I’ve spent a good amount of time studying various DNA processes and never once made a connection between i-motifs and clippy. Great catch! lol

The thing is, our cells create these “knots” to make room for enzymes to access our DNA. They’re quite common as it’s required for DNA transcription + replication, chromosome segregation in cell division, telomere maintenance, and to alter gene expression. Not sure how I overlooked what happens if they form more often than intended. Wild to learn it can lead to cancer, neurodegeneration, and heart disorders! Guess I missed two massive aspects when studying all this, the imapct of DNA forming i-motifs too often, and the resemblance to clippy hahaha.

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.

Kind of, however, a nut contains sperm cells which are gametes. Only reproductive cells are gametes, as they need half the total DNA of all our other cells. This is what allows an eggs and sprem to make a new human. The coolest aspect here is how genetic variation is ensured during this process. But nonetheless, that mitochondrial DNA getting splattered all over your brain is from somatic cells. So it has twice the amount of DNA in it than a nut lol.

Naw, that’s just the fact mitochondria are the reason life is as we know it. It’s pretty much the cousin of chloroplast too!

But mitochondria actually forfeited a majority of its genome to the host organism when it became the powerhouse of the cell. This is how we influence it’s processes and output. It did retain enough of it’s genome to be able to synthesize the required proteins for the job, but all in all, the host is in control of the mitochondria.

Fossify’s Messenger is awesome, it handles SMS/MMS plus it’s ad free and open-source.

Well, only very specific viruses entry the nucleus, most often due to not bringing along enzymes needed for replication. Then, there’s transducing viruses and non-transducing viruses, of which only one will retain it’s genome in the host genome. Both occur near oncogenic gene locations too, which is why viral infections can lead to cancer, but this isn’t very common at all. IDK, guess I’ve always felt bacteria are way more complex and that it makes sense CRISPR comes from them. Bacterial viruses, aka bacteria phages, were the evolutionary pressure which lead to CRISPR’s development. But I’m a nerd and stay up to date with it all, so maybe that shifted my outlook.

Sorry for the delayed reply, but I studied in this field as welll, so curious why you thought CRISPR would be associated with viruses over bacteria or even mold/yeast?

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.

Ok, interesting, thanks for the correction. Do you think rephrasing my statement and stating Linus’s kernel is more adaptive would be more accurate?

It was revolutionary when it was first isolated from bacteria. Always fascinating to me that it’s pretty much the bacterial adaptive immune system. Now it’s awesome seeing other scientists dial in the precision of an already game changing advancement.

Stallman’s attempt to rename Linux to incorporate the GNU name not happening was frustrating on his end it seems. Everytime someone calls their system a Linux based OS and not GNU/Linux based OS downplays the work he put in. However, Linus’s kernel was more elaborate than GNU Hurd, so it was incorporated. It’s said Stallman is a visionary, while Linus is a programist. While there’s never been any display of tension in a back and forth between them online, it’s always seemed to me they appreciate and also despise various aspects of each another.

Whenever you see that with invidious, just click “switch invidious instance”. But this one should work for you, it just did for me at least: https://invidious.flokinet.to/watch?v=QtpC9RYK0mw&dark_mode=true&local=true&player_style=invidious

There’s a software package you can install to root most Boox tablets. Definitely look into it as this will give you way more control over your device.

Here’s a solid video covering the topic: https://yewtu.be/watch?v=QtpC9RYK0mw

I’ve taken it for years, only thing to be sure of is to cycle it. I go for a month on month off, but definitely see what your doc’s rec is there over mine 100%.

Just for clarity, according to mountsinai.org “Cysteine is an amino acid, a building block of proteins that are used throughout the body. When taken as a supplement, it is usually in the form of N-acetyl-L-cysteine (NAC). The body makes this into cysteine and then into glutathione, a powerful antioxidant.”

While it’s not an eReader, Alexandria in F-Droid is amazing. It allows you to download books from LibGen as well as convert the books into a different format if needed for whatever eReader you select. Definitely a nice app to pair with your new eReader!

N-acetyl-L-cysteine, commonly sold under the name NAC, is an amazing over the counter liver aid you should think about adding to your med list. It’s one of the most energy intensive detox molecules made by your liver. Taking it orally provides your liver a helping hand and allows it to focus more on detoxification rather than producing the required tools for detox. But definitely talk to your doc about it all, yet it’s something you can do to help out without much worry as its basically a fancy amino acid.