hi there
your answer to this is
three heart chambers are found in reptiles and amphibians
ANSWER: African bullfrog
i hope this helps you out
Have a great evening
FaithRawlins14
You did not include the diagram, but the answer is very easy to figure out. The mRNA base that will go in location 1 depends on the DNA base in location 1:
If the DNA base is Adenine (A), the mRNA base will be Uracil (U)
If the DNA base is Thymine (T), the mRNA base will be Adenine (A)
If the DNA base is Cytosine (C), the mRNA base will be Guanine (G)
If the DNA base is Guanine in (G), the mRNA base will be Cytosine (C)
Because metamorphic is created by a igneous or sedimentary rock heating up and changing into a metamorphic rock
Answer:
Amino acids contain nitrogen; fatty acids and sugars do not.
Explanation:
Genetic material is made of nucleotides, which contain amino acids; fatty acids and sugars are not part of genetic material. - this is false. Genetic material is made of nucleotides, but they are made of a sugar, phosphate group, and a nitrogenous base. Genetic material is transcribed then translated into a string of amino acids called a polypeptide chain.
Amino acids are building blocks to larger molecules; fatty acids and sugars are not. - false, amino acids are building blocks to larger molecules called proteins However, sugars are also building blocks for polysaccharides like starch, and fatty acids can combine to form triglycerides
Amino acids contain nitrogen; fatty acids and sugars do not. - this is true. Fatty acids and sugars are made of carbon, hydrogen, and oxygen. Amino acids contain carbon, hydrogen, oxygen, and nitrogen. They also sometimes contain other molecules in their R groups e.g. Sulphur.
Amino acids make up proteins, which provide energy for the body; fatty acids and sugars do not provide energy. - this is false, fatty acids and sugars can also provide energy
Answer: Any disease or loss of function which is controlled by that gene.
Explanation:
There can be two possibilities when it comes to defective protein synthesis.The gene might be responsible for single character or it could control more than one character.
It depends on the type of gene which is harmed and faulty protein is synthesized from it. Example: If there is any type of mutation caused in the gene which is responsible for sickle cell anemia, it can lead to this syndrome.
Basically result is any disease or syndrome controlled by that gene.