Your bones are because they contain calcium in it.
The likely word is the plural noun patriots (those loyal to a country).(The similar word is parrots, talking birds.)
1.The answer is your bones because it contains calcium. 2.The correct answer is hair and nails, because they're all made of ceratine
To attract mates and show off. Quite simply, parrots are social creatures, and imitating sounds, including spoken words, is their way of communicating. Parrots are more likely to imitate speech if they have no other birds of their own type around.
Good grief, no. Parrots are more likely to pass on diseases (such as psittacosis) to people, than the other way around.
If Earth did not have any life, its atmosphere would likely consist mostly of nitrogen, similar to the atmosphere of Mars or Venus. Volcanic activity would have likely contributed to the release of gases like carbon dioxide and water vapor. Sunlight and cosmic rays might also have influenced the composition of the atmosphere over time.
Most scientists believe that Sedna is another planet, similar to Neptune. It is believed that the outer surface of Sedna consists of water, nitrogen ices, and methane.
I assume you were expecting to include a list, but the answer is more than likely protein
Protein is likely to appear in urine when the glomerulus is inflamed. Normally, protein is not filtered through the glomerulus; however, inflammation of the glomerulus can lead to increased permeability, allowing protein to pass through and be excreted in the urine.
The monomer of a protein is called an Amino Acid.You spelt protein wrong, that's why no one has answered it most likely. Well the monomer of a protein is an amino acid.
A protein that forms an ion channel through a membrane is most likely to be a transmembrane protein. Transmembrane proteins span the lipid bilayer, allowing them to create channels for ions to pass through the membrane. Peripheral proteins are typically found on the surface of the membrane and do not form channels.
No. Since a mutation in the DNA may not necessarily result in a change to the encoded amino acid in the protein sequence, it is entirely possible. Further, the protein function will likely not change when an amino acid is replaced with one of similar chemical properties. Sometimes it does, sometimes it doesn't. This is the field that molecular evolutionary biologists study.
I rather doubt that real pirates with parrots ever taught them to say 'Polly wants a cracker'. More likely they would be taught blood-curdling oaths and other words not meant for delicate ears.