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Welcome to this module in which we will be discussing obstetrics and gynecology.
Upon completion of this module, you should be able to: Define terms associated with female
reproductive anatomy; define terms associated with the process of labor; discuss cultural
values affecting pregnancy; identify special considerations of adolescent pregnancy; summarize
the normal physiology of pregnancy; list and describe signs and stages of labor; list components
of assessment for an obstetrical patient; identify the contents of an obstetrics kit;
state indications of an imminent delivery; list steps for a normal delivery; discuss
initial care of the newborn; summarize neonatal resuscitation procedures; describe complications
of pregnancy, labor, delivery, and postpartum; discuss gynecological emergencies; and, describe
the age-related variations for pediatric and geriatric assessment and management of the
female patient. You should also be able to appreciate the
emotions that a sexual assault victim may be experiencing.
Lastly, as a portion of a subsequent classroom lab, you should be able to: Demonstrate the
steps to assist in the normal delivery of a baby; demonstrate the steps to assist in
complicated deliveries; demonstrate infant neonatal procedures; demonstrate post-delivery
care of an infant; demonstrate the post-delivery care of the mother; demonstrate the steps
in management of the mother with excessive bleeding; and, demonstrate completing a prehospital
care report for patients with obstetrical or gynecological emergencies.
A women�s external genitalia, referred to as the vulva, consists of four major structures:
the labia minora, labia majora, clitoris, and vaginal vestibule or orifice.
The labia minora consists of two thin inner folds of skin within the vestibule of the
vagina. The labia majora is comprised of the outer
folds of skin and adipose tissue surrounding the vaginal opening; this structure defines
the lateral boundaries, if you will, of the external female genitalia.
The clitoris is a small, elongated erectile organ located anteriorly on the vulva.
The vaginal vestibule or orifice is the opening to the vagina. The opening is protected by
the labia minor and majora. These structures are all contained within
an area known as the perineum. The perineum is a diamond-shaped area corresponding to
the outlet of the pelvis. Both men and women have a perineum. In women, the area encompasses
the vulva as well as the anus. It is bounded by the coccyx posterior, the pubic arch anterior,
and the inside of the thighs laterally. Also located within this are is the urethra,
a membranous tube that extends from the urinary bladder to the exterior of the body for the
voiding of urine. Moving to the internal female reproductive
organs, the uterus is a muscular, hollow organ located along the midline in most women�s
lower abdominal quadrants. The organ is designed for implantation of a fertilized egg where
it can develop into a fetus. During the final stages of pregnancy, the uterus is also responsible
for labor and muscular contractions for expulsion of the baby.
Ovaries are small, round organs located on either side of most women�s lower abdominal
quadrants. These organs are responsible for producing ova (eggs) for conception. The ovaries
also produce many of the hormones necessary for the process of reproduction.
The ovaries and uterus are connected via fallopian tubes. When an egg is released from an ovary,
it travels down the fallopian tube into the uterus. If fertilization of an egg occurs,
it commonly does so while in a fallopian tube. In a normal pregnancy, the fertilized egg
will continue its journey down the fallopian tube into the uterus for implantation and
continued development. Given a pregnancy, the woman is carrying a
fetus and other supportive structures. The fetus is simply the developing baby within
the uterus. At eight weeks of development, the fetal stage officially begins. From that
point, until delivery, the developing baby is referred to as a fetus.
The placenta is attached to the wall of the uterus and exchanges oxygen, nutrients, and
wastes between the mother and the fetus through the umbilical cord.
The umbilical cord contains blood vessels that carry blood containing oxygen and nutrients
to the baby, as well as vessels that transport blood with fetal waste products back to the
placenta and the mother. Some additional terms and definitions as they
relate to labor and delivery are as follows: Labor is the process of having (or delivering)
a baby. While various resources define labor as consisting of either three or four stages,
it is commonly held to begin with the first uterine muscle contraction and it ends once
the placenta is expelled from the woman. Bloody show is mucus and blood that may be
expelled from the vagina as labor begins. Presenting part is the body part of the baby
that exits the labor canal first. While this is commonly the head, given a typical delivery,
it can also be an arm, leg, or buttocks. Crowning is the appearance of the fetal scalp
at the vaginal orifice during delivery. Spontaneous abortion, also known as a miscarriage,
is the delivery of the product of conception early in pregnancy (before the 20th week).
While EMS providers must be culturally sensitive in all patient interactions, calls involving
obstetrics and gynecology are even more critical in this regard. Women in all cultures have
a value system that will affect their pregnancy. This can include how the woman cares for herself
during the pregnancy as well as how they have planned the childbirth process. In some cultures,
for instance, it is not permissible for the woman to have a male healthcare provider assisting
in the delivery. These cultural differences may also involve social, psychological, and
emotional factors. In some cultures, being pregnant is associated with achieving status
and recognition within their family unit. For some women, on the other hand, being pregnant
results in a lower self-esteem. As an EMS provider, respect these differences and honor
the patient�s requests, remembering that any competent adult has the legal right to
refuse any part of assessment or care. Adolescent pregnancy is rampant in the United
States with UNICEF reporting in 2001 a birth rate of 52.1 per 1,000, the highest in the
developed world and more than twice the European average. As of 2011, the CDC has reported
a teen birth rate of 31.3. While this rate has decreased over the course of 10 years,
the CDC also recognizes a tremendous disparity in teen birth rates between racial and ethnic
groups with rates anywhere from approximately 10 to 50 per 1,000 based upon the race or
ethnicity of the group. In many instances, socioeconomic factors seem to be involved
and one reason why teen pregnancy is deemed socially undesirable is illustrated by the
CDC statistic that one-half of pregnant teenagers do not finish high school. The trickle-down
effect of that is an inability for the mother to find employment and earn a livable wage
without that basic level of education. Regardless the factors surrounding a teenage pregnancy,
the EMS provider assessing a pregnant teenage female must be professional and non-judgmental
at all times. Depending on the age of the patient, providing care may be complicated
by the level of physical and psychological maturity and development of the patient. Additionally,
a pregnant minor is still a minor, meaning that her parents may still have the legal
authority to authorize or decline healthcare for her. (Remember from the legal module of
this course that Wisconsin does not commonly recognize emancipated minors as other states
do.) It can also be common, depending on how long the patient has been pregnant, for her
to not know about the pregnancy, to be in denial about the pregnancy, or to have not
told her parents about the pregnancy. When assessing female patients, especially those
with gastrointestinal or abdominal complaints, always consider the possibility of the patient
being pregnant. Also keep in mind the patient�s need for independence and privacy. If possible,
it may be better for the teenage patient if any assessment is performed or history is
obtained away from her parents. If you have not covered it yet, one of the
modules within this course will discuss the legal obligation of an EMT to report to law
enforcement any suspected child abuse or neglect. This becomes pertinent when discussing adolescent
pregnancies because it is considered sexual abuse of a child in Wisconsin for a person
to have sex with a minor under the age of 16 (meaning 15 years of age or younger). If
the minor is either 16 or 17 years of age, the crime is a misdemeanor that is not considered
sexual abuse of a child and is not subject to the mandatory reporting requirements of
state statute 48 (sections 48.02 and 48.981). If the sex was nonconsensual, it is considered
sexual abuse of a child, regardless of the victim�s age. Remember as well that it takes
time for a pregnancy to show. Just because a pregnant female is 16, 17, or 18 years of
age at the time of an EMS contact does not mean she was that age at conception. The law
also does not consider the age of the individual who had sex with the pregnant female, so just
because the father is also a minor does not necessarily mean a crime did not occur.
If providing care to a pregnant, minor female, it is recommended that the EMT contact law
enforcement to report the incident and law enforcement can then make a determination
as to whether or not the statutory requirements for sexual assault of a minor were met.
For the woman who becomes pregnant, she is about to experience numerous, significant
changes to her body. Her reproductive system begins producing increased
hormones to support fetal development. These hormones will commonly impact the woman�s
emotional status. The respiratory system must begin handling
greater oxygen demand while pressure on the diaphragm from the developing fetus results
in a decreased minute volume. As a result, the mother�s respiratory rate is commonly
faster than it would be if she were not pregnant. The cardiovascular system must meet the demand
for oxygen and other nutrients for the fetus, which results in an increase in both blood
volume as well as the heart rate. The fetus commonly places pressure on the mother�s
vena cava, which can impact the effectiveness of circulation to her lower extremities and
clotting factor changes occur to accommodate the fetus.
The musculoskeletal system must adapt to changes in the woman�s center of gravity given the
addition of a developing fetus, which can result in back pain, leg pain, and fatigue,
especially in the later stages of fetal development. The body also must prepare for the process
of delivery and the joints loosen, especially in the hips, which can cause instability for
the mother. The gastrointestinal system is also impacted
by the pregnancy. Digestion slows, which can lead to nausea and vomiting. The fetus also
places pressure on the bladder and intestines, which results in increased need to urinate
and possible incontinence. For the purposes of providing emergency medicine,
it is important to understand the timeline associated with conception and fetal development
as medical emergencies associated with pregnancy can vary in terms of type and severity over
the duration of a pregnancy. The process begins with ovulation in which
the ovaries discharge an egg. Fertilization occurs if a male sperm is introduced to the
female egg. Once the egg is fertilized, it must then implant itself into the lining of
the uterus. (If this implantation takes place someplace else, an ectopic pregnancy will
result. This type of medical emergency will be discussed a little later in this module.)
The next stage is called the embryonic stage, which is the period of time from fertilization
to about eight weeks afterward. The last stage is the fetal stage, which begins approximately
eight weeks after fertilization (after the embryonic stage) until delivery, approximately
40 weeks after fertilization. Before discussing the delivery of a baby,
the EMT must be able to recognize the signs of labor.
Lightening, also referred to as the baby dropping, is a sensation of pressure caused by the descent
of the uterus into the pelvic cavity. This occurs as the fetus changes position within
the uterus to prepare for delivery. In first-time mothers, this is commonly noticeable a few
weeks prior to delivery. For women who have delivered before, this sensation may not be
noticeable until just prior to delivery. Braxton Hicks contractions are sporadic uterine
contractions that occur during pregnancy. These can start as early as six weeks into
the pregnancy for some women. Typically, most women will not notice them, even if they are
occurring, until sometime in the mid- to late-second trimester. As the delivery date nears, Braxton
Hicks contractions may increase in frequency, becoming rhythmic and relatively close together.
They may also produce pain, which can lead some women to believe they are entering labor.
The difference between Braxton Hicks contractions and true labor contractions is that these
false labor contractions do not grow consistently longer, stronger, and closer together. If
the woman has not reached her 37th week yet and the contractions are becoming more frequent,
rhythmic, or painful, that may be a sign of preterm labor. If the woman is past 36 weeks,
contractions that last longer than a minute and occur within five minutes of each other
for at least an hour may be indicative of the start of labor.
Cervical dilation begins to occur as the woman nears labor. Because the cervix cannot be
visualized by the EMT, knowledge of dilation is commonly not an assessment finding unless
the pregnant female recently had a physician�s examination and was told at that time that
her cervix is dilating. (Dilation of zero to three centimeters is considered to be latent.
Active labor usually begins at four centimeters.) What may be noticeable as a result of cervical
dilation, however, is the appearance of a mucous discharge from the vagina. During pregnancy,
the opening of the cervix is blocked by a thick mucus plug to prevent bacteria from
entering the uterus. As the cervix dilates, this plug will loosen and may be passed as
one piece or as a mucus discharge from the vagina. Not all women will notice this discharge,
however. Bloody show can commonly accompany the passing
of the mucus plug. This is a light bleeding from the vagina that will make the mucus discharge
appear tinged pink, red, or brown. Rupture of membranes occurs when the amniotic
sac ruptures. Given the subsequent release of amniotic fluid, this rupture is commonly
known as �breaking the water.� Wisconsin Administrative Rule TRANS 309 governs
ambulance requirements within the state and one such requirement pertinent to the subject
of childbirth and delivery (at least at the time of creation for this presentation) is
that the ambulance carry a obstetrical kit containing sterile gloves, scissors or disposable
scalpels, two umbilical cord clamps, sterile dressings, towels, plastic bags, blanket or
other heat-reflective material large enough to cover a newborn, and a bulb syringe.
We will soon be discussing labor and delivery in the field by an EMT. It is important to
ensure access to this essential equipment as a part of that process.
For the purposes of this course, we will discuss labor in three different stages. The first
stage is somewhat preparatory, of sorts. Regular contractions occur, along with a thinning
and gradual dilation of the cervix. Once the cervix is fully dilated and the baby enters
the birth canal, the second stage of delivery begins. This stage is the actual delivery
stage where the baby moves through the birth canal. Once the baby is delivered, the third
stage of delivery begins. Within this final stage of delivery, all remaining tissues related
to the development of the baby are expelled from the mother. These materials include the
placenta, umbilical cord, and the amniotic sac.
When responding for a woman in labor, it may be necessary to decide whether to deliver
in the field or transport to the hospital. Obviously, the hospital setting is arguably
better given the availability of both equipment and personnel resources. With that being said,
however, there are instances where delivery is imminent and there is no time to transport
the mother. To assist in making that determination, the EMT should ask the mother some of the
following questions: Is she experiencing contractions or pain? If she is having contractions, what
is their frequency and duration. As contractions increase in duration, strength, and frequency,
delivery is rapidly approaching. Is there any bleeding or discharge from the vagina?
Does the mother feel the need to push? Does she feel as though she is having a bowel movement
with increasing pressure in the vaginal area? Is the baby crowning? If so, delivery is imminent.
Also ask if this is the woman�s first delivery. Subsequent deliveries are known to occur faster
than the first time a woman delivers a baby, which may impact your decision to either transport
or deliver in the field. Regardless of the transport decision, do not
let the mother go to the bathroom. The pressure she feels is probably not the need for a bowel
movement, but the movement of the baby through the birth canal (and the pressure placed on
other body structures as the baby makes that journey). Also do not hold the mother�s
legs together. If the baby is coming out, he or she is coming out. Trying to keep the
baby within the uterus or birth canal by having a mother close her legs is an exercise in
futility that may actually create unnecessary complications.
Lastly, if delivery in the field is unavoidable, remember that childbirth is a natural process.
Women have been delivering babies on their own for millennia without intervention or
help from EMS providers. While there are benefits to having medical care available during the
birthing process, in many instances, there is no pressing biological or other need for
medical intervention. The mother and baby will essentially take care of things on their
own; the EMT is there to simply assist or intervene if a problem does arise.
In the upcoming discussion of delivery procedures, it is recognized that an online presentation
of this nature is less than adequate to prepare someone, such as an EMT, to assist with delivery
of a baby. If watching this presentation as part of a formal EMT offering, please be aware
that the EMS training center should also incorporate the use of videos and simulated lab experiences
to prepare EMT students for assisting delivery. While not always possible, participating in
a clinical rotation at a birthing facility can also be a valuable experience.
In terms of delivery procedures, first be certain to utilize body substance isolation
precautions. There will be bodily fluids involved in childbirth, which may include splashing,
so be certain to wear gloves and eye protection; a gown and facemask are highly recommended.
Also have the ambulance�s delivery kit available as many of the supplies will be required.
Administer oxygen to the mother and position her so that she is supine with her knees drawn
up and spread apart. If available, use pillows, blankets, or something else to support the
mother�s shoulders and head. It is not a bad idea to also elevate the mother�s buttocks,
again using pillows or blankets. Once positioned, create a sterile field around the vagina with
sterile towels, blankets, dressings, or other supplies available within the OB kit.
Until the baby�s head crowns, there is not a great deal for the EMT to do but coach the
mother to push as she feels contractions. Once the baby�s head does appear in the
vaginal opening, the EMT should place his or her finger�s against the bony part of
the baby�s skull, exerting gentle pressure to ensure the delivery does not occur explosively.
Once the baby�s head is out of the vaginal opening, support it and ensure the amniotic
sac has indeed ruptured. If the sac is still intact, puncture it with fingers, an umbilical
clamp, or some other dull implement and ensure it is away from the baby�s head, nose, and
mouth. Also look to ensure the umbilical cord is not wrapped around the baby�s neck. If
it is, remove it by sliding it over the baby�s shoulder. If the cord is tight and is difficult
to move, it may be necessary to clamp and cut the cord immediately, even before the
remainder of the baby has yet to be delivered (such a need is rare). As soon as the baby�s
mouth and nose are available, the EMT should use a bulb syringe to suction the airway in
that order, mouth first, followed by the nose. (Be careful to not insert the syringe too
far in the baby�s mouth; avoid contact with the back of the baby�s oral cavity.)
Once the baby has a clear airway, guide the head downward to facilitate delivery of the
upper shoulder, then elevate the head to facilitate delivery of the lower shoulder. Be aware that
the baby is commonly covered in something known as vernix caseosa, which, in addition
to the fluids involved in the process of delivery, will make the baby very slippery. Once the
shoulders are free of the vaginal opening, the remainder of the baby will commonly deliver
very quickly. Again, the baby will be very slippery; be prepared to cradle the baby during
this process and anticipate the baby moving quickly once the shoulders are free of the
vaginal opening. Once delivered, wipe blood and mucus from
the baby�s mouth and nose and assess the status of the baby (we will be discussing
the newborn assessment process shortly). Wipe the baby down with a towel, wrap the baby
in a warm blanket, and give the newborn to the mother.
At this point, while the mother and baby are becoming reacquainted with each other, the
EMT needs to watch the umbilical cord. Once pulsation ceases, the cord should be clamped
in two places (the first clamp should be closer to the baby and the second clamp should be
closer to the mother) and cut between the two clamps. The placenta should deliver on
its own relatively soon after the baby delivers. It is possible to provide a uterine massage
to assist in the delivery of the placenta by firmly massaging the mother�s lower abdomen
until the placenta delivers. Beyond that, however, no further intervention is necessary
for the placenta to deliver; do not pull on the umbilical cord to hasten the process,
the placenta will deliver on its own. After the placenta is delivered, wrap it in
a towel, place it in a plastic bag, and transport along with the mother and baby.
Lastly, place a sterile pad over the vaginal opening and prepare both mother and baby for
transport. Here, the baby is crowning. You don't have
to touch the mom at all; you can just watch for the head. Except if she's pushing really
fast and hard, you may want to put your hand on the baby's head lightly as so she doesn't
injure her perineum or tear excessively and -- cause you like the most controlled delivery
as possible. Usually, the babies that come fast are the ones that are not the first time
mom. Usually those moms have to push a few minutes, a half-hour, an hour; but the second,
third, fourth babies� Those are the babies that come really fast and sometimes just kind
of explode out. You can see this baby is coming, and have the mom, like, take some deep breaths
in between the contractions; she doesn't have to push the baby out completely. Just let
her go at her own pace and how she feels the pressure. This baby's coming right now, and
the first thing that's going to come out is the baby's face, hopefully, and you're going
to have your bulb syringe ready and you're going to depress the bulb syringe and suction
the baby's mouth out first. See the baby is exposed here� there is a cord here; wait
until the baby is completely out. See if you can separate that cord around the baby's head
nicely like this. Okay, now you can tell the mom, "Stop pushing," and you can suction the
baby's mouth out -- pull it out (squish it out there) cause this is what the first gulp
of air they take in they can aspirate into the lungs, and that's why that's important.
It's not so important to do the nose, but you can gently just go to the nose and squish
some of that out. So, as you deliver the anterior shoulder, which means the top shoulder first,
and you bring that out and then the rest of the baby will come out. Again you're going
to suction the baby's mouth out. Tell the mom, "You did a great job. Do some deep breathing."
You don't have to clamp the cord right away. In fact, if you leave it pumping for about
two or three minutes, that gives the baby a little extra blood, which may be beneficial
to the baby. And, when you use your clamp, just clamp it in two different spots and then
cut in between. Leave enough of umbilical cord in case the doctors do have to insert
umbilical vein/artery catheter in case the baby needed some IV fluids or whatever, so
don't cut it too short. In a few minutes, the placenta may deliver; it may not. I would
not tug on it; don't pull on the cord. Again, get her to the hospital and staff there can
deal with that. It's not necessary to get that delivered. Give yourself a pat on the
back and put the baby on the mom's tummy. Dry the baby off; that's the most important
thing. Hopefully, the baby's crying. If not, that would be the next important thing to
do is stimulate the baby by drying the baby and, once the baby's turning pink and moving,
again give the baby to the mom and have her do skin-to-skin. If she wants to try breast
feeding, she can; otherwise, just put a nice warm blanket around both mom and baby, but
make sure she's skin-to-skin with the baby. Given a normal delivery, there are still some
things to keep in mind. First, be sure to document the time of the delivery. Also recognize
that there are now two patients that require attention, the mother and her newborn baby.
When transporting, do not forget to take the placenta along with the mother and baby. Also,
keep in mind the safe transport of both the mother and the newborn. For the newborn, this
means using an approved child safety seat. (While the mother will probably want to cradle
or hold the baby herself during transport, this could be a fatal decision for the baby
if the ambulance would be involved in a collision during transport.) If a child safety seat
is not available, follow local protocols for transporting newborns along with the mother.
Vaginal bleeding is normal after a delivery. With that being said, there are holistic ways
to assist the mother�s body in recuperating from the childbirth process. After delivery,
the woman�s uterus will continue contracting, which will begin to stop the bleeding associated
with the delivery. Elevating the mother�s pelvis can help control the bleeding. Allowing
the baby to breast feed from the mother will also help the process. An external uterine
massage (as discussed previously) can also assist the uterus in its contraction. The
EMS crew must be vigilant when assessing and reassessing the mother, especially if the
vaginal bleeding does not stop or seems excessive. If the mother begins displaying the signs
and symptoms of shock, she should be treated appropriately and, depending on her presentation,
transport to the hospital may need to be on an exigent basis.
As discussed previously, a routine examination and assessment of the newborn is required
after birth. Dry, wipe, and wrap the newborn. Be certain to cover his or her head as well.
Remember that the baby was used to a warm, protected environment and is now being exposed
to ambient air temperature. Use blankets to keep the baby warm. If necessary, repeat suctioning
so that the baby has a clear airway. Approximately one minute after birth, the baby should be
assessed using what is known as an APGAR assessment. In this assessment, the EMT evaluates the
baby�s appearance (skin coloration), pulse rate, grimace (responsiveness), activity (muscle
tone), and respiratory effort. A score of zero to two is awarded in each category with
zero being a bad score. When the scores from the categories are added, a final score of
eight or higher is considered normal. Less than eight may be cause for concern and that
concern grows as the number approaches zero. For trending purposes, an APGAR score should
be determined approximately five minutes after birth as well.
This table includes the categories and scoring associated with a newborn APGAR assessment.
Again, a rating of zero is bad and a rating of two is ideal.
The first category, appearance, assesses the baby�s color. If the baby is bluish-grey
or pale all over, the score in this category is zero. If the baby is a normal color, except
for the hands and feet, which are bluish in color, a one is awarded. If the baby is a
normal color, meaning that the hands and feet are pink, the baby�s appearance score is
two. When assessing the baby, do not be fooled by any vernix caseosa covering his or her
body. Vernix caseosa is the white, waxy or cheese-like coating on a newborn baby�s
skin. Be sure to evaluate the baby�s skin itself. If the baby has not been wiped down
already, do so with a towel to remove at least some of the vernix to adequately assess the
baby�s color. The P in APGAR is for pulse. Assess the baby�s
pulse, commonly at the brachial artery (at the crease of the elbow) and obtain a rate.
No pulse is a zero, a pulse above 100 is two, and anything in between is a one.
Grimace is the next APGAR category, and it refers to how the baby reacts to stimulation,
such as rubbing the back, �flicking� the feet, or gently poking the torso. If the baby
does not respond, a zero is associated with this category. Facial response without any
extremity movement is scored as a one. If the baby pulls away, sneezes, coughs, cries,
or otherwise responds normally to stimulation, this category is scored as a two.
Activity refers to the baby�s natural positioning and movement. If the baby is not moving at
all and seems �floppy,� zero is the score for this category. If the arms and legs are
flexed, but are not moving much, if at all, a one is scored. If the baby has active, spontaneous
movement, this category is scored as a two. Lastly, the baby�s respiratory system is
assessed. A zero is scored if the baby is not breathing. If the baby is breathing normally,
meaning with a normal rate and effort, or the baby is having a good cry, this category
is scored as a two. Something in between those two, such as slow or irregular breathing,
or a weak cry, is scored as a one. Again, once a score is determined for each
category, they are added and an eight or more is considered to be normal. Anything less
may spell trouble, depending on the circumstances. The lower the score, the worse off the newborn
is doing. Be certain to trend this score as well by performing an APGAR assessment one
minute after birth and five minutes after birth. The score should stay the same or increase
in that time. If the score diminishes, that may also be cause for concern.
Unfortunately, there are instances in which a delivery does not go as planned or there
is a problem of some sort and the baby does not appear to be breathing. Immediately after
birth, that can be normal. After all, prior to that moment, the baby was in a fluid-filled
sac and never had to worry about adequate oxygen as everything he or she needed was
provided by the mother via the umbilical cord. Given a lack of spontaneous breathing on the
part of the newborn, stimulate him or her by flicking the soles of the feet or by rubbing
the infant�s back. Those activities are usually enough to kick start the newborn�s
respiratory system, if you will. If those efforts do not spur spontaneous breathing,
however, it may be necessary to begin resuscitation efforts of the newborn. If that is the case,
the EMT should follow what is known as the inverted pyramid of neonatal resuscitation.
The reason the pyramid is inverted, so to speak, is because adult resuscitation focuses
predominantly on the heart and the circulatory system. In newborn resuscitation, however,
the focus is on the respiratory system. Begin by vigorously drying, warming, positioning,
suctioning, and stimulating the newborn. Administer oxygen and prepare to ventilate the newborn.
Following those activities, it may be necessary to begin chest compressions if spontaneous
breathing does not occur. If the newborn�s breathing is shallow, slow,
absent, or otherwise inadequate, the EMT should ventilate the baby at the rate of 40 to 60
breaths per minute. Reassess after 30 seconds and see if the newborn�s respiratory effort
has improved. If not, continue ventilations, assess for a pulse, and continue resuscitation
efforts. Assessing the newborn�s heart rate is also
important. If the heart rate is less than 100 beats per minute, the baby�s respiratory
effort should be checked and, more than likely, assisted following the guidelines just discussed.
If the heart rate is less than 60 beats per minute, the EMT needs to perform compressions
at the rate of 120 per minute. Continue to provide ventilations as well at a ratio of
three compressions to every one ventilation. If the baby has spontaneous breathing and
an adequate heart rate, yet appears cyanotic, 10 to 15 liters per minute of oxygen should
be administered with tubing held as close to the newborn�s face as possible.
Complications during pregnancy may arise from any number of causes. Some of these complications
may impact the delivery process and subsequent care of the mother and baby after delivery.
Other complications may occur well before delivery. Regardless of the complication and
when it occurs during the pregnancy, the EMT must be prepared to assess and manage the
mother and, possibly, the baby. According to a 1998 study cited by the Pan
American Health Organization, pregnant women are 60.6% more likely to be physically abused
than non-pregnant women. Violence is actually cited as a pregnancy complication more often
than diabetes, hypertension, or any other serious complication. Violence during pregnancy
may result in insufficient weight gain; vaginal, cervical, or kidney infections; vaginal bleeding;
abdominal trauma; hemorrhage; exacerbation of chronic illnesses; complications during
labor; delayed prenatal care; miscarriage; low birth weight; ruptured membranes; abruptio
placenta; uterine infection; fetal bruising, fractures, or hematomas; or, even death of
the fetus. Being addicted to drugs or alcohol while pregnant
can create some serious life-long complications for the baby. According to the National Organization
on Fetal Alcohol Syndrome, one in 100 babies are born with fetal alcohol spectrum disorders
(FASD) from mothers who consume alcohol during pregnancy. There is no safe amount or type
of alcohol to consume during pregnancy because the fetus cannot process alcohol� Whatever
alcohol concentration is in the mother�s bloodstream will be passed directly onto the
fetus. As a matter of fact, the Institute of Medicine has stated that alcohol produces
more serious neurobehavioral effects in the fetus than even cocaine, heroin, or marijuana
(not that these substances are any better to take while pregnant, mind you). FASD is
more prevalent than Down Syndrome, Cerebral Palsy, SIDS, Cystic Fibrosis, and Spina Bifida
combined. The effects of FASD can include abnormal facial features, small head size,
shorter-than-average height, low body weight, poor coordination, hyperactive behavior, attention
deficit, poor memory, learning disabilities, speech and language delays, intellectual disability,
poor reasoning and judgment skills, sleep and sucking problems, vision or hearing problems,
or problems with the heart, kidneys, or bones. Along those lines, prenatal cocaine exposure
or the use of other drugs, even some prescription medications, can be damaging to the fetus
at different levels. The immediate impact of substance abuse during delivery is respiratory
depression or cardiac issues that must be managed by the EMT.
Diabetes is another complication that can occur during pregnancy in women who previously
were not diabetics. Known as gestational diabetes, this complication impacts approximately 18%
of pregnancies according to the American Diabetes Association. It is believed that hormones
from the placenta block the action of the mother�s insulin in her body, resulting
in an elevated blood sugar. This impacts the baby by increasing birth weight and may increase
the risk for obesity and diabetes later in life. During delivery, the baby�s size may
cause complications that include the inability for the baby to pass through the birth canal,
resulting in the need for a C-section delivery. With adequate prenatal care, however, gestational
diabetes can typically be controlled. While some vaginal bleeding in the form of
�spotting� can be normal during pregnancy, significant bleeding (hemorrhaging) during
pregnancy is commonly indicative of significant underlying problems. One reason for hemorrhage
is an abortion of the fetus and placenta before 20 weeks of development. Elective abortions
are commonly performed by physicians in a controlled environment, but it is not unheard
of for a woman to attempt an abortion on her own or with assistance, typically with the
application of blunt force trauma to the abdomen or via an implement inserted up into the vagina.
Bleeding associated with such a traumatic event can be life threatening and should be
handled accordingly by the EMS crew. There is also something known as a spontaneous abortion,
or a miscarriage. This is when the fetus and placenta are expelled by the woman�s body
without any intent or attempt to abort by the mother. Such events, whether planned or
not, can be extremely turbulent for the woman and others involved. Sensitivity and discretion
are a must for an EMS crew treating a woman with complications from an abortion, whether
planned or not. Bleeding can also result from an ectopic pregnancy,
where a fertilized egg implants itself somewhere other than within the uterus, such as a fallopian
tube. As other abdominal organs are not designed to stretch and grow to accommodate the developing
fetus, bleeding related to an ectopic pregnancy is commonly indicative of some type of internal
structure rupture as the fetus grew larger than could be accommodated by the structure.
Supine hypotensive syndrome occurs when supine positioning results in the fetus resting on
the mother�s inferior vena cava. This reduces the amount of blood returning to the heart
from the lower extremities, which reduces cardiac output and drops the mother�s blood
pressure, resulting in syncopal episodes. If this occurs, the woman is encouraged to
lie on her left side, instead of her back, to relieve the pressure on the inferior vena
cava. Given the slowing of her digestive system
and sometimes frequent bouts of nausea and vomiting (called hyperemesis or morning sickness),
it is possible for the mother to dehydrate. Drinking fluids is important, but may not
be wholly effective if the vomiting continues. The placenta itself may create some complications
depending its formation or integrity. Abruptio placenta occurs when the placenta separates
from the uterine wall prior to the delivery of the baby. This is a significant emergency
requiring rapid transport to a hospital. Placenta previa is when the placenta forms abnormally
low in the uterus, either fully or partially covering the cervix. Delivery for a woman
with placenta previa must be managed at a hospital or other definitive care facility.
It is not entirely uncommon for some women to experience hypertensive disorders during
pregnancy. Gestational hypertension is the existence of a blood pressure higher than
140/90 without the presence of protein in the urine. If not monitored or treated adequately,
the woman may develop preeclampsia where the high blood pressure continues but is now accompanied
with excess protein in the urine. Eclampsia occurs when the mother begins experiencing
tonic-clonic seizures as a result of her hypertension and proteinuria.
When preparing for an eminent delivery, there are some factors related to the pregnancy
which may be indicative of potential complications. If the mother is in labor prior to 36 or 37
weeks of gestation (resources vary slightly in defining this threshold), any resulting
birth is considered to be preterm. The problem is not for the mother so much as it is for
the delivered baby who has organs that are not developed enough to allow for normal postnatal
survival. While medical science continues to evolve, allowing for neonatal care and
viability at even younger ages, so to speak, such care cannot be provided by an EMT as
these premature babies require special equipment and other interventions. Rapid transport is
imperative. On the other end of the spectrum are deliveries
past 42 weeks of pregnancy (remember, normal pregnancy lasts approximately 40 weeks). These
post-term pregnancies can create complications for both the fetus and the mother. The fetus
can outgrow the ability of the placenta to provide adequate nutrition and oxygen. As
the fetus continues to grow in utero, the fetus may grow too large to pass through the
mother�s birth canal, which can create complications for both the baby and the mother during delivery
(potentially prompting an emergency C-section). If the baby is delivered with amniotic fluid
that appears stained with an olive green, brown, or yellow tint, the baby likely had
a bowel movement within the uterus and amniotic sac prior to delivery. The product of such
a bowel movement is called meconium. Meconium is the byproduct of the materials ingested
during fetal development and it is considered a sign of fetal distress at some point either
before or during the delivery process. Meconium aspiration on the part of the baby can lead
to infection, pneumonia, and other problems. Definitive medical care is required for these
infants. If meconium is present upon delivery, suction the newborn first before stimulating
him or her. Be certain to maintain an adequate airway, transport rapidly, and consider an
ALS intercept if the newborn exhibits signs of respiratory distress or other related issues.
If the mother is pregnant with more than one fetus (what is known as a multiple gestation),
the resulting delivery is commonly considered to be high-risk. If all goes well, this kind
of delivery can readily be handled by a single EMS crew. If one or more of the babies is
in distress upon delivery, however, providing adequate care to one while still having to
deliver the other sibling or siblings as well as care for the mother will be too much of
a strain for the crew and additional personnel resources will be necessary. If there are
issues, the EMS crew must also be prepared for more than one resuscitation. If one baby
is in distress upon delivery, it is very possible that the other may be as well. If there are
issues with a multiple gestation delivery, utilization of ALS resources, if available,
is recommended. Keep in mind as well that, depending on the level of neonatal care received
by the mother, she may or may not know that she is carrying twins, triplets, or more.
There are also some unfortunate instances in which the fetus is delivered in a nonviable
state. Referred to as intrauterine fetal death, still born, or fetal demise, this occurs when
the fetus dies within the uterus before labor. In some rare instances, the mother may already
be aware of this and it was considered �safer� for her to finish the term and deliver naturally.
In most instances involving a stillborn birth, however, the parents may have not had any
warning or the mother was fearful that there was a problem because something just did not
feel right in the time leading up to the delivery, yet the death of the fetus was not able to
be diagnosed prior to delivery. These deliveries, while rare, will test any EMS provider on
his or her abilities to not only control personal emotions, but to also maintain control of
the scene and provide for the emotional and other needs of the mother and family. Professionalism,
compassion, and empathy are just some of the EMT�s behaviors that will be tested under
such circumstances. Even if a delivery is not anticipated to be
high-risk, complications can still occur. One such complication is the premature rupture
of membranes (the amniotic sac). If the mother is at term, this premature rupture (which
occurs prior to labor) will commonly result in the mother entering labor. If labor does
not begin relatively soon after this event, labor will commonly be induced by a physician.
Preterm premature rupture of membranes is a more serious complication in which this
rupture of membranes occurs prior to the 37th week of gestation, which carries its own set
of risks for the fetus and mother, resulting in premature deliveries in many instances.
Premature deliveries or labor can occur as well without the premature rupture of membranes.
The further away the mother is from being at full term (40 weeks), the greater the risk
to the viability of the fetus. In instances involving premature rupture of membranes or
preterm labor, there is not much the EMS provider can do but rapidly transport the mother to
a definitive care facility. The EMT cannot stop labor if it occurs prematurely, nor is
there anything the EMT can do to repair a ruptured amniotic sac. If delivery occurs,
the EMS providers must be prepared to assist the delivery and perform resuscitation or
other life-saving interventions for the baby once delivered.
Beyond complications associated with labor, the delivery itself may also encounter complications.
One such complication is a breech birth presentation where the baby�s buttocks is delivered first,
with the head still in the birth canal. Limb presentations are also possible, which may
include either one or both of the arms or the legs. There are rare instances in which
the umbilical cord may present first. Providers must also be wary of a nuchal cord where the
umbilical cord is wrapped around the baby�s neck. Multiple births can also complicate
the process of assisting a delivery. If the baby�s buttocks presents first, this
is known as a breech birth and, if possible, it is imperative to transport as rapidly as
possible to the hospital. Try to position the mother with her head down and buttocks
raised to reduce pressure on the birth canal. Coach the mother to not push with contractions.
If the delivery continues, support the baby�s body and, once the torso and shoulders are
clear, attempt to insert wide-spread fingers into the birth canal over the baby�s face
to provide a pathway for air to reach the baby�s mouth. Also use this technique to
exert pressure on the baby to keep the head off the umbilical cord during this stage of
delivery. Lastly, attempt to prevent an explosive delivery of the head by continuing to support
the baby�s body while also providing a makeshift air passage with the other hand.
Handling a limb presentation will vary depending on whether the baby presents with an arm or
a leg. If an arm presents first, it should still be possible to deliver the baby as previously
described (although there can be some concern of trauma to the baby�s shoulder joint).
If a leg presents first, however, this is a breech delivery with a leg presentation,
which makes the breech delivery even more complicated. In either instance, do not pull
on a presenting limb in an attempt to assist the delivery. As with a breech delivery, try
to coach the mother to not push with contractions, position the mother head down and buttocks
up, and transport as quickly and safely possible to the hospital. If the delivery progresses,
however, follow the steps provided for delivery as necessary for either a head-first or breech
delivery. If the umbilical cord presents in the vaginal
opening before delivery of the head, the concern is that a subsequent delivery of the baby
will exert pressure on the cord, thus disrupting the flow of blood and oxygen from the mother
to the baby during that timeframe. Such an occurrence can have catastrophic results for
the baby. If a prolapsed umbilical cord is noted, do not attempt to push it back into
the vagina. As with a breech birth, position the mother with her head down and buttocks
elevated and transport as rapidly as possible. If the delivery cannot be stopped, try to
insert several fingers into the vagina underneath the cord and exert upward pressure on the
baby�s head or buttocks (if a breech birth) to relieve pressure on the umbilical cord.
A nuchal cord occurs when the umbilical cord is wrapped around the baby�s neck. If not
resolved quickly, the cord can strangulate the baby during delivery, preventing blood
and oxygen from reaching his or her brain. If it is noted during delivery that the umbilical
cord is wrapped around the baby�s neck, attempt to loosen the cord from around the
neck, preferably by moving the cord down over the baby�s shoulders. Be cautious when moving
the cord as the EMT does not want to tear the cord. If the cord is tight and it is not
possible to remove it from around the neck, the EMT must rapidly clamp and cut the cord
before the baby is fully delivered. If the cord is cut in such fashion, it is important
to coach the mother to push hard and frequently because the baby no longer has an oxygen supply
from the mother; the baby must breathe on his or her own, which can be difficult while
the chest, lungs, and diaphragm are all being squeezed within the birth canal. Delivery
must occur rapidly after a nuchal cord is cut.
Multiple births can also be challenging to manage, especially if there are any of the
aforementioned complications present with the delivery of any of the newborns. Remember
that multiple births encompasses not only twins, but triplets or possibly more babies.
If the ambulance only has a single OB kit available, it would be prudent to call for
an additional ambulance (or ambulances, if necessary) to have ample OB kits accessible
for each delivery (as each baby will require two cord clamps at the very least). As babies
are delivered, clamp and cut the cord of the delivered baby prior to delivering the next
baby. It is also possible that subsequent babies are delivered before the placenta of
the preceding baby. If, at some point during the delivery process,
the mother complaints of severe, shearing, sudden pain during contractions, the EMT must
be concerned with the possibility of a uterine rupture. If there is a palpable hard mass
in the uterus beside the fetus or the mother begins exhibiting signs of shock, this concern
is well warranted and the need to transport rapidly is even more urgent.
Once delivery is completed, whether there were complications or not, the EMS crew must
now care for multiple patients. While it is easy to focus on the newborn baby (or babies),
do not forget about the health and well-being of the mother as well. Labor is called �labor�
for a reason. The mother will probably be tired, if not exhausted, and may be dehydrated
as well. Of particular concern as well is the potential for internal hemorrhage. The
process of childbirth is traumatic for the mother�s body, particularly the uterus.
For weeks after delivery, it is normal for the woman to experience bleeding, mucus, and
other tissue discharge from the vagina. This normal bleeding and discharge is commonly
described to being similar to menstruation, but significantly heavier. For various reasons,
however, there are instances in which the bleeding is profuse or excessive, which is
not normal. Early postpartum hemorrhage occurs within 24 hours of delivery and late postpartum
hemorrhage is that which occurs more than 24 hours after delivery (although not typically
after six weeks have elapsed). If the EMS crew assists with delivery, be mindful of
profuse or excessive bleeding following the delivery. Monitor the mother for signs of
shock and treat as appropriate. If called for a woman with severe vaginal bleeding or
discharge, be certain to find out if she delivered a baby recently (within the past six weeks).
If so, she may be experiencing postpartum hemorrhage. Again, assess for signs of shock
and treat as necessary. After delivery, women are also at increased
risk for a pulmonary embolism given hypercoagulability following labor and delivery. If called to
respond for a woman with a rapid onset of difficulty breathing, and she recently delivered
a child, a pulmonary embolism may be the culprit. While not commonly a concern for EMS providers,
some women have emotional disturbances after delivery as the hormone levels within the
body experience a rapid change. These disturbances can be mild mood swings to something as drastic
and serious as suicidal ideation. As with any patient, a thorough assessment is an absolute
necessity to assist in the development of a field impression and treatment plan. Given
a psychiatric issue, whether related to postpartum complications or not, always remember to evaluate
the safety of the scene for the EMS crew and do not hesitate to utilize law enforcement
for assistance if necessary. Beyond obstetrics (pregnancy, labor, and delivery),
women may experience other gynecological emergencies, such as a sexually transmitted disease or
pelvic inflammatory disease. According to the CDC, there are 20 million
new sexually transmitted infections within the United States every year. Some of these
diseases strike both men and women alike, such as chlamydia, gonorrhea, hepatitis, herpes,
syphilis, genital warts, HIV/AIDS, and others. The issue for women in particular, however,
is that many of these diseases, such as chlamydia and gonorrhea, can result in infertility if
left untreated. A pregnant woman with a sexually transmitted disease can infect her baby before,
during, or after the baby�s birth. She is also at increased risk for premature labor
or rupture of membranes. Some sexually transmitted diseases are indeed treatable, while others
cannot be cured (only the symptoms can be treated). Women can also suffer from related
diseases unique to their gender, such as pelvic inflammatory disease where bacteria infect
the uterus, fallopian tubes, and other reproductive organs. The CDC reports that 10 to 15 percent
of women with pelvic inflammatory disease will become infertile.
A female patient suffering from the effects of a sexually transmitted disease will commonly
complain of abdominal or vaginal pain. There may also be vaginal bleeding or discharge,
along with a fever, nausea, and/or vomiting. Some sexually transmitted diseases target
specific organs or body systems. A person with untreated syphilis, for instance, will
suffer damage to the brain, nerves, eyes, heart, blood vessels, liver, bones, and joints.
Hepatitis, by comparison, impacts the liver specifically. Depending on how far the disease
has progressed, the patient may present with signs and symptoms related to the dysfunction
of impacted organs and body systems. From an emergency medicine standpoint, there
is not much an EMT can do for a patient with a sexually transmitted disease complaint.
Be certain to protect the patient�s privacy and modesty. Employ appropriate communication
techniques to assess the patient and avoid being judgmental or critical of the patient.
Provide supportive care as appropriate and transport the patient in a position of comfort.
While sexual assault can occur to anyone, statistics show that women are more often
victims than men. According to the National Sexual Violence Resource Center, an estimated
92,700 men are forcibly raped each year in the United States, as opposed to approximately
683,000 women. These numbers are just for the crime of rape, which is a single type
of sexual assault. The statistics are even more staggering for sexual assault as a broader
category with one in four girls being sexually assaulted by the age of 18 (by comparison,
one in six boys are sexually assaulted by the time they reach 18 years of age).
With these statistics in mind, it is highly probable that an EMT will be called to provide
care to a female victim of sexual assault on more than one occasion throughout his or
her career. As with all patient contacts, be certain to utilize standard precautions
and BSI. It is also important to be non-judgmental of the patient. Regardless of the individual�s
demeanor, dress, or other circumstances, sexual assault is a crime and the patient is a victim
who deserves the best care possible (just like any other patient). Reassure the patient
and let her know she is safe. In many instances, the perpetrator of the sexual assault was
male and the female patient may associate any man she encounters with the violation
she just suffered. When possible, try to have a female EMT conduct the assessment and care
of the female sexual assault patient. Examine the genitalia only if there is profuse bleeding
or significant injury requiring intervention. Be certain to manage all other injuries as
appropriate and, if available in your area, transport to a facility with personnel trained
to examine victims of sexual assault. Sexual assault is a crime of varying degrees,
which will require law enforcement involvement. Law enforcement should be contacted when a
sexual assault has occurred. In the case of a minor or geriatric patient, reporting is
mandated by law. For other age groups, the victim should be encouraged to speak with
law enforcement about the assault. Given the likelihood of criminal charges and potential
prosecution given a sexual assault, preservation of the crime scene and evidence is very important.
Minimize contamination of the scene. Do not move items or disturb the scene any more than
necessary to treat and transport the patient. One way to accomplish this is to minimize
the number of rescue personnel entering the scene. Any evidence collected must be documented
and the �chain of evidence� must be maintained. (Utilize law enforcement to assist with the
collection and preservation of evidence.) It is also important to preserve destructible
evidence until it can be collected. This usually means telling the victim to not bathe, shower,
have a bowel movement, urinate, drink fluids, brush teeth, or clean wounds until evidence
can be collected off her body by someone trained in retrieving, documenting, and maintaining
such evidence (which is why the EMT should transport to a facility with expertise and
resources to perform such evidence collection activities). If the patient insists on changing
clothes, have her stand on a clean or sterile sheet to undress, and then collect the sheet
and the clothing in a paper bag for transport along with the patient. Part of protecting
the patient is to help law enforcement in apprehending the suspect so that he (or she)
can be prosecuted as appropriate to prevent others (or the same person) from falling victim
to the perpetrator at a later date. When discussing age-related variations as
they impact obstetrics and gynecology, pediatric females commonly do not experience significant
gynecological issues unless victims of a sexual assault. At some point, the pediatric female
will experience menarche (her first menstrual cycle). This is commonly considered the central
event of female puberty and signals the possibility of fertility. From that point forward, abdominal
complaint assessment must include considerations for possible obstetric emergencies or problems.
Older females will experience menopause at some point, typically during the late 40s
to early 50s. While menopause typically indicates the woman is transitioning or has transitioned
into a non-reproductive (non-fertile) state given cessation of the functioning of the
ovaries, it is still possible (albeit rare) for a post-menopausal woman to become pregnant.
When assessing older females with abdominal complaints, it is important to ask about the
woman�s last menstrual cycle, whether or not she has been through menopause, and whether
or not she has had any gynecological or obstetrical surgeries, such as a hysterectomy, C-section,
or birth control intervention (including endometrial ablation and tying of the fallopian tubes).
These can all be important factors in developing a differential diagnosis and treatment plan
for the geriatric woman with abdominal-related complaints.
Given your completion of this module, you should now be able to: Define terms associated
with female reproductive anatomy; define terms associated with the process of labor; discuss
cultural values affecting pregnancy; identify special considerations of adolescent pregnancy;
summarize the normal physiology of pregnancy; list and describe signs and stages of labor;
list components of assessment for an obstetrical patient; identify the contents of an obstetrics
kit; state indications of an imminent delivery; list steps for a normal delivery; discuss
initial care of the newborn; summarize neonatal resuscitation procedures; describe complications
of pregnancy, labor, delivery and postpartum; discuss gynecological emergencies; describe
the age-related variations for pediatric and geriatric assessment and management of the
female patient; and, appreciate the emotions a sexual assault victim is feeling.
Once completed with your classroom lab, if you have not already participated in it, this
information should assist you in: Demonstrating the steps to assist in the normal delivery
of a baby; demonstrating the steps to assist in complicated deliveries; demonstrating infant
neonatal procedures; demonstrating post-delivery care of an infant; demonstrating the post-delivery
care of the mother; demonstrating the steps in management of the mother with excessive
bleeding; and, demonstrating the completion of a prehospital care report for patients
with obstetrical or gynecological emergencies. This presentation was created by Waukesha
County Technical College with grant funding from the Wisconsin Technical College System.