Answer:
Option I
Explanation:
Muscles are able to use glucose, fatty acids and ketone bodies as a source of fuel. Option 2 is false as if glycogen degradation and synthesis rates are equivalent, there will be no net release of glucose of synthesis of glycogen which would be a 'waste' or resources in the muscles cells. Do note that this does not happen in a muscle cell as normally either one of the processes are dominant, not both at the same time. Option 3 is incorrect as muscles cells do not have glucagon receptors and hence cannot respond to glucagon nor perform gluconeogenesis (only happens in the liver). Glycogenolysis in the muscles are to supply energy to the muscles for movement, not release glucose to the bloodstream hence it will not respond to glucagon in the bloodstream.
Answer:
The duplication of DNA is called <u>replication</u>, the copying of DNA to mRNA is called <u>transcription</u>, and the reading of the mRNA by the cell to make a protein is called <u>translation</u>.
Explanation:
Replication is the gradual, repetitive, bidirectional, antiparallel and semi-conservative process; whereby the DNA is duplicated, guaranteeing the availability of a copy of the genome of the stem cell, for each of the daughter cells, in other words, it is the mechanism that allows the DNA to duplicate (that is, synthesize an identical copy of itself).
Transcription is the process by which the genes found in the chromosome DNA are selectively located, recognized and transcribed, producing mRNA, ribosomal (structural) and transfer RNA (adapters).
Messenger RNA is the one that carries the information for protein synthesis, that is, it determines the order in which the amino acids will bind. Translation is the process by which protein synthesis occurs, by decoding or reading the message of (mRNA).
Answer:
improper disposal of sewage
They can conclude that the epicenter is the same distance from both recording stations.
