Answer:
<u><em>It is because humans have much larger genomes than bacteria</em></u>
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Explanation:
It is because humans have much larger genomes than bacteria. The largest bacterial genome ; human clocks. But corn is about 3 times that, spruce is twice again that and some plants go even bigger. For example, every one of tulip’s chromosomes is about one human genome in size, and bacteria are haploid, humans are diploid. That makes assembling the DNA fragments much more tricky, as you don’t want to have a final sequence that switches between the two haplotypes.
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<em>From a fellow student,</em>
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<em>Dan</em>
Answer:
They cary seeds and pollen
there poop fertilizeres the plants
They kill other animals that eat plants
Explanation:
The foundation of relative
dating is it does not have an atmospheric reservoir. The
phosphorus cycle does not include gas phase. Its largest reservoir is located
in sedimentary rocks, and the cycle begins there. Phosphate from rocks are
eliminated and then released into the soil and water. The phosphate ions then
absorbed by plants and transferred to animals or organisms which eat plants. It
is then returned to the soil by way of excretion and decomposed by plants and
animals when they die.
1, 2, 3, 5, 6
Plasmid is mostly found in bacterial cell, but few can be found in animal cells
Screening someone's blood and the biomolecular revolution would not have been possible without the human genome project.
<h3>The human genome project</h3>
The human genome project was initiated around 1990 with the aim to obtain the sequence of genes in an individual. It seeks to obtain the accurate arrangement of DNA in human beings.
<h3>Impact of the human genome project</h3>
The human genome project has made it possible to study all the genes in human beings and made us able to have a better view of biomolecular science.
Hence, screening someone's blood and the biomolecular revolution would not have been possible without the human genome project.
Learn more about human genome project: brainly.com/question/12572919