<u>Answer:</u>
The correct answer option is E. translocation.
<u>Explanation:</u>
Philadelphia chromosome are CML and Philadelphia chromosome-positive ALL are the leukemias that are caused by a mutation.
This type of mutation which occurs in the occurs in the Philadelphia chromosome is called translocation.
Philadelphia chromosome contains a fusion gene which consists of the ABL gene and the BCR gene, producing the BCR-ABL oncogene which has an enzyme with an abnormal tyrosine kinase activity.
Answer:
Egyptian papyrus with 63% of its original carbon-14 atoms Aboriginal charcoal with 22% of its original carbon-14 atoms Mayan headdress with 79% of its original carbon-14 atoms Neanderthal skull with 3% of its original carbon-14 atoms The half-life we're using is 6000 years The number of original atoms is 100 Please explain the formula. Do not just give me the answers.
The ribonucleic acid sequence of the above gene is GGU UCG AGA and therefore according to the genetic code, the sequence codes for the Glycine, Serine and the Arginine amino acid.
The order is; Gly-Ser-Arg
Glycine is also coded by these codons; GGC, GGA, and GGG
Serine amino acid is also coded by the codons; UCU, UCC, UCA, AGU, and AGC
Arginine is coded by these codons; AGG, CGU, CGC, CGA, and CGG
Answer:
The correct option is B. Sodium ions move into the cell from areas of lower
concentrations.
Explanation:
Active transport can be described as a process in which molecules move from an area of lower concentration to an area of higher concentration against the concentration gradient. Energy is required for the process of active transport to occur.
In the option B, sodium ions are moving into the cell from areas which have a low concentration of sodium i.e against the concentration gradient. Hence, option B tells that the sodium ions will move inside the cell by the process of active transport.
I think that it is either a wrinkled green one, if it is yy and ww, but since it is only yy provided, I think that it is a green one.
