The following phenotypic classes reflect offspring that were generated as a result of a crossover event
- miniature wings
- garnet eyes
Explanation:
When the miniature wings and garnet eyes links up with the 8 map unit that are present between them. After that the presence of two recombinant classes must complement together and make 8% of total i.e. they contribute 4% each. together the parental classes make up to 92% by contributing 46% one.
This can be understood through a phenotypic ratio calculation, which can be expected from it.
wild type: 4% x 800 = 32
miniature wings: 46% x 800 = 368
garnet eyes: 46% x 800 = 368
miniature wings, garnet eyes: 4% x 800 = 368
Answer:
A silent mutation is a change in the sequence of nucleotide bases which constitutes DNA, without a subsequent change in the amino acid or the function of the overall protein. A silent mutation is just that: it does nothing significant, not making a sound in the orchestra of the cell
Explanation:
Eukaryote cells:
-has a nucleus
-tends to be multicellular (consisting of many cells)
-meiosis + fusion of gametes (sex cells)
-have mitochondria (powerhouse of the cell)
eg) animal and plant cells
Prokaryote cells:
-no nucleus (or membrane-bound nucleus)
-tends to be unicellular (consisting of one cell)
-no mitochondria
-partial meiosis
eg) bacteria and archaea
Cholesterol is a lipid that is transported in the blood using different types of lipoproteins. There are three types of lipoproteins that are differentiated based on their density. Very low-density lipoprotein, low density protein and high density lipoprotein are the three most common types. These lipoproteins use the process of endocytosis to form vesicles that allow the transport of the hydrophobic lipids throughout the blood.
