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A. Performance planning, prerequisites, performance execution, performance assessment, performance review, performance renewal and recontracting
B. Prerequisites, performance planning, performance execution, performance assessment, performance review, performance renewal and recontracting
C. Performance planning, prerequisites, performance execution, performance review, performance assessment, performance renewal and recontracting
D. Prerequisites, performance execution, performance planning, performance assessment, performance review, performance renewal and recontracting

Biology & Microbiology

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Dll is a gene known to direct limb development in the fruit fly

Researchers studying this gene have found that it is also expressed in developing appendages in animals from many other phyla, supporting the hypothesis that all animal appendages may be homologous. However, suppose researchers looking at Dll activity had instead found the results shown in the figure above. These results suggest instead that _____. A) Dll is not actually involved in appendage development B) appendages evolved separately in protostomes and deuterostomes C) appendages coevolved with segmentation D) all animal appendages are homologous

Biology & Microbiology

Cardiac output =

A. heart rate × stroke volume. B. heart rate / stroke volume. C. stroke volume / heart rate. D. heart rate + stroke volume. E. stroke volume – heart rate.

Biology & Microbiology

Fluorescence occurs when

a. a high-energy electron returns to its ground state by releasing energy in a photon. b. a low-energy electron moves to a high-energy state by absorbing heat. c. a high-energy electron leaves its nucleus and moves to a different molecule. d. a pigment molecule accepts a high energy electron and releases a photon of energy e. the energy from an electron is transferred to a different molecule while the electron returns to the ground state.

Biology & Microbiology

In a eukaryotic cell an abnormal protein is binding to the promoter for a gene. Which of the following processes will likely occur in this scenario?

A) Transcription factors will bind to enhancers. B) Transcription factors will bind to the promoter. C) The gene will be expressed normally. D) RNA polymerase will bind to the promoter.

Biology & Microbiology