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An active cell requires millions of molecules of ATP per second. At rest, a person hydrolyzes about 40 kg (84 pounds) of ATP per day. Each ATP molecule undergoes about 10,000 cycles on synthesis and hydrolysis every day. How much ATP in our body according to these observations?
Explain the outcome/result as Alu TE is integrated into the coding region of a gene. Illustrate the mechanism of Alu TE integration.
A protein that tests disulfide positive is oxidized. Spectrophotometry readings are taken for both unoxidized and oxidized protein.
describe how the cell reflects emergent properties not seen in lower levels of the biological hierarchy and include a definition of emergent properties.
Hypothesize a undiscovered hormone name that would explain some oddity of human or animal behavior?
When some individuals are startled they hyperventilate. Why is this occurring? List the vessels in order of ascending pressure within the circulatory system
Does bark remind you of any human tissue? What functions would be shared between bark and this tissue?
Discuss the process of animal viral replication in the host cell with emphasis on the attachment, penetration, biosynthesis, assembly, and release phases of the cycle.
Develop an experiment in which you will test the effect of an acidic fluid on enzymatic activity. To complete this assignment, it may be useful for you to review the Scientific Method Tutorial.
List the parts of an ATP molecule and draw them properly connected. (Describe how the parts are connected in your own words.)
Describe the processes involved in the transformation of solid materials in rock into soluble nutrients in soil. What biological factors can influence the rate of this transformation?
Bonnie tells you that she has had many viral infections and is concerned about getting cancer. Which of the following is a potential cause of cancer?
The signaling mechanisms used by a steroid-hormone receptor and by an ion channel linked receptor have very few components. Can either mechanism lead to an amplification of the initial signal? If so, how? Ideas are included.describe an amplificati..
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