Molecular motors are ATPases that use energy of hydrolysis of ATP to generate a motive (movement) force. Hydrolysis of ATP results in the production of ADP and inorganic phosphate, the latter of which can be detected by chromogenic methods. How would you determine which fraction(s) obtained from both of the columns shown above contain(s) the molecular motor?

Molecular motors are ATPases that use energy of hydrolysis of ATP
to generate a motive (movement) force.  Hydrolysis of ATP results in the production of ADP and inorganic phosphate, the latter of which can be detected by chromogenic methods.  How would you determine which fraction(s) obtained from both of the columns shown above contain(s) the molecular motor?
 
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The post Molecular motors are ATPases that use energy of hydrolysis of ATP to generate a motive (movement) force. Hydrolysis of ATP results in the production of ADP and inorganic phosphate, the latter of which can be detected by chromogenic methods. How would you determine which fraction(s) obtained from both of the columns shown above contain(s) the molecular motor? appeared first on Superb Professors.

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