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Ever wondered what time feels like near a black hole? According to Einstein’s Theory of General Relativity, time doesn’t just tick — it warps.
The gravity near a black hole is so intense that one hour close to it could equal thousands of years on Earth. Space and time literally stretch under the weight of this cosmic monster.
It's not science fiction — it's physics.
Could time travel start with understanding gravity?Ever wondered what time feels like near a black hole? According to Einstein’s Theory of General Relativity, time doesn’t just tick — it warps. The gravity near a black hole is so intense that one hour close to it could equal thousands of years on Earth. Space and time literally stretch under the weight of this cosmic monster. It's not science fiction — it's physics. Could time travel start with understanding gravity?
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Recent scientific research has uncovered a novel function of the immune system involving proteasomes — protein complexes traditionally known for breaking down unneeded or damaged proteins inside cells.
In this newly discovered mechanism, proteasomes are utilized by immune cells to produce specific protein fragments that possess strong antibacterial properties.
This mechanism provides a fresh understanding of how the body fights bacterial infections beyond conventional immune pathways like antibody production or white blood cell activity.
The proteasomes generate peptide fragments that can either directly attack bacterial membranes or enhance the immune response by signaling and recruiting other immune cells.
These protein fragments are especially efficient in targeting harmful bacteria, offering potential new therapeutic strategies for drug-resistant infections.
This finding is significant because it introduces an additional, internal bacterial defense mechanism — not just reliant on externally produced antibodies or antibiotics — but embedded within cellular machinery itself.Recent scientific research has uncovered a novel function of the immune system involving proteasomes — protein complexes traditionally known for breaking down unneeded or damaged proteins inside cells. In this newly discovered mechanism, proteasomes are utilized by immune cells to produce specific protein fragments that possess strong antibacterial properties. This mechanism provides a fresh understanding of how the body fights bacterial infections beyond conventional immune pathways like antibody production or white blood cell activity. The proteasomes generate peptide fragments that can either directly attack bacterial membranes or enhance the immune response by signaling and recruiting other immune cells. These protein fragments are especially efficient in targeting harmful bacteria, offering potential new therapeutic strategies for drug-resistant infections. This finding is significant because it introduces an additional, internal bacterial defense mechanism — not just reliant on externally produced antibodies or antibiotics — but embedded within cellular machinery itself.
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