2026 most definitely a contender for most influential biology discoveries
2026-11-08 21:12:02
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Emily :
Oh what a year biology has had, this is so exciting
2026-11-08 21:40:00
28
Steve :
Don’t you think it’s obvious that cells are deciding what proteins to make and how much of each one and when it needs them? This means it’s not the DNA deciding, the cell is conscious and intelligent, with goals and strategies based on all the information it is collecting from the internal and external environment. Like you say one gene can be used in many ways. Same as salt can be used in many recipes…. Need a smart cook to decide what to make next.
2026-11-09 08:46:01
0
Jamie :
isn't this just alternative splicing? I knew one gene can code for multiple proteins since secondary school, are you just giving context for the new findings?
2026-11-09 06:45:42
1
Render :
I like it.. was this done on living tissue?
2026-11-09 10:25:13
0
Thegrandcookie :
???? One gene corresponds to one protein? Haven’t we known about alternative splicing for quite a while??
2026-11-08 23:37:06
22
Firing Minds Tutoring :
so so so insane !!!!!
2026-11-09 05:28:08
0
Xim :
i remember when the peptidein paper came out and i was like OH
2026-11-09 05:51:53
1
Ebraheem 🕷️ :
Microproteins aren’t the only thing that broke away from the ‘one gene>one protein’ rule tho… the discovery of alternate splicing in the 70s already broke this ☠️Sensational ahh way of talking (maybe I’m nitpicking but it really gives someone a wrong idea of the central dogma talking in this way)
2026-11-08 23:15:59
8
Carl Trevors :
Ello me old beaut 😘
2026-11-09 07:10:52
0
vj3 :
Great, now we’re gonna have to order a Pumpkin Spice Latte with Micropeoteins!
2026-11-09 05:13:45
1
Deckard63 :
Does the ribosome make the amino acid peptide sequence only? Do these proteins auto fold or is some other chaperone or organelle responsible for folding them?
2026-11-08 21:29:44
4
Peter Pan2852 :
Nice, thanks for sharing. Looks like they can play a role in other diseases as well, such as cancer.
2026-11-08 22:30:07
2
Bree Hobbity :
We hadn't actually observed it before!? Just predicted!?!
2026-11-09 01:14:37
1
Holly Kelly :
Do you have the link for the article
2026-11-08 21:43:57
0
Milo :
Science is hamstrung by the limits of technology. When the technology advances, new vistas of reality come into view that do away with theory based on relatively primitive access to reality. 🤔
2026-11-09 05:21:24
2
ninna_leven :
“This year we are starting to find them” They were discovered in the 90s.
2026-11-09 02:17:40
1
Tonsil Stone Dude :
Make me a living immortal super human AI!!!
2026-11-08 22:46:16
0
Akmal Hidayat B Sabr :
Who’s that “Protein”?
2026-11-08 21:27:37
0
ismaelcisneroshernandez :
Yeah, yeah, that's an awesome biology breakthrough, of course.
But, where do I get that cool lab coat? 🫣
2026-11-09 02:06:08
0
Sadie Aydee HD🧭 :
anything about Intronic subtypes of eds because I'm sure I've discovered one in my kids and I. we have mutations that haven't been found in other people yet.
2026-11-08 23:58:47
0
Disorderly Borderline :
learning about the function of cells will create wonderful biology opportunities in the future.
2026-11-08 22:24:51
0
sentai :
Does this mean the central dogma is false? 🤔🤔 If so should text books be changed or it's like same model but just more accurate. Like bohr's planetary model vs orbital cloud model. Both are still used for different visualization even though one model is technically "wrong"
2026-11-09 02:45:18
1
nslepak :
Googled the difference between peptides and microproteins. It said peptides are typically not synthesized directly but rather from a larger precursor proteins that then get cleaved to make the peptides, which typically act as signaling molecules. Microproteins are typically slightly larger and are synthesized directly. They also can act as signaling molecules but can be regulatory proteins as well that modulate the activity of other proteins inside the cell
2026-11-08 22:49:23
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