In the deep of the ocean, where the sun's rays struggle to enter, organisms (有机物)hide that could solve the biggest medical crisis facing humanity. Far below the surface bacteria are fighting with each`other- and to do so they make an antibiotic (抗生素) so strong it can destroy the...
Striving to survive ‐ developed from participants who spoke about means of enduring some unfavourable experiences. Conclusion The essence of the lived experience of the phenomenon of source isolation from the perspectives of patients who become infected with MDROs emerged as Being ‐ in ‐ a ‐ ...
Competition is a negative interaction that occurs among organisms whenever two or more organisms require the same limited resource. All organisms require resources to grow, reproduce, and survive. For example, animals require food (such as other organisms) and water, whereas plants require soil nutri...
the depth at which some shelled organisms can survive will shrink from an average of 1,000 meters today to just 83 meters by the year 2100, a drastic reduction in viable habitat.
" in the same way Einstein was intelligent. But to answer the OP's initial query, it's not because a slime mold might survive a nuclear holocaust and we won't that it did not evolve human intelligence, it is because it didn't need to evolve human intelligence in order to sur...
says Paul Davies “The difficulty in believing this theory is that a bacterium on its own in space has to struggle itself not only against cold but also against deadly cosmic (宇宙的) radiation. But wrapped in a rock the situation is different. A rock ten meters across would shield life ...
says Paul Davies, “The difficulty in believing this theory is that a bacterium on its own in space has to struggle itself not only against cold but also against deadly cosmic (宇宙的) radiation. But wrapped in a rock the situation is different. A rock ten meters across would shield life...
says Paul Davies, “The difficulty in believing this theory is that a bacterium on its own in space has to struggle itself not only against cold but also against deadly cosmic (宇宙的) radiation. But wrapped in a rock the situation is different. A rock ten meters across would shield life...
“But how could these life forms have survived their journey through space?” says Paul Davies, “The difficulty in believing this theory is that a bacterium on its own in space has to struggle itself not only against cold but also against deadly cosmic (宇宙的) radiation. But wrapped in ...
Despite substantial progress in implementation of phosphoproteomics to understand photosynthetic organisms, researchers still struggle to translate a biological question into an experimental strategy and vice versa. This review evaluates the current status of phosphoproteomics in photosynthetic organisms and ...