Actin filaments have polarity. This means that the two ends can be identified due to structural differences. The plus end is the
end to which subunits are added more rapidly, or the end of polymerization. Which of the following would enable you to identify the plus end of actin filaments? A -Add radiolabeled actin subunits to a mixture of actin filaments in which conditions favor depolymerization.
B -Determine the ionic charge of the ends of the actin filaments.
Add radiolabeled actin subunits to a mixture of actin filaments in which conditions are favorable for polymerization.
C -Add radiolabeled actin subunits to a mixture of actin filaments in which conditions are favorable for polymerization.
Add radio labeled actin sub units to a mixture of actin filaments in which conditions are favorable for polymerization. This would enable you to identify the plus end of actin filaments.
Actin filaments are linear polymer of globular actin sub units Actin filaments have polarity. This means that the two ends can be identified due to structural differences.
According to modern classification I will say that Jake is correct. With the use of tracing back and DNA technology then we can say that this is the digital way which is used nowadays to classify animals.
Sophie says through her observation that the characteristics of the animal classification used.
The diploid chromosome number for a radish is 18 and the diploid chromosome number for cabbage is also 18. The haploid number for these species is nine. Therefore, the gametes of the radish and cabbage contain nine chromosomes.
