A nurse in a prenatal clinic is reviewing the medical record of a client who is at 28 weeks of gestation. The client's history reveals one pregnancy terminated by elective abortion at 9 weeks; the birth of twins at 36 weeks; and a spontaneous abortion at 15 weeks of gestation. According to the GTPAL system, which of the following describes her present parity?
2-0-0-2-2
0-2-0-2-2
1-0-2-2-2
2-0-1-2-2
A nurse in a prenatal clinic is reviewing the medical record of a client who is at 28 weeks of gestation. The client's history reveals one pregnancy terminated by elective abortion at 9 weeks; the birth of twins at 36 weeks; and a spontaneous abortion at 15 weeks of gestation. According to the GTPAL system, which of the following describes her present parity?
The Correct Answer is D
The GTPAL system is a way of describing a woman's obstetric history using five digits: G (gravida), T (term births), P (preterm births), A (abortions), and L (living children). The client's present parity can be calculated as follows:
G: The client is gravida 4, as she has been pregnant four times, including the current one.
T: The client has had one term birth, as she delivered twins at 36 weeks, which is considered term for a multiple gestation.
P: The client has had no preterm births, as she has not delivered any babies before 37 weeks of gestation. A: The client has had two abortions, one elective and one spontaneous, both before 20 weeks of gestation. L: The client has two living children, the twins she delivered at term.
Therefore, the client's present parity is 2-0-1-2-2.
The other options are incorrect and do not reflect the client's obstetric history.
Nursing Test Bank
Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is ["200"]
Explanation
To find the loading dose rate, we need to use the formula:
Rate (mL/hr) = Dose (g) x Volume (mL) / Time (hr) x Concentration (g)
Plugging in the given values, we get:
Rate (mL/hr) = 4 g x 1000 mL / 0.5 hr x 80 g
Simplifying, we get:
Rate (mL/hr) = 100 g/mL / 40 g/hr
Rate (mL/hr) = 2.5 mL/g
Multiplying by 1000, we get:
Rate (mL/hr) = 2500 mL/g x g/hr
Canceling out the units of g, we get:
Rate (mL/hr) = 2500 mL/hr
Rounding to the nearest whole number, we get:
Rate (mL/hr) = 200 mL/hr
Correct Answer is C
No explanation
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