The answer is homo sapiens. It is believed mating apparently
took place in the Middle East, shortly after modern humans had left Africa.
Research has shown that Neanderthal DNA
is 99.7 percent identical to modern human DNA. All modern ethnic groups, other
than Africans, carry traces of Neanderthal DNA in their genomes, which
therefore supports this revelation.
I believe it's True. Sorry if it's wrong.
"Nerve and muscle cells in adult humans do not have the ability to divide by mitosis, (cell splitting), so they can not repair themselves and their cell cycle remains in the interphase."
The location northward the Polaris climbs higher in the sky.
Answer:
1. The effect is it kills animals and damages ecosystems. there could be soil erosion, flooding, and greenhouse gasses.
2. Since almost every car in the world is internal combustion engines, they give off carbon monoxide and other pollutions. This could cause climate changes in those areas and harm other organisms.
3. It harms absolutely everything. There is absolutely no gain from this besides a faster way of transportation. There are way more negative effects than pros in deforestation in the world. Us humans also need forests and plants for oxygen.
Explanation:
If you have any questions feel free to ask in the comments - Mark
Prior to therapy, a high PpIX fluorescence was observed in three patients; however, after iPDT, this fluorescence was entirely photobleached. These patients' viable tumor sections had high PpIX concentrations (mean PpIX uptake per tumor: 1.4-3.0 M).
<h3>Briefing:</h3>
However, no or just minimal PpIX uptake (0-0.6 M) could be seen in the remaining two cases. Strong PpIX uptake patients demonstrated therapeutic response and long-term clinical stabilization (no progression at 29, 30, and 36 months); the remaining two patients experienced early treatment failure (death after 3 and 9 months).
<h3>Describe fluorescence:</h3>
Two steps make up the chemical process of fluorescence first, a chemical fluorophore such a protein or carotenoid absorbs shorter-wavelength light (excitation), and then some of the absorbed energy is released as longer-wavelength light (emission).
To know more about Flourescence visit:
brainly.com/question/24228588
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