Disease usually results from inconclusive negotiations for symbiosis, an overstepping of the line by one side or the other, a biological misinterpretation of the borders.
— Lewis Thomas
Chubbyemu all damn day! If anyone is unfamiliar, do yourself a favor and get nerdy with Dr. Hsu. He’s a clinical pharmacist and toxicologist, which gives him an solid knowledge base to breakdown medical case studies in a very detailed yet simple way. Highly recommended!
Most likely an infrastructure issue due to the massive increase in network load. It’s finals week for many college students, plus the iOS integration and Sora. Definitely a solid 1, 2, 3 punch OpenAI wasn’t ready for it seems.
Ya, and the reason I’ve never been in a car accident is cause I’m a fantastic driver, not because I’ve never owned a car…
I mean, cellular/molecular biology is applied organic chemistry. It’s all chemical based in some way or another. I guess with T and B cell receptor formations, each receptor binding domain is made totally at random. So much so, they go through training to ensure they won’t attack self and are able to detect pathogen associated molecular patterns. Wildly, most T and B cells don’t pass training and get recycled, more or less.
So maybe, but you’re talking about the world on the cellular level, it’s all based on chemical reactions with environmental stimuli. To be alive requires responding to your environment, and chemistry is how that works at the microscopic level.
Immune cells form from stem cells. From start to finish in the stem cell differentiation process, four major changes occur. Some of these changes can have up to four potential outcomes each. Here’s a map:
While all cells react to their environment based on environmental stimuli and feedback loops, even bacteria and archaea, this is a great example of cell differentiation. All our cells started as stem cells, but the immune system’s continuous and consistent use of the process is very unique. It’s also the most elaborate and the image is surface level. Most the end cells pictured here will become more specific. Like there’s many different T-cells, even T-cells which change so much they don’t meet the classification of being a T-cell. The CD16 T-cell is a great example of this happening.
I feel like this is what you were looking for, but I’m not totally sure.
I just use radindiemedia.com as my source for these news feeds. It’s curated by an activist who also mixes in some of his work as well as a few other news sources. But those sites make up the vast majority of the links.
Sounds like you’re looking for independent journalism, I’m in the same boat. I’ve found checking commondreams.org, scheerpost.com, therealnews.com, unicornriot.ninja, fair.org, thecanary.co, leftvoice.org, consortiumnews.com, labornotes.org, and popularresistance.org/news make for a great news feed. Those are an array of independent news outlets which keep it almost entirely just news. Setting up an RSS feed with these sites would be a solid move to ensure your getting news with none of the BS.
Android user? Graphene looks like it’s worth the setup process more and more. Pixels are the only Google product worth while thanks to Graphene really.
Just like the link in the iOS section, there’s a link in the Android section. Both were in the first sentence, I believe. But I had to give the article another once over to find it.
I mean, the doc’s are available through the link. But here’s some screen grabs:
AFU: After First Unlock
BFU: Before First Unlock
BF: Brute Force
FBE: File Based Encryption
FDE: Full Device Encryption
FFS: Full File System
Only portions of the code are published while the rest is kept under wraps. Classic corporate America bs finding a loop hole to use a trendy term.
Just to be clear, Gemma is only partially open sourced in select area’s of the code.
Yep, he definitely got suicided. It without question was a staged murder setup to lead investigators to deem it as such…