draw a diagram illustrating the three ways of genetic information flow
DNA can make its copy by replication.
Central Dogma- Unidirectional flow of genetic information.
central dogma include 2 steps, transcription and translation
DNA→RNA→protein.
DNA can copied its genetic information in form of RNA ,formation of RNA from DNA is called Transcription.
then this information in mRNA translates into Protein called as translation.
so three ways are-
1. DNA→DNA (Replication)
2. DNA→RNA (transcription)
3. RNA→Protein (translation)
draw a diagram illustrating the three ways of genetic information flow
1. Using the example genetic strains in this exercise draw a diagram illustrating two bacteria conjugating. Label the F strain, the F- strain, the direction of movement for DNA, and the location of the ampicillin resistant gene and the streptomycin resistant gene. CONTROLS Ampicillin Streptomycin Control CONJUGATION S & A Plate Conjugation Figure 14.1 Conjugation Experiment
5. Draw a Venn diagram illustrating how cyclic quadrilaterals fit into the set of quadrilaterals. Your diagram should make it clear which quadrilaterals-kites, parallelograms, rectangles,
5. Draw a Venn diagram illustrating how cyclic quadrilaterals fit into the set of quadrilaterals. Your diagram should make it clear which quadrilaterals-kites, parallelograms, rectangles,
Draw ablock diagram illustrating the switched model of human speech production and briefly describe each block What is wrong with this simple model? (c)
Draw ablock diagram illustrating the switched model of human speech production and briefly describe each block What is wrong with this simple model? (c)
Draw a diagram illustrating the role of the following proteins: spectraplakins (plectin is a specific example), a-actinin, Arp2/3, fascin, Ena/VASP, and a basal body with axonemal microtubules. You may need some additional words to clearly show the role of each protein. Be sure to label all the parts of your diagram and be SPECIFIC as to the parts of the cell / cell structures where these proteins function(hint: draw one big cell)
5. Using arrows, write the flow of genetic information in correct sequence for the following three components: mRNA, protein (amino acid sequence), DNA 14-121 PEA
Draw a pE-pH diagram illustrating predominant iron forms (Fe3+, Fe2+, Fe) in an aqueous system.
Draw a diagram illustrating the role of the following proteins: spectraplakins (plectin is a specific example), a-actinin, Arp2/3, fascin, Ena/VASP, and a basal body with axonemal microtubules. You may need some additional words to clearly show the role of each protein. Be sure to label all the parts of your diagram and be SPECIFIC as to the parts of the cell / cell structures where these proteins function(hint: draw one big cell)
Draw a logarithmic concentration diagram illustrating the effect of fluoride concentration on the relative concentrations of various fluoride complexes of aluminium (Al3+), assuming [Al3+] = 10-4 M. Which complex predominates at a fluoride concentration of (i) 0.1 mg/L and (ii) 10 mg/L.
a. Draw a diagram illustrating the profit maximizing output for the monopolist with abnormal profit. The diagram should contain short-run average cost, average variable cost, short-run marginal cost, and marginal revenue curves and shade area that represents abnormal profit. Make your diagram large and label all curves, axes, and points. b. Why, in the case of a monopolist, is marginal revenue at any output less than output price? c. Why doesn't the abnormal profit of a monopolist, unlike that of...
a. Draw a diagram illustrating the profit maximizing output for the monopolist with abnormal profit. The diagram should contain short-run average cost, average variable cost, short-run marginal cost, and marginal revenue curves and shade area that represents abnormal profit. Make your diagram large and label all curves, axes, and points. b. Why, in the case of a monopolist, is marginal revenue at any output less than output price? c. Why doesn't the abnormal profit of a monopolist, unlike that of...