intrapartum surveillance
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Questions and Answers

What are the possible impacts of preventing fetal motility on morbidity?

Preventing fetal motility can reduce the risk of complications such as abnormal positioning and decreased oxygen supply, thus lowering morbidity rates.

Explain the significance of monitoring contractions in a cardiotologram.

Monitoring contractions in a cardiotologram helps assess fetal well-being during labor by identifying patterns that indicate distress or normal progression.

What is the health relevance of an acid-base balance indicated by ph77.25 during labor?

A pH of 7.25 indicates a mildly acidic condition, which may suggest fetal distress or metabolic issues that need to be addressed promptly.

How does understanding contraction frequency, such as 25 in 10 minutes, assist in labor management?

<p>Understanding contraction frequency allows healthcare providers to determine the intensity and progress of labor, guiding interventions if necessary.</p> Signup and view all the answers

What role does fetal movement play in evaluating fetal health during pregnancy?

<p>Fetal movement is often a key indicator of fetal health, as reduced activity can signal potential issues like asphyxia or placental insufficiency.</p> Signup and view all the answers

What are two effects of fetal metabolic acidosis on baseline variability?

<p>It leads to decreased baseline variability and can contribute to a pre-terminal trace.</p> Signup and view all the answers

How do late decelerations differ from early decelerations in fetal heart rate patterns?

<p>Late decelerations occur during a contraction and return to baseline after 30 seconds, while early decelerations start with the contraction and return at its end.</p> Signup and view all the answers

What conditions are contraindications for fetal blood sampling?

<p>Maternal infections like HIV and hepatitis, fetal bleeding disorders such as hemophilia, and premature gestation are contraindications.</p> Signup and view all the answers

What role does fetal sleep cycles play in interpreting fetal heart rate variability?

<p>Fetal sleep cycles can cause natural decreases in heart rate variability, which may be misinterpreted as distress.</p> Signup and view all the answers

What is the significance of variable decelerations in relation to uterine contractions?

<p>Variable decelerations show no fixed relationship to contractions, indicating potential umbilical cord compression.</p> Signup and view all the answers

What are the four features of fetal heart rate (FHR) that clinicians monitor during labor?

<p>The four features are baseline rate, baseline variability, accelerations, and decelerations.</p> Signup and view all the answers

Identify two possible causes of fetal tachycardia during labor.

<p>Possible causes include maternal fever and fetal hypoxia.</p> Signup and view all the answers

What does it mean if the variability of FHR is classified as 'absent'?

<p>Absent variability indicates that the amplitude range of FHR fluctuations is undetectable.</p> Signup and view all the answers

Explain the significance of identifying reversible causes of abnormal FHR during labor.

<p>Identifying reversible causes allows for interventions, such as correcting maternal hypotension, that can improve fetal heart rate abnormalities.</p> Signup and view all the answers

What does 'marked variability' in FHR indicate and how is it quantified?

<p>Marked variability indicates an amplitude range of fluctuations greater than 25 BPM.</p> Signup and view all the answers

What are the key criteria to differentiate labor pain from other types of abdominal pain?

<p>Labor pain is typically characterized by regular contractions that increase in intensity and duration, often accompanied by cervical changes.</p> Signup and view all the answers

What methods can be employed to assess Athmar's fetal condition while she is admitted for further evaluation?

<p>Ultrasound and fetal heart rate monitoring can be utilized to assess the fetal condition.</p> Signup and view all the answers

At what stage of labor is Athmar when her cervical dilatation is 2 cm and contractions are occurring?

<p>Athmar is in the first stage of labor.</p> Signup and view all the answers

How would you monitor Athmar's fetal condition during labor?

<p>Continuous electronic fetal monitoring should be implemented to track fetal heart rate and uterine contractions.</p> Signup and view all the answers

What advice should you give Athmar regarding her desire to eat and drink during labor?

<p>It is generally advised to limit solid food intake and consider clear liquids unless contraindicated.</p> Signup and view all the answers

How often should pelvic examinations be performed once Athmar is in active labor?

<p>Pelvic examinations should be performed every 1 to 2 hours to evaluate progress.</p> Signup and view all the answers

What does the term 'crowning' mean during childbirth?

<p>Crowning refers to the point when the baby's head is visible at the vaginal opening during delivery.</p> Signup and view all the answers

Are there strategies to prevent perineal tears during the second stage of labor?

<p>Gentle coaching during pushing and using warm compresses can help minimize the risk of perineal tears.</p> Signup and view all the answers

Calculate the APGAR score for the newborn based on its initial assessment.

<p>The APGAR score is 7.</p> Signup and view all the answers

What are two common signs of placental separation?

<p>Two common signs are a sudden increase in vaginal bleeding and a firm uterine contour.</p> Signup and view all the answers

Describe the method for delivering the placenta after separation.

<p>The placenta is delivered by gentle traction on the umbilical cord while applying counter pressure to the uterus.</p> Signup and view all the answers

Is the labor considered normal if the placenta is delivered within 10 minutes, and what criteria support this?

<p>Yes, the labor is considered normal; criteria include labor lasting less than 12 hours and a placenta delivered within 30 minutes postpartum.</p> Signup and view all the answers

List three reasons a low-risk woman in labor might require electronic fetal monitoring (EFM).

<p>Potential reasons include maternal fever, prolonged rupture of membranes, and signs of fetal distress.</p> Signup and view all the answers

What four fetal features are evaluated when interpreting a cardiotocogram?

<p>The four fetal features are baseline heart rate, variability, accelerations, and decelerations.</p> Signup and view all the answers

Outline a management plan for a fetal blood sample (FBS) showing a pH of 7.22.

<p>The management includes continuous EFM, preparing for possible delivery, and considering maternal position changes.</p> Signup and view all the answers

What is the recommended frequency for intermittent auscultation during the first stage of labor for low-risk women?

<p>Fetal heart rate should be auscultated every 15 minutes for one minute during the first stage.</p> Signup and view all the answers

What is the primary goal of intrapartum fetal monitoring?

<p>The primary goal of intrapartum fetal monitoring is to detect hypoxia in labor.</p> Signup and view all the answers

What are the three methods of fetal monitoring outlined in the content?

<p>The three methods of fetal monitoring are clinical, biophysical, and biochemical.</p> Signup and view all the answers

How is fetal heart rate (FHR) assessed using clinical methods?

<p>Fetal heart rate is assessed through intermittent auscultation using a stethoscope, fetoscope, or handheld Doppler.</p> Signup and view all the answers

What is classified as a nonreassuring fetal status (NRFS)?

<p>Nonreassuring fetal status refers to patterns in fetal heart rate that suggest the fetus may be experiencing distress.</p> Signup and view all the answers

What are the physiological changes in pregnancy that may affect blood coagulation?

<p>Physiological changes in pregnancy include increased blood volume and alterations in coagulation factors.</p> Signup and view all the answers

Describe the pathophysiology of hemorrhagic shock in obstetrics.

<p>Hemorrhagic shock occurs when there is significant blood loss leading to inadequate perfusion of organs.</p> Signup and view all the answers

What management strategies may be utilized for acute kidney injury in obstetrics?

<p>Management strategies include addressing underlying causes, fluid resuscitation, and sometimes dialysis.</p> Signup and view all the answers

Explain how endotoxic shock differs from hypovolemic shock in obstetrics.

<p>Endotoxic shock is primarily caused by severe infections leading to systemic inflammatory response, while hypovolemic shock results from substantial fluid loss.</p> Signup and view all the answers

What is the primary reason that routine admission CTG testing is not recommended in low-risk women?

<p>Admission CTG is poor at predicting fetal compromises in labor.</p> Signup and view all the answers

Identify two maternal medications that can cause diminished fetal heart variability.

<p>Pethidine and tranquilizers.</p> Signup and view all the answers

What fetal condition can result in a sinusoidal pattern in fetal heart rate monitoring?

<p>Fetal anemia.</p> Signup and view all the answers

List two factors that can alter fetal heart rate not related to oxygenation.

<p>Infections and fetal sleep cycle.</p> Signup and view all the answers

How can prematurity affect fetal heart variability during labor?

<p>Prematurity can lead to tachycardia and decreased variability.</p> Signup and view all the answers

What kind of fetal heart rate alteration may be caused by congenital malformations?

<p>Decreased variability and bradycardia.</p> Signup and view all the answers

What is a potential consequence of maternal infection during labor?

<p>It can lead to changes in fetal heart rate patterns such as tachycardia.</p> Signup and view all the answers

What immediate action should be taken in case of persistent late deceleration observed during labor?

<p>Continuous monitoring and evaluation of the fetal condition are necessary.</p> Signup and view all the answers

What does the absence of accelerations in a cardiotocograph indicate?

<p>The absence of accelerations may denote an unknown significance but could indicate potential fetal hypoxia if accompanied by reduced baseline variability.</p> Signup and view all the answers

What are the main types of deceleration observed in fetal heart rate patterns?

<p>The main types of deceleration are early, late, and variable decelerations.</p> Signup and view all the answers

How does reduced baseline variability correlate with fetal health?

<p>Reduced baseline variability may indicate fetal distress, including hypoxia, infection, or anomalies.</p> Signup and view all the answers

What implications does decreased baseline variability with late decelerations have for a fetus?

<p>Decreased baseline variability with late decelerations lasting 3 minutes or longer significantly increases the risk of fetal hypoxia.</p> Signup and view all the answers

What might frequent late decelerations indicate regarding a newborn's condition?

<p>Frequent late decelerations are associated with an increased risk of a low Apgar score and hypoxemia.</p> Signup and view all the answers

What additional requirements come with the use of cardiotocography during labor?

<p>Cardiotocography requires trained personnel for accurate interpretation due to the complexity and potential for interpretation errors.</p> Signup and view all the answers

In terms of medicolegal purposes, why is consistent recording of fetal heart rate important?

<p>Consistent recording of fetal heart rate serves as an important legal record in cases of adverse outcomes or disputes.</p> Signup and view all the answers

Why is early deceleration considered the most common type of deceleration?

<p>Early deceleration is characterized by uniform, repetitive patterns that coincide with uterine contractions, making it the most frequent occurrence during labor.</p> Signup and view all the answers

What is baseline variability in fetal heart rate (FHR) and why is it important?

<p>Baseline variability refers to the oscillation of baseline FHR, which reflects normal cardiac behavior in response to nerve inputs. It is important as it indicates a healthy neurohormonal and cardiovascular function in the fetus.</p> Signup and view all the answers

What characterizes diminished baseline variability in fetal heart patterns?

<p>Diminished baseline variability is characterized by a less than normal FHR oscillation and can signal potential fetal distress or other conditions. It is commonly observed during certain maternal and fetal pathologies.</p> Signup and view all the answers

What are the three categories of FHR patterns as defined by electronic fetal monitoring?

<p>The three categories are Category I (normal), Category II (indeterminate), and Category III (abnormal). These categories help clinicians assess fetal status and guide interventions.</p> Signup and view all the answers

Explain the significance of accelerations in FHR monitoring.

<p>Accelerations signify a transient increase in FHR by 15 bpm or more lasting for at least 15 seconds, indicating an intact fetal neurohormonal response. They are generally viewed as a reassuring sign of fetal well-being.</p> Signup and view all the answers

Differentiate between acceleration and deceleration in FHR terminology.

<p>Acceleration is a transient increase in FHR by 15 bpm or more lasting at least 15 seconds, whereas deceleration is a drop in FHR below the baseline by 15 bpm or more lasting at least 15 seconds. Both are critical for interpreting fetal health.</p> Signup and view all the answers

What does Category III fetal heart rate indicate?

<p>Category III indicates abnormal FHR patterns that may include absent baseline variability and recurrent late or variable decelerations. It raises concern about potential fetal compromise.</p> Signup and view all the answers

Why is electronic fetal monitoring (EFM) preferred over clinical monitoring?

<p>EFM allows for accurate, continuous monitoring of fetal heart rate and uterine contractions, which provides more detailed data regarding fetal well-being during labor. This enhances the ability to detect potential issues early.</p> Signup and view all the answers

How can prolonged acceleration be defined, and what does it suggest about the fetal condition?

<p>Prolonged acceleration is defined as an FHR increase lasting longer than 2 minutes but less than 10 minutes, suggesting a change in baseline. It reflects a robust fetal response indicating possible activity or stimulation.</p> Signup and view all the answers

What characterizes late decelerations in fetal heart rate?

<p>Late decelerations are uniform, U-shaped dips that occur after the onset of a uterine contraction and indicate decreased variability with repetitive periodic slowing.</p> Signup and view all the answers

How is the lag period related to late decelerations defined?

<p>The lag period for late decelerations is defined as the time taken for the fetal heart rate (FHR) to reach its lowest point after the peak of the uterine contraction, typically greater than 30 seconds.</p> Signup and view all the answers

What does a sinusoidal pattern in FHR indicate?

<p>A sinusoidal pattern indicates a stable baseline FHR with fixed or absent variability, often associated with fetal anemia or hypoxia.</p> Signup and view all the answers

What is the significance of the nadir in relation to uterine contractions?

<p>The nadir refers to the lowest point of FHR deceleration, which typically occurs approximately 20 seconds after the peak (acme) of the uterine contraction.</p> Signup and view all the answers

What does prolonged deceleration suggest about fetal health?

<p>Prolonged deceleration, defined as a decrease in FHR to below baseline levels for more than three minutes, indicates potential fetal hypoxia or stress.</p> Signup and view all the answers

How does head compression affect fetal heart rate patterns?

<p>Head compression can lead to early decelerations, characterized by a decrease in FHR due to vagal nerve activation.</p> Signup and view all the answers

What are the key features of late decelerations?

<p>Late decelerations feature reduced variability, start more than 20 seconds after the contraction begins, and occur alongside repetitive slowing of FHR.</p> Signup and view all the answers

What might indicate the presence of fetomaternal hemorrhage in FHR monitoring?

<p>A sinusoidal FHR pattern can indicate conditions like fetomaternal hemorrhage, which is concerning for fetal well-being.</p> Signup and view all the answers

Study Notes

Fetal Motility Morbidity Prevention

  • Fetal motility is a key indicator of fetal well-being.
  • The text presents a system for monitoring fetal movement and contractions using "SonicAid V10."
  • This system likely employs a cardiotocograph, which records both fetal heart rate and uterine contractions.
  • The data is displayed on a monitor, likely referred to as a "Cardiotologram" in the text.
  • The text highlights an important factor in evaluating fetal movement: contractions occurring within a 10-minute window.
  • "Woodsupply" and "rhinypai" seem to be references to specific data points or metrics related to fetal movement and contractions.
  • The system is likely designed to detect and potentially prevent fetal distress or morbidity.
  • The presence of "Prefotharo Fes" at pH 77.25 suggests a connection to fetal health or environmental conditions.
  • The mention of "Finian" and "so iii I iities with movement" indicates a potential link to fetal movement patterns.
  • "YER doThothin" may refer to a corrective or preventative action based on fetal movement data.

Causes of Decreased Variability

  • Fetal metabolic acidosis
  • Pre-existing neurologic abnormality
  • CNS depressants
  • Fetal sleep cycles
  • Congenital anomalies
    • Prematurity
    • Fetal tachycardia
    • Normal variant
    • Betamethasone

Decelerations

  • Early decelerations occur at the onset of contraction and return to baseline by the end of contraction
  • Late decelerations occur during a contraction, and the rate does not return to the baseline for over 30 seconds after the contraction has ended
  • Variable decelerations have no fixed relation to contraction and change from one contraction to another

Fetal Scalp Blood Sampling

  • Invasive procedure that involves extracting blood from the fetal scalp using an amnioscope and analyzing blood gases
  • Contraindications:
    • Maternal infections (HIV, hepatitis B or C, herpes)
    • Fetal bleeding disorders (hemophilia)
    • Premature gestation

Intrapartum Fetal Monitoring: Goals

  • To prevent fetal mortality or morbidity, primarily resulting from asphyxia
  • Perinatal asphyxia affects 2-5 per 1000 live births.
  • In high-income countries 40% of infants will die and 30% will have long-term neurodisability due to asphyxia.

Case: Fetal Assessment Intrapartum

  • Athmar, G3P1A1 pregnant at 37 weeks gestation, presents with abdominal pain
  • Known case of hypertension since the second trimester
  • Family history of hypertension and diabetes mellitus
  • Admitted for further assessment

Stages of Labour

  • Athmar is in the first stage of labor at 2:00 pm, due to her cervical dilatation of 2 cm, cephalic presentation, ruptured membranes and clear liquor.

Monitoring Fetal Condition During Labour

  • Use continuous electronic fetal monitoring (CTG) for continuous recording of the fetal heart rate and uterine activity during labour

Advice on Eating and Drinking

  • Do not advise Athmar to eat and drink.

Pelvic Examination Frequency

  • Conduct pelvic examinations frequently as this is a high-risk pregnancy requiring careful attention.

Second Stage of Labour

  • Athmar is in the second stage of labour at 8:00pm as she is pushing.
  • It is recommended to guide Athmar into a position that aids in assisting the delivery.

Crowning

  • Crowning is the appearance of the baby’s skull and/or the bulging of the baby’s scalp at the vaginal opening

Preventing Perineal Tears

  • Encourage perineal massage and consider a guided delivery depending on the situation.

APGAR Score

  • Athmar's baby scored 8 on the APGAR score at the first minute.

Signs of Placental Separation

  • Signs of placental separation include:
    • A gush of blood
    • A lengthening of the umbilical cord
    • A rise in the uterine fundus
    • A change in the shape of the uterus

Placental Delivery

  • Deliver the placenta by controlled cord traction and uterine massage.

Normal Labour

  • Athmar's labour is considered normal as it was less than 10 minutes, was spontaneous and without complications.
  • Criteria of normal labour include:
    • Spontaneous onset and progress
    • Normal fetal presentation
    • No complications

Reasons for Electronic Fetal Monitoring (EFM)

  • Reasons why a low-risk woman in labour might be commenced on electronic fetal monitoring (EFM) include:
    • Maternal age > 35 years
    • Multiple pregnancy
    • Previous stillbirth or neonatal death
    • Pre-eclampsia or gestational hypertension
    • Premature rupture of membranes
    • Maternal fever
    • Intrauterine growth restriction (IUGR)

Fetal Features Assessed in CTG

  • The four fetal features assessed when interpreting a cardiotocogram are:
    • Baseline heart rate
    • Baseline variability
    • Accelerations
    • Decelerations

Fetal Blood Sample (FBS)

  • A Fetal blood sample (FBS) pH level of 7.22 indicates moderate fetal acidosis

Fetal Compromise in Labour

  • Fetal compromise in labor may be due to a variety of pathology, including:
    • Placental insufficiency
    • Uterine hyperstimulation
    • Maternal hypotension
    • Cord compression
    • Placental abruption

Intrapartum Fetal Monitoring Methods

  • Intermittent auscultation is recommended for low-risk women; FHR should be auscultated every:
    • 15 minutes for one minute duration after a contraction during the first stage of labor
    • 5 minutes or after every other contraction during the second stage of labor
  • Continuous electronic fetal monitoring (CTG) is the most widely used method for high-risk labor.

Interpretation of CTG

  • The interpretation of the CTG should be in relation to uterine contractions
  • The four features of the heart rate that should be monitored are:
    • Baseline rate
    • Baseline variability
    • Accelerations
    • Decelerations

Normal FHR Pattern

  • Normal FHR pattern consists of a baseline rate of 110-160 BPM, moderate variability, and accelerations with absent decelerations.

Tachycardia

  • Mean FHR>160 BPM
  • Causes:
    • Maternal fever
    • Fetal hypoxia
    • Fetal anemia
    • Amnionitis
    • Fetal tachyarrhythmia (200-240 BPM)
    • Fetal heart failure
    • Drugs
    • Beta sympathomimetic

Bradycardia

  • Mean FHR<110 BPM
  • Causes:
    • Heart block
    • Occiput posterior or transverse position
    • Serious fetal compromise
    • Hypoxia

Variability Grades

  • The degree of variability is based on the amplitude range (peak to trough):
    • Absent variability: Undetectable amplitude range
    • Minimal variability: < 5 BPM
    • Moderate variability: 6-25 BPM
    • Marked variability: > 25 BPM

Persistently minimal or absent FHR variability

  • Persistently minimal or absent FHR variability is a significant intrapartum sign of fetal compromise.

Intrapartum Fetal Monitoring (IFM)

  • IFM is the process of observing fetal condition during labor.
  • The goals of IFM are to detect fetal hypoxia and initiate appropriate management if necessary.
  • Severe hypoxia in labor can be linked to intrapartum fetal death.

Methods of Fetal Monitoring

  • Clinical: Monitoring fetal heart rate (FHR) via auscultation using a stethoscope, fetoscope, or Doppler.
  • Biophysical: Monitoring FHR using a cardiotocography (CTG) machine.
  • Biochemical: Measuring fetal blood pH and lactate levels.

Factors Influencing Fetal Heart Rate (FHR) Changes

  • Maternal Medications: Drugs such as pethidine, tranquilizers, corticosteroids, atropine, and general anesthesia can affect FHR.
  • Fetal Conditions: Prematurity, sleep cycles, anemia, metabolic acidemia, congenital malformations, and heart block can all influence FHR.
  • Maternal/Fetal Infections: Maternal infections can lead to tachycardia and decreased variability in FHR.

Interpretation of Cardiotocography (CTG)

  • Category I: Normal – Baseline rate 110–160 bpm, moderate variability, no late or variable decelerations, early decelerations may be present, accelerations may be present.
  • Category II: Indeterminate – Tracings not categorized as Category I or III.
  • Category III: Abnormal – Absent baseline FHR variability and any of the following: recurrent late or variable decelerations, bradycardia, or sinusoidal pattern.

Types of Fetal Heart Rate (FHR) Decelerations

  • Early Decelerations (Type I): Uniform, repetitive, periodic slowing of FHR, onset, nadir, and recovery coinciding with uterine contractions. Caused by head compression and usually benign.
  • Late Decelerations (Type II): Uniform, U-shaped with reduced variability within the deceleration segment, begins 20 seconds after the onset of uterine contraction, onset, nadir, and recovery occur after the start, peak, and end of the uterine contraction respectively. Suggests uteroplacental insufficiency and fetal hypoxia.
  • Variable Decelerations (Type III): Abrupt decrease in FHR below the baseline, lasting for at least 15 seconds, coincides with uterine contractions. Thought to indicate cord compression.
  • Prolonged Decelerations: Abrupt decrease in FHR (>15 bpm) below the baseline lasting longer than 3 minutes but less than 10 minutes.
  • Sinusoidal Pattern: Resembles a sine wave with a stable baseline FHR, absent or fixed baseline variability lasting for more than 30 minutes. Accelerations are absent. Associated with fetal anemia, fetomaternal hemorrhage, vasa previa, and fetal hypoxia.

Advantages of Electronic Fetal Monitoring (EFM)

  • More accurate monitoring of uterine contractions than clinical monitoring
  • Significant improvement in perinatal mortality
  • Early detection of fetal hypoxia
  • Explanation of the mechanism of hypoxia for targeted treatment
  • Improvement in intrapartum fetal death rate
  • Important record for legal purposes

Drawbacks of Electronic Fetal Monitoring (EFM)

  • Interpretation can be affected by errors due to the individual or observer's experience
  • High cesarean section rate and operative vaginal delivery rate due to misinterpretation of readings
  • Expensive equipment and trained personnel are required
  • Mothers have to be confined to bed

Indications for Cesarean Section

  • Nonreassuring fetal heart rate (NRFH) tracings
  • Cord prolapse
  • Placental abruption
  • Severe preeclampsia
  • Cephalopelvic disproportion
  • Failure to progress in labor
  • Multiple gestation
  • Previous cesarean section

Management of Nonreassuring Fetal Status (NRFS)

  • Reassess the mother and fetus comprehensively
  • Change maternal position to improve placental perfusion
  • Administer oxygen to the mother
  • Correct any maternal hypotension
  • Discontinue oxytocin if it is being used to stimulate labor
  • Prepare for immediate delivery by cesarean section if needed
  • Continuous fetal monitoring to assess fetal well-being

General Changes in Shock

  • Characterized by inadequate tissue perfusion, which results in impaired oxygen delivery and cellular hypoxia
  • General systemic manifestations include tachycardia, tachypnea, hypotension, weak peripheral pulses, and cold clammy skin
  • Common causes: Hemorrhage, infection, and cardiogenic shock
  • Hypovolemic shock: Characterized by a decrease in circulating blood volume, leading to decreased venous return, decreased cardiac output, and decreased tissue perfusion
  • Other causes of shock: Septic shock, cardiogenic shock, anaphylactic shock, and neurogenic shock

Endotoxic Shock

  • Characterized by hypotension, fever, and widespread organ dysfunction
  • Primarily caused by gram-negative bacterial infections
  • Management: Aggressive fluid resuscitation, antibiotics, and supportive care

Acute Kidney Injury (AKI) in Obstetrics

  • Characterized by a rapid decline in renal function, leading to impaired waste removal and fluid balance
  • Causes: Preeclampsia, eclampsia, HELLP syndrome, postpartum hemorrhage, and sepsis
  • Management: Prerenal AKI: Resolving the underlying cause, intravenous fluids, and monitoring. Acute tubular necrosis (ATN): Supportive care, fluid management, and electrolyte monitoring.

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Description

This quiz explores the concepts surrounding fetal motility and its importance in assessing fetal well-being. It covers monitoring techniques, such as the use of the SonicAid V10 system, and evaluates factors like fetal movement and contractions within a specific time frame. Understanding these metrics is vital for preventing fetal morbidity and ensuring healthy pregnancies.

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