Exam 1 Flashcards
- What are the 5 P’s that affect labor?
- Passenger (fetus and placenta)
- Passageway (birth canal)
- Powers (primary and secondary)
- Position (of the mother)
- Psychologic Response (psyche)
- Name some of the premonitory signs that precede labor:
1. Lightening Contractions (Braxton Hicks) Increased vaginal discharge/bloody show Energy burst (nesting) GI (nausea, vomiting etc) Cervical changes Rupture of membranes
- name 5 factors about the fetus that determine fetal descent and delivery:
- What is the fetal lie?
- what is a longitudinal (aka parallel) lie as opposed to a transverse lie? What is oblique?
1. Size of the fetal head Fetal lie Fetal presentation Fetal attitude Fetal position
- The relationship of the maternal longitudinal axis (spine) to the fetal axis (spine):
- longitudinal (aka parallel) is vertical. Think of the mother and infant’s spines being parallel to each other.
Transverse is sideways. Mother’s and baby’s spine form a cross.
oblique is on an angle, somewhere between parallel and transverse.
- What is meant by fetal presentation?
- What are the 2 types of fetal presentations?
- What is meant by the following fetal attitudes in cephalic and breech presentations?
Cephalic: Occiput, sinciput, brow, shoulder, face.
Breech: Frank, Footling, Complete, and Shoulder
- The part of the fetus that is entering the pelvic inlet first.
- Cephalic (head down) and Breech (feet down)
- Fetal attitudes in Cephalic Presentations:
Occiput (chin tucked), Sinciput (looking straight forward)
Brow (chin up)
Face (chin totally up and back).
Breech Presentations: Frank (butt first, pike) Footling (one or both feet hanging out) Complete (legs crossed indian style upright) Shoulder (shoulder first)
- What is meant by fetal position?
- how do we label fetal position?
- Which is the optimal position for delivery?
- which positioning causes “back labor”?
- The relationship of the presenting part of the fetus to the four quadrants of the maternal pelvis.
- Labeled with 3 letters;
R(right) or L(left) – the side of mom’s pelvis
O(occiput),S(sacrum),M(mentum), Sc(scapula) – fetal presenting part
A(anterior),P(posterior),T(transverse) – the part of the mom’s pelvis
- LOA - left occiput anterior
- OP occiput posterior
- what is meant by station in labor and delivery?
- what is zero station?
- where are the minus stations?
- the true pelvis is the pelvic ………… .
- Relationship of presenting part to ischial spines. It is the measurement of fetal descent in centimeters.
- fully engaged with presenting part at level of ischial spines.
- Minus stations are superior to the spines.
- inlet
- Name the different shapes of pelvises
- What should be included in a sterile vaginal exam?
- Give an example of how this would read:
- Gynecoid (ideal)
Platypelloid (large from side-side, but not front to back)
Android (heart or triangular shaped inlet), and Anthropoid (large from anterior to posterior, bnut not from side-side).
2. Dilation Effacement Station Presentation Fetal lie Attitude Position Membrane status
- 5/80%/0; cephalic, longitudinal(vertical), flexed(occiput), ROA; SROM @ 10am, clear, straw colored, large amount, odorless
- What are primary powers and secondary powers?
- What is lithotomy position?
- How long is the first stage of labor typically? Second stage? Third stage? fourth stage? What happens at each stage?
- Primary: uterine contractions (frequency, duration, intensity, resting tone). Secondary powers are the mother bearing down.
- on your back, legs open in stirrups
- 1st (latent, active, and transition): 12.5 hrs (contractions progress as body is getting ready).
2nd: 30min - 2 hrs (full dilation, intense contractions until birth of neonate).
3rd: 5 to 30 minutes (delivery of placenta).
4th: 1 -4 hours (begins after delivery of placenta and maternal stabilization of vital signs).
- Gravidity:
- Parity:
- Gestational age:
- What does each letter of the GTPAL acronym stand for?
- number of pregnancies
- number of pregnancies that reached 20 weeks
- calculated from 1st day of last menstrual period
- Gravidity, Term births (37+ weeks), Preterm births (up to 37 weeks), Abortions or miscarriages, Living children
- What factors determine whether or not a vaginal birth is possible?
- Position is determined by what or whom?
- What 5 items comprise the psyche of the mother?
- The cardinal movements of the mechanism of labor are:
- The diameter of the pelvic inlet, the midpelvis, the outlet, and the axis of the birth canal.
- the maternal/provider preference and condition of the mother and the fetus
- environment, anxiety level, previous experiences, cultural beliefs, uniqueness of the woman
- engagement, descent, flexion, internal rotation, extension, restitution and external rotation, and expulsion of the infant.
- Lochia rubra:
- Lochia serrosa
- Lochia alba
4, persistently red lochia is associated with what?
- malodorous lochia and a tender uterus is associated with what?
- what is the threat is uterus stays boggy?
- After 1 hour of pad, what are the amounts of lochia corresponding to?
- bright red bloody lochia that lasts for first 3 days.
- pinkish brown lochia from day 4 - 10.
- creamy whitish lochia from day 11 to 8 weeks
- retained piece of placenta
- infection
- hypovolemic shock from bleeding
7. 1" or less is scant >1" but <4" is light >4" but <6" is moderate If pad is saturated in 1 hour = heavy If pad is saturated in 15 or less = hemorrhage
- How much blood loss is normal in vaginal delivery? C-section?
- What is normal hemoglobin for a non-pregnant and pregnant woman?
- When is a transfusion ordered?
- why are wbc’s not a good indicator of infection in pregnancy?
- 500 cc’s and 1000 cc’s
- non pregnant: 12 - 16. pregnant 11.5 - 14
- if hemoglobin drops below 7.
- because they are naturally higher in pregnancy anyways. Around delivery can be 20,000 - 25,000 per cubic millimeter
- what is uterine involution? which hormone causes it?
- How much does the uterus weigh in pregnancy and not?
- how much does fundal height decrease daily? When is it no longer palpable?
- What stimulates milk productions?
- by how much does blood volume increase in pregnancy?
- T or F, cardiac output increases after delivery and stays elevated for 1 day?
- Do temp and BP also rise just after birth?
- shrinking of uterus back to size? oxytocin released when breast feeding
- 1000g and 60g
- 1cm daily after 10 days it’s not palpable.
- prolactin
- 1 to 1.5 L
- T
- yes, transiently
- Why are women susceptible to DVT postpartum?
- what is fetal deceleration?
- Describe early, late, and variable decelerations
- Because platelets and clotting factors increase to mitigate blood loss in delivery
- temporary decreases in the fetal heart rate (FHR) during labor (early, variable, and late).
- Early: begin before the peak of the contraction, can happen when the baby’s head is compressed. Often happens during later stages of labor as the baby is descending through the birth canal. generally not harmful.
Late: don’t begin until the peak of, or after the contraction is finished. They’re smooth, shallow dips in heart rate that mirror the shape of the contraction that’s causing them. Can mean baby isn’t getting enough O2.
Variable: irregular, often jagged dips in the fetal heart rate that look more dramatic than late decelerations. Happen when the baby’s umbilical cord is temporarily compressed.
- What are the expected outcomes in the newborns transition to extrauterine life, and which is most critical?
- Describe the periods of reactivity and decreased responsiveness after birth:
- Normal respiratory pattern established. Most critical. RR should be btw 30 - 60
- Transition from fetal to neonatal cardiovascular circulation (regulates after cord clamping)
- Thermoregulation maintained.
- Normal serum glucose level maintained
- For 30 min after birth there is a period of reactivity. Baby is alert and HR is 160-180 bpm (breast feed now)
- after the initial period of reactivity, newborn settles into decreased responsiveness for 2 hours. Newborn sleeps. Decreased motor activity.
- second period of reactivity (2-8 hours after birth) happens after. Lasts from 10min - several hours. Increased responsiveness to stimuli