time being, have you considered using share2nightscout[0] and grabbing the info into your own control so then you can do the alerting and analysis that you want?
Your Taxes are insane high for medium wage workers and practically non-existent for the wealthy. How is anyone ever supposed to climb the ladder like that?
A single person earning $200k in the state of Washington pays ~$52.5k in federal income tax and social security. An effective tax rate of 26%. Is that insanely high?
https://www.statista.com/statistics/203183/percentage-distri...
The person I replied to wrote “How is anyone ever supposed to climb the ladder like that?”. Seeing as no one is “climbing the ladder” from earning a median wage their whole life, I looked at the tax rate for an “upper middle” wage salary (which anyone can earn even if their parents had 0 wealth).
Since tax rates for a median salary are much lower than this, I am not sure how it contradicts my point.
According to this (sympathetic) website[0], ~4 people in the US die every year due to a lack of insulin. Meanwhile, ~40 people in the US are killed by lightning strike[1].
[0] https://rightcarealliance.org/actions/insulin/ [1] https://en.wikipedia.org/wiki/Lightning_strike#Epidemiology
One in four people who have diabetes report that they take less than they should due to cost. This has knock-on long-term health effects that can cumulate in an earlier death than would otherwise happen. Those effects will never be captured in the way that lightning strikes can be captured.
Others die who were never formally diagnosed, and so wouldn't be captured in statistics like this.
It goes on and on.
But 100,000x[0] more likely to lose a foot due to lack of insulin than by getting it cooked off by a lightning strike.
[0]Estimated. Not sure if they even track loss of limbs by lightning strikes since it's such a rare occurrence but the diabetic, poor and footless can be found in just about any major city.
($10,623.85 per capita vs Switzerland $9,870.66 vs Norway 8,239.10)
And manages to NOT cover 30 million people...
(10+% vs Switzerland, Universal, vs Norway, Universal)
No matter how you look at it, we spend more on private insurance than anywhere else in the world and manage to cover less people with it.
On top of that, medical debts are the single largest cause of bankruptcies in the US.
(Third overall worldwide ranking for US vs 100th for Switzerland vs 118th for Norway)
And despite (oh mer ghurd socialism!) paying the most, we rank among the worst for first world countries.
(37th for United States vs 20th for Switzerland vs 11th for Norway)
TLDR: We pay more for less and get worse care overall.
If I could trade in my private insurance premiums for taxes and get better care as a result without the risk of bankruptcy, why wouldn't I? Bonus, I wouldn't lose my health insurance if I had to switch jobs. We are one of the only countries in the world that tie health care to employment, which is detrimental to everyone.
The US system is FUCKED.
https://worldpopulationreview.com/country-rankings/best-heal...
https://worldpopulationreview.com/country-rankings/medical-b...
https://www.cnbc.com/2019/02/11/this-is-the-real-reason-most...
https://aspe.hhs.gov/system/files/pdf/265041/trends-in-the-u...
I had to wait year. US Health Insurance is a fucking nightmare to deal with that the largest allocation of man hours within a hospital is billing between multiple networks. Imagine the savings on that alone if coverage was universal.
You think the US should make insulin free and then use their leadership to encourage other countries to do the same?
Do you realise other countries already make insulin free and it'd be the US that would be following their leadership if it made it free?
So "free" comes in many forms, not all single player.
What's broken is the huisarts system where any efforts to get specialized care when you're in pain must pass through your GP. This often leads to a longer waiting period that can be excruciatingly painful for some.
https://h4i.nl/2018/11/30/health-insurance-understanding-eig...
We have a similar idea here in Norway. I pay about 20 euro to visit my GP and I pay for drugs. An MRI costs me about 25 euro. But there is a limit of about 200 euro per year. Anything I pay over that will be refunded in the tax settlement for the year and if I have a chronic need for drugs I will be given a frikort to exempt me from paying for them at the pharmacy.
At that point it's basically an income tax.
Also, food stamps etc are already a thing, and insulin is necessary to, like, live.
Insulin should be free for everyone to produce and to sell, then prices would go down on their own.
Of course, this doesn't mean the USA shouldn't implement "free" healthcare like we have in europe; just that that's not what the insulin problem comes down to.
Plus good luck getting political traction (especially against lobbies) faster than do it yourself
But I agree, for being "open" there's a distinct lack of documents, schematics, inventory, videos, pictures, etc.
Many insulin forms are no longer patented. Last year patents (at least in Europe) expired from some quick acting insulin variants and as a result insurers here are forcing everyone to cheaper generics. Side effect: Not all have the same solutions, though the insulin is the same. Despite what the insurers say, YMMV if you switch due to different solutions being present.
So I do not think patents on the product is a real issue. Maybe patents on the production method.
Interestingly, they're really not much cheaper, either. On the order of 10% cheaper, I believe.
The thing I read did not go into specifics and I don't recall much. I think maybe it was an American woman trapped in an Asian city with political drama interfering with supply lines for critical items like insulin.
I don't know how you would find this info, but I believe it actually exists. We just don't really bother to try to record and distribute that type thing because no one gets rich off of it.
The story gave no details on how she handled it. Just that she did under circumstances where insulin was simply not available and she lived to tell the tale.
https://go.drugbank.com/drugs/DB00071#identification-header
Now and then it comes up and diabetes discussion groups, what would we do in the event of a widespread disaster without access to the pharmaceutical system? Pig pancreas. From what I recall it requires a very large amount of pancreas, perhaps several organs per dose, and a centrifuge.
To whatever degree you can take care of your health with diet and lifestyle such that you don't require needles and other invasive equipment requiring sterilization, life is vastly simpler, better, cheaper and safer.
There is no degree to which this is true for people with Type 1 diabetes.
If there was a secret, simple, safe, inexpensive way to treat Type I diabetes that is also effective there would have been no need for Banting and Best to have killed all those puppies. Unless, of course, you think there is a very effective conspiracy by Big Pharma to cover up that one secret that they hate. I guess they could also hire the Big Fake firm that did the moon landing campaign and the Building 7 demolition.
If you care enough to learn other approaches, it's sometimes* possible to get superior results compared to the "plug and play" medical answer.
* (I actually want to say "often" but I don't really want to argue it. "Sometimes" seems less likely to get me dragged into pointless drama.)
Insulin from animal sources is not as good as bioengineered insulin and it takes a lot of animals to make it.
Respectfully, we may not actually know that. It's somewhat unusual for us to go back and re-test older methods after replacing them with a new-fangled thing and sometimes things change.
Actual natural quinine is proving to be more effective at treating malaria than synthetic derivatives. Various strains of malaria have grown resistant to the synthetics while natural quinine still works.
Modern drugs tend to strip things down to a single chemical and sometimes the more complex natural remedies have benefits that we are unable to capture with our superior ability to isolate components and refine them.
“In wine there is wisdom, in beer there is freedom, in water there is bacteria.” — Ben Franklin
In the past hundred years, there are things that have fundamentally changed about the world -- such as just the simple ability to somewhat reliably deliver clean water to ordinary people in developed countries -- and we may someday be able to revive older treatment methods and improve upon them to get something better than what those once were and also better than what we currently have.
These days, people with serious conditions pretty routinely do things at home that involve sterilizing instruments and other procedures that most people imagine can only be done in a hospital setting. A modern home can have assets, such as clean running water and various kitchen appliances, that would be the envy of many a scientist not that many decades back.
I hope we find better answers for type 1 diabetes soon.
> Respectfully, we may not actually know that.
We really do. While it's possible that animal sourced insulin may be better for your body long term (doubtful), bioengineered insulin is FAR superior in every noticeable way. Just the fact that you don't need to take it an hour ahead of time and make sure that you eat an mount that matches how much insulin you took is a huge benefit.