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Texts: A female is heterozygous for two markers on the X chromosome: one chromosome is w+ m and the other is w m+. Which are the recombinant gametes? w+ w and m+ m w+ m and w m+ w+ m+ and w m w+ m and w+ m+ How is RNA Polymerase recruited to heat shock gene promoters in E. coli? Through increased association of sigma 70 with heat shock promoters Through recognition by a special sigma subunit, sigma 32 Through decreased binding of the repressor at high temperatures Through activation of RecA and degradation of sigma-70

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10. or hyperpolarize) 11. transport mechanisms to correct for this sodium and potassium flux. What type of transport mechanism is necessary to keep the intracellular sodium and potassium concentrations from changing while the passive flux is occurring? 12. Explain why this particular type of transport is necessary (HINT: consider the concentration gradients of these ions). 13. What type of protein transport molecule performs this transport? 14. This protein must be constantly active - explain why. 15. Normally, changes in the membrane potential of a cell only occur in response to another cell, i.e. neuron signaling it. The changes in membrane potential that result are called graded potentials. They occur as a result of changes in the cell's permeability to a specific ion. ALL CHANGES IN MEMBRANE PERMEABILITY OCCUR VIA CHANGES IN GATED ION CHANNELS. How are gated ion channels different than leak channels? 16. For example, if the permeability of a cell membrane to chloride ions increased, what does this tell you happened to the gated chloride ion channels that are present? (opened or closed) 17. In what direction would net diffusion of chloride ions occur as a result of this change in permeability - into or out of a cell? 18. How would this flux of chloride across the membrane affect the membrane potential? (depolarize or hyperpolarize) 19. Graded potentials occur in a postsynaptic cell when a presynaptic cell releases neurotransmitter causing opening of gated ion channels at the postsynaptic membrane. The resulting changes in the postsynaptic membrane potential can be classified as either excitatory postsynaptic potentials (EPSPs) or inhibitory postsynaptic potentials (IPSPs). Which of these two types of graded potential is caused by depolarization of the postsynaptic cell? 20. Opening of gated channels for which two types of ions causes depolarization? 21. Opening of gated channels for which two types of ions causes hyperpolarization?
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Texts: A female is heterozygous for two markers on the X chromosome: one chromosome is w+ m and the other is w m+. Which are the recombinant gametes? w+ w and m+ m w+ m and w m+ w+ m+ and w m w+ m and w+ m+ How is RNA Polymerase recruited to heat shock gene promoters in E. coli? Through increased association of sigma 70 with heat shock promoters Through recognition by a special sigma subunit, sigma 32 Through decreased binding of the repressor at high temperatures Through activation of RecA and degradation of sigma-70
TopicAll topics
SubjectBiology
ClassClass 12