Answer:
a: Calculate the energy required to transport 3 Na+ outside the cell, and that required to transport 2 K+ inside the cell separately as shown below-
Given- [Na ], Ex Cell Na moves from (reactant/origin site) cell to (product/destination site) blood plasma. [Na ], in cell 15
[K ], Ex cell Given- [K*], in Cell 140 mM 2.7 mM Na moves from (reactant/origin site) cell to (product/destination site) blood
# Now, total energy required to simultaneously transport 3 Na+ out and 2K+ inside the cell = energy required for (3Na+ transport + 2 K+ transport)
= 36.15 kJ mol-1 + 8.00 kJ mol-1 = 44.00 kJ mol-1
b: Enthalpy of ATP hydrolysis = -30.5 kJ mol-1
That is, Energy released from hydrolysis of 1 mol ATP = 30.5
Conclusion: Since the energy released from hydrolysis of 1 mol ATP is LESSER than that of the energy required for simultaneous transport of (3Na+ transport + 2 K+ transport), the hydrolysis of a single mol ATP is NOT sufficient to drive the Na+-K+ pump under given conditions.
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<h3>What's special about CCOM?</h3>
Founded in 1900, the Chicago College of Osteopathic Medicine (CCOM) is one of the most respected medical schools in the country. CCOM embraces the osteopathic philosophy of a patient-oriented versus disease-oriented approach to health and prepares students to consider the body as an integrated whole.
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Answer:
A fever can be acute if it lasts for under 7 days, subacute if it lasts for up to 14 days, and chronic or persistent if it lasts for over 14 days.
Answer:
The correct answer is: B, C, D,F, G, H.
Explanation:
Aneuploidy is a defect on the number of chromosomes a cell has. Human cells have 46 chromosomes, an additional chromosome (47) or a missing one (45) is an aneuploidy. Aneuploidy is usually due to a defect during cell division (chromosomes don’t separate). The following disease are examples of aneuploidy:
b. Down's syndrome (trisomy of chromosome 21)
c. Edward's syndrome (trisomy of chromosome 18)
d. Jacob's syndrome (a male with an extra Y chromosome)
f. Turner's syndrome (a female missing a X chromosome)
g. Klinefelter's syndrome (a male with an extra X chromosome)
h. Patau's syndrome (trisomy of chromosome 13)
Answer:
Their need is fibrin. so you would take it away so you can analyze what would happen to the tissue if there is none.
Explanation:
