Pedigree analysis helps in determining the mode of transmission of a particular inherited trait within a family tree. Usually large extended family.
A detailed look at the structure of the mitochondrion helps to explain its role in the last stage of respiration, the electron transport chain. Mitochondrion are sometimes referred to as the "power plants" of the cell, as these are the organelles that generate most of the cell's supply of ATP.
<u>Full question:</u>
What type of reproductive isolating mechanism is described by a situation in which female fireflies mate only with males who emit light in a particular pattern?
A) habitat isolation
B) temporal isolation
C) mechanical isolation
D) behavioral isolation
<u>Answer:</u>
Behavioral isolation described by a situation in which female fireflies mate only with males who emit light in a particular pattern
<u>Explanation:</u>
Behavioral isolation restricts the features of a species from mating. It is the unitedness of various manners that guide to speciation. In this means, the features of a group conflict overtime in their actions. This proceeds continuously they can no extended mate. They then enhance separate varieties.
Behavioral isolation also inhibits varieties that simply conflicted from interbreeding. This retains the pair species from uniting to mature the identical species anew. For instance, Two frog varieties are existing in equivalent circumstances. Pair individuals from these associated varieties could technically mate. Yet, they do not mate due to behavioral barriers.
Answer:
C 6H 12O 6 and 6 O 2
Explanation:
This is because it is on the right side of the arrow also known as the products side
Prokaryotic translation Eukaryotic translation
1. The mRNA of Prokaryotic translation is monocistronic while the mRNA of Eukaryotic translation is known to be polycistronic.
2. In Prokaryotic translation, transcription and translation occurs at the same time in the cytoplasm while transcription occurs at the nucleus, as translation is seen at the cytoplasm of Eukaryotic translation
3. Prokaryotic translation do not undergo post-transcriptional modification, prior its translation of mRNA. Eukaryotic translation produces pre-mRNA from transcription as it undergo modification into mRNA before it's being transported to the cytoplasm for translation.
4. Prokaryotic translation its simple with only one initiation mechanism and a few amount of factors for the whole translation Unlike Euaryotic translation that possess two initiation mechanisms: cap- dependent and cap-independent plus varying factors and enzymes for the whole translation.
5
Prokaryotes can translate 20 amino acids per second and requires 2 release factors-RF1 and RF2
Eukaryotes can translate only one amino acid per second and requires only one release factor-eRF1
6
Post-translational modification takes place in the cytoplasm.
It can take place in Endoplasmic reticulum or Golgi bodies or cytoplasm