Website
29
|
EMQ. Warfarin and pregnancy
|
30
|
EMQ. MBRRACE & maternal mortality
|
31
|
EMQ. Access to medical records
|
32
|
EMQ. Borderline ovarian tumours
|
33
|
EMQ. Aneuploidy screening
|
29. EMQ. Warfarin & pregnancy.
Scenario
1.
How does warfarin produce its
anticoagulant effect? Which, if any, of the following are true?
Option list.
A
|
↑
levels of Protein C
|
B
|
↑ levels of Protein S
|
C
|
↓
levels of Factor I
|
D
|
↓
levels of Factor II
|
E
|
↓
levels of Factor III
|
F
|
↓
levels of Factor IV
|
G
|
↓
levels of Factor V
|
H
|
↓
levels of Factor VI
|
I
|
↓
levels of Factor VII
|
J
|
↓
levels of Factor VIII
|
K
|
↓
levels of Factor IX
|
L
|
↓
levels of Factor X
|
Scenario
2.
Which of the following is used
to monitor the effect of warfarin?
Option list.
A
|
bleeding time
|
B
|
clotting time
|
C
|
factor IXa levels
|
D
|
factor Xa levels
|
E
|
international normalised ratio
|
F
|
platelet levels
|
Scenario
3.
What are the main teratogenic
effects of warfarin taken in the 1st. trimester?
There is no option list to make
things harder – just write out what you know about the teratogenic effects.
Scenario
4.
Which, if any, of the following
statements are true in relation to the risk of warfarin?
Option list.
A
|
warfarin embryopathy is most likely if the drug is
taken between 4 and 10 weeks
|
B
|
warfarin embryopathy is most likely if the drug is
taken between 6 and 12 weeks
|
C
|
the cut-off dose for high and low risk of warfarin
embryopathy is 3 mg. in the 1st. trimester
|
D
|
the cut-off dose for high and low risk of warfarin
embryopathy is 5 mg. in the 1st. trimester
|
E
|
the cut-off dose for high and low risk of warfarin
embryopathy is 7.5 mg. in the 1st. trimester
|
Scenario
5.
What is the approximate risk of
warfarin embryopathy if the drug is taken at the time of greatest risk in the 1st.
trimester?
Option list.
A
|
1%
|
B
|
2.5%
|
C
|
5%
|
D
|
7.5%
|
E
|
≥ 10%
|
Scenario
6.
Which of the following adverse
outcomes are associated with warfarin use in pregnancy?
Option list.
A
|
↑ risk of APH
|
B
|
↑ microcephaly
|
C
|
↑
risk of miscarriage
|
D
|
↑ risk of PPH
|
E
|
↑ risk of stillbirth
|
Scenario
7.
Which, if any, of the following
statements are true in relation to warfarin and breastfeeding?
Option list.
A
|
Warfarin is contraindicated because of the risk of
neonatal intracranial haemorrhage
|
B
|
Warfarin is contraindicated because of the risk of PPH
|
C
|
Warfarin is contraindicated because of its variable
effects on neonatal coagulation
|
D
|
Warfarin is highly bound to plasma proteins
|
E
|
Warfarin is not contraindicated as insufficient transfers
to breast milk to be a hazard to the neonate
|
Scenario
8.
What should be your ‘knee-jerk’
response to a question asking which is the one condition for which warfarin is
indicated in pregnancy?
30. EMQ. MRRACE. Maternal mortality.
Abbreviations.
MMR: Maternal
mortality rate
MMRat Maternal
mortality ratio.
Question 1. What is the meaning of the
acronym MBRRACE-UK”?
Option list.
There is none, to make things more testing.
Question 2. Which organisation does it replace?
Question 3. How does it differ
structurally from its predecessor?
Question 4. How will the format
of its reports differ from those of its predecessor?
Question 5. When was MBRRACE’s
first Report published?
Question 6. What was unusual
about MBRRACE’s first Report?
A
|
it covered three years, not
two
|
B
|
it covered four years, not
three
|
C
|
it was very amusing
|
D
|
it made serious criticisms
of the funding of the NHS
|
E
|
it made serious criticisms
of the hours worked by junior doctors
|
F
|
none of the above
|
Question 7. What is ICD-MM?
A
|
ICD-10 as applied to
maternal death
|
B
|
ICD-11 as applied to
maternal death
|
C
|
International classification
of maternal madness
|
D
|
International chocolate
delice- Mmmmm!
|
E
|
none of the above
|
Question 8. When was ICD-MM adopted
by MBRRACE?
A
|
2014
|
B
|
2015
|
C
|
2016
|
D
|
ICD-MM does not exist
|
E
|
ICD-MM will be introduced in
2017
|
F
|
none of the above
|
Question 9. What changes were
made to the classification of maternal suicide by MBRRACE?
A
|
maternal suicide was
reclassified as direct death
|
B
|
maternal suicide was
reclassified as indirect death
|
C
|
maternal suicide was
reclassified as late death as most occur > 6/52 post-delivery
|
D
|
maternal suicide was
reclassified as coincidental, as most women were already very ill
|
E
|
maternal suicide was
reclassified as irrelevant as these women were suicide-likely
|
F
|
none of the above
|
Question 10. When were the changes to the classification of
maternal suicide made by MBRRACE?
A
|
2014
|
B
|
2015
|
C
|
2016
|
D
|
the changes are planned for
2017
|
E
|
no changes have been made
and none are planned
|
F
|
none of the above
|
Question 11. What geographical
innovation was included in MBRRACE’s first Report?
Question 12. What alterations were
made to the timings of maternal death to be considered in its Reports?
Question 13. What was the latest
MMR reported by MBRRACE?
Question 14. How did this compare
with the final MMR reported by CMACE?
A
|
MMR was lower, but the
difference was not statistically significant
|
B
|
MMR was lower and the
difference was statistically
significant
|
C
|
MMR was higher, but the
difference was not statistically significant
|
D
|
MMR was higher and the
difference was statistically significant
|
E
|
MMR was similar
|
Question 15. Which,
if any, of the following topics were included in the confidential enquiries in
the first MBRRACE Report in December 2014?
A
|
amniotic fluid embolism
|
B
|
epilepsy
|
C
|
haemorrhage
|
D
|
placenta accreta, increta & percreta
|
E
|
psychiatric causes
|
Question 16. Which topics were
reviewed in detail in the second Report in 2015?
Question 17. Which topics were
reviewed in detail in the third Report in 2016?
Question 18. Which topics were
reviewed in detail in the fourth Report in 2017?
Question 19. What is the
definition of a maternal death?
Question 20. What is the definition
of a direct maternal death?
Question 21. What is the
definition of indirect maternal death?
Question 22. What was the leading
direct cause of death in the first MBRRACE Report?
Question 23. What was the leading indirect
cause of death in the first Report?
Question 24. What were the 5 top
causes of direct maternal death in the triennium 2013-15?
Question 25. What observation was
made in the first Report about deaths due to hypertensive diseases?
Question 26. Which condition was
linked to 1 in 11 maternal deaths in the first Report in 2014?
Question 27. What key messages
were singled out in the first MBRRACE Report in 2014?
Question 28. What key messages
were singled out in the second MBRRACE Report in 2015?
Question 29. What key messages
were singled out in the third MBRRACE Report in 2016?
Question 30. What messages
relating to critical care were included in the third MBRRACE Report in 2016?
Question 31. What is the
definition of the maternal mortality rate?
Question 32. What is the
definition of a “maternity”?
Question 33. What is the
definition of a live birth?
Question 34. What is the
definition of a stillbirth?
Question 35. What is the
definition of the maternal mortality ratio?
Question 36. How many maternal
deaths in pregnancy or the 6 weeks after were due to epilepsy in 2013-15?
Option list.
A
|
5
|
B
|
8
|
C
|
23
|
D
|
34
|
E
|
41
|
Question 37. Which, if any, of the
following statements is true of the causes of death due to epilepsy in
pregnancy in 2013-15?
Option list.
A
|
the main cause was asphyxia
|
B
|
the main cause was drowning in the
bath
|
C
|
the main cause was falling
|
D
|
the main cause was intracranial
bleeding
|
E
|
the main cause was status epilepticus
|
F
|
the main cause was SUDEP
|
Question 38. Which, if any, of the
following statements is true of the women who died due to epilepsy in pregnancy
in 2013-15?
Option list.
A
|
90% had good pre-pregnancy control of
the epilepsy
|
B
|
80% had good pre-pregnancy control of
the epilepsy
|
C
|
70% had good pre-pregnancy control of
the epilepsy
|
D
|
60% had good pre-pregnancy control of
the epilepsy
|
E
|
50% had good pre-pregnancy control of
the epilepsy
|
F
|
40% had good pre-pregnancy control of
the epilepsy
|
G
|
30% had good pre-pregnancy control of
the epilepsy
|
H
|
20% had good pre-pregnancy control of
the epilepsy
|
J
|
10% had good pre-pregnancy control of
the epilepsy
|
I
|
8 of the 9 did not have good control
and the quality of control was unknown for the 9th.
|
K
|
None of the above
|
Question 39. Which, if any, of the
following statements is true of non-epileptic attack disorder (NEAD) as discussed in MBRRACE17?
Option list.
A
|
is less common than epilepsy in
pregnancy
|
B
|
is more common than epilepsy in
pregnancy
|
C
|
is as common as epilepsy in pregnancy
|
D
|
NEAD is a diagnosis that should not
be made in pregnancy
|
E
|
NEAD is most common in male
adolescents
|
F
|
Most women with NEAD also have
epilepsy
|
Question 40. Which, if any, of the
following statements is most appropriate to describe notification of the women
who died due to epilepsy in pregnancy in 2013-15 to the UK Epilepsy and
Pregnancy Register?
Option list.
A
|
>90%
|
B
|
80-890%
|
C
|
70-79%
|
D
|
60-69%
|
E
|
50-59%
|
F
|
40-49%
|
G
|
<30%
|
H
|
<25%
|
J
|
<20%
|
I
|
<10%
|
K
|
<5%
|
Question 41. How many maternal
deaths were due to cardiac causes in 2012-14?
Option list.
A
|
47
|
B
|
51
|
C
|
56
|
D
|
63
|
E
|
78
|
F
|
82
|
G
|
90
|
Question 42. How many maternal
deaths were due to cardiac causes in 2012-14?
Option list.
A
|
47
|
B
|
51
|
C
|
56
|
D
|
63
|
E
|
78
|
F
|
82
|
G
|
90
|
Question 43. How many deaths due
to cardiac causes were considered in detail in the Confidential Enquiry into
cardiac deaths in the 2012-14 Report?
Option list.
A
|
35
|
B
|
48
|
Question 44. What is the
definition of a stillbirth?
Question 45. What is the
definition of the maternal mortality ratio?
Question 46. How many maternal
deaths were due to cardiac causes in 2012-14?
Option list.
A
|
47
|
B
|
51
|
C
|
56
|
D
|
63
|
E
|
78
|
F
|
82
|
G
|
90
|
Question 47. How many deaths due
to cardiac causes were considered in detail in the Confidential Enquiry into
cardiac deaths in the 2012-14 Report?
Option list.
A
|
35
|
B
|
48
|
C
|
51
|
D
|
78
|
E
|
108
|
F
|
135
|
G
|
153
|
H
|
178
|
I
|
201
|
Question 48. Which day was singled
out as the most dangerous for cardiac death?
Option list.
A
|
the day of onset of labour
|
B
|
the 24 hours after the administration
of a general anaesthetic in labour
|
C
|
the 24 hours after the delivery of a
baby by Caesarean section
|
D
|
the 24 hours after instrumental
delivery of a baby
|
E
|
the day of delivery
|
F
|
the day of delivery after the birth
of the baby
|
G
|
the first day at home
|
Question 49. What percentage of
cardiac deaths took place on the day highlighted as the most dangerous?
Option list.
A
|
5%
|
B
|
10%
|
C
|
15%
|
D
|
20%
|
E
|
25%
|
F
|
30%
|
Question 50. What were the three
most common causes of cardiac death recorded in MBRRACE16?
Option list.
A
|
Aortic dissection
|
B
|
Congenital heart disease (CDH)
|
C
|
Hypertension
|
D
|
Ischaemic heart disease
|
E
|
Myocardial disease / cardiomyopathy
|
F
|
Other
|
G
|
Rheumatic heart disease.
|
H
|
SADS/MNH
|
I
|
Valvular heart disease
|
Question 51. How many deaths due
to congenital heart disease were recorded in MBRRACE16?
Option list.
A
|
0
|
B
|
3
|
C
|
5
|
D
|
11
|
E
|
15
|
F
|
24
|
G
|
35
|
Question 52. What were the main
causes of congenital heart disease deaths recorded in MBRRACE16?
Option list.
A
|
Aortic dissection
|
B
|
Aortic rupture
|
C
|
Left heart failure
|
D
|
Right heart failure
|
E
|
Pulmonary artery hypertension
|
F
|
Pulmonary vein hypertension
|
G
|
Valvular heart disease
|
Question 53. Approximately
what proportion of the women who died of cardiac
disease in MBRRACE16 were known to have cardiac disease before the pregnancy?
Option list.
A
|
10%
|
B
|
20%
|
C
|
30%
|
D
|
40%
|
E
|
50%
|
F
|
60%
|
G
|
70%
|
H
|
80%
|
I
|
90%
|
Question 54. What other risk
factors were noted in MBRRACE16 in relation to the women who died of cardiac
causes?
Option list. There
is no option list to make your life harder. But you know the risk factors!
Question 55. What proportion of
the cardiac deaths in MBRRACE16 occurred in ambulances or emergency
departments?
Option list.
A
|
5%
|
B
|
10%
|
C
|
20%
|
D
|
30%
|
E
|
40%
|
F
|
50%
|
Question 56. What
“overall messages for future care” in relation to cardiac disease were included
in MBRRACE16?
Option list. There is none.
Question 57. How
many deaths occurred due to aortic dissection in 2009-14?
Option list.
A
|
0
|
B
|
3
|
C
|
6
|
D
|
9
|
E
|
15
|
F
|
18
|
G
|
21
|
H
|
24
|
I
|
30
|
Question 58. Which,
if any of the following statements are true in relation to the deaths from
aortic dissection in MBRRACE16?
Option list.
A
|
most occur in late pregnancy /
puerperium, the risk being 25 times greater than at other times
|
B
|
the most common cause of death is
tamponade
|
C
|
20 of the deaths involved the
descending aorta
|
D
|
the classical symptom is severe chest
pain radiating to the back
|
E
|
the classical symptom is severe chest
pain radiating to the left arm
|
F
|
the classical symptom is severe chest
pain radiating to the neck
|
G
|
most cases occurred in women with
known aortopathy, especially Marfan’s syndrome
|
H
|
surgical repair of congenital,
complex coarctation was identified as a risk factor.
|
I
|
8 of the 21 women had presented in
the days before death but aortic dissection had not been considered
|
J
|
42% of the women died at home or
before reaching the emergency department.
|
K
|
better care might have made a
difference to the outcome in almost 60% of cases.
|
Question 59. What
were the “Key messages” about cardiovascular disease in MBRRACE16?
Option list. There
is none. Write as many as you know.
Question 60. Acute
coronary syndrome. I have written an EMQ about myocardial infarction. It has
data from the UKOSS survey. https://www.ncbi.nlm.nih.gov/pubmed/22127355 and https://www.npeu.ox.ac.uk/research/ukoss-myocardial-infarction-136. I’ll add the data from MBRRACE 16 and put
it in one of the tutorials..
Question 61. Approximately
how many women died of myocardial disease / cardiomyopathy?
Option list.
A
|
5
|
B
|
10
|
C
|
15
|
D
|
20
|
E
|
25
|
Question 62. Approximately
how many women died of peripartum cardiomyopathy?
Option list.
A
|
5
|
B
|
10
|
C
|
15
|
D
|
20
|
E
|
25
|
Question 63. What
type of cardiomyopathy is peripartum cardiomyopathy?
Option list.
A
|
congenital cardiomyopathy
|
B
|
dilated cardiomyopathy
|
C
|
hypertrophic cardiomyopathy
|
D
|
obesity-related cardiomyopathy
|
E
|
restrictive cardiomyopathy
|
Question 64. With
regard to cardiomyopathy, which symptom is singled out in MBRRACE 16 as
particularly needing full investigation?
Option list.
A
|
angina
|
B
|
“drop” attacks
|
C
|
dyspnoea
|
D
|
nocturnal sweats
|
E
|
palpitations
|
Question 65 Which
of the following are especially problematic for women with hypertrophic
cardiomyopathy?
Option list.
A
|
bradycardia
|
B
|
epilepsy
|
C
|
hyperglycaemia
|
D
|
hypertension
|
E
|
hypotension
|
F
|
tachycardia
|
Question 66. MBRRACE
16 records that investigation ceased once a particular diagnosis had been
excluded in a number of cases of cardiovascular compromise and the women died
later of undiagnosed cardiac disease. What was the diagnosis?
Option list.
A
|
acute coronary syndrome
|
B
|
aortic stenosis
|
C
|
atrial fibrillation
|
D
|
pulmonary embolism
|
E
|
ventricular fibrillation
|
Question 67. When
are women with peripartum cardiomyopathy most likely to die?
Option list.
A
|
1st. trimester
|
B
|
2nd. trimester
|
C
|
3rd. trimester
|
D
|
1st. stage of labour
|
E
|
2nd. stage of labour
|
F
|
3rd. stage of labour
|
G
|
1st. 24 hours after delivery
|
H
|
in the puerperium
|
I
|
from 6 weeks to 1 year after the
delivery
|
Question 68. Which,
if any, of the following statements are true
in relation to obesity-related cardiomyopathy (ORC) ?
Option list.
A
|
ORC is not a recognised condition
|
B
|
MBRRACE16 reported 2 deaths from ORC
|
C
|
ORC is associated with cardiac
enlargement
|
D
|
ORC is associated with fatty
infiltration of the ventricular muscle
|
E
|
is characterised by myocyte depletion
and left ventricular hypoplasia
|
F
|
is characterised by myocyte
hypertrophy and left ventricular hypertrophy
|
Question 69. How
many deaths were due to valvular heart disease ?
Option list.
A
|
1
|
B
|
2
|
C
|
3
|
D
|
4
|
E
|
5
|
F
|
6
|
G
|
7
|
H
|
8
|
I
|
9
|
J
|
10
|
K
|
11
|
Question 70. Why
am I going to write a separate EMQ on valvular heart disease?
Option list.
A
|
I am now bored with this topic
|
B
|
I find it so fascinating that I feel
it deserves its own EMQ
|
C
|
I don’t know enough about it and need
to do some research
|
D
|
UKOSS conducted a study from 2013 –
2015 and this needs to be included
|
E
|
none of the above.
|
Question 71. What
were the key messages re hypertensive disease in MBRRACE16?
Option list. There is none. Write as many as you can think
of.
Question 72. Which,
if any, of the following was the most common cause of death from hypertensive
disease in 2009-14?
Option list.
A
|
acute fatty liver of pregnancy
|
B
|
eclampsia / cerebral oedema
|
C
|
haemorrhage due to thrombocytopenia
|
D
|
HELLP /hepatic necrosis
|
E
|
hepatic rupture
|
F
|
intracranial haemorrhage
|
G
|
left ventricular failure
|
H
|
pulmonary oedema
|
Question 73. Which,
if any, of the following conditions does MBRRACE16 say are usually attributable
to poor fluid management?
Option list.
A
|
acute fatty liver of pregnancy
|
B
|
eclampsia / cerebral oedema
|
C
|
haemorrhage due to thrombocytopenia
|
D
|
HELLP /hepatic necrosis
|
E
|
hepatic rupture
|
F
|
intracranial haemorrhage
|
G
|
left ventricular failure
|
H
|
pulmonary oedema
|
Question 74. What
upper gestational limit was used by MBRRACE16 in the definition of early
pregnancy?
Option list.
A
|
10 weeks
|
B
|
12 weeks
|
C
|
16 weeks
|
D
|
18 weeks
|
E
|
20 weeks
|
F
|
24 weeks
|
G
|
26 weeks
|
Question 75. Which
of the following ranked top in the causes of death < 24 weeks in 2009-2014?
Option list.
A
|
Cardiac
|
B
|
Ectopic
|
C
|
Haemorrhage
|
D
|
Mental health problems
|
E
|
Miscarriage
|
F
|
Sepsis
|
G
|
Thrombosis & thrombo-embolism
|
H
|
TOP
|
Question 76. Why
did MBRRACE16 recommend FAST for women presenting to emergency departments with
pulmonary embolism in the list of differential diagnoses?
Option list.
A
|
to exclude aortic dissection before
thrombolysis
|
B
|
to exclude acute coronary syndrome
before thrombolysis
|
C
|
to exclude intra-peritoneal bleeding
from ectopic pregnancy before thrombolysis
|
D
|
to exclude intra-uterine pregnancy
before thrombolysis
|
E
|
to exclude Bornholm disease before
thrombolysis
|
Question 77. What
were the key messages in relation to early pregnancy deaths in MBRRACE16?
Option list. There is none. Write as many as you can think
of.
Question 78. What
proportion of pregnant / recently delivered women needing critical care
survive?
Option list.
A
|
50%
|
B
|
60%
|
C
|
70%
|
D
|
80%
|
E
|
90-94%
|
F
|
≥ 95%
|
Question 79. MBRRACE16
looked at the cause of death in 144 women admitted to critical care from
2009-14. What was the most common cause of death?
Option list.
A
|
Amniotic fluid embolism
|
J
|
Anaesthetic
|
I
|
Cardiac
|
L
|
Coincidental
|
B
|
Early pregnancy death
|
D
|
Haemorrhage
|
E
|
Neurological
|
K
|
Other indirect
|
C
|
PET / eclampsia
|
H
|
Psychiatric
|
G
|
Sepsis
|
F
|
Thrombosis / thrombo-embolism
|
M
|
Unascertained
|
Question 80. What
are the key facts to remember about critical care?
Option list. There is none. Write what you think are the
key facts and numbers.
Question 81. What
“red flags” does MBRRACE highlight in relation to maternal sepsis?
Option list. There is none.
* There was a query in the January 2017 tutorial about whether the upper
limit of lactate of 2 or 4. MBRRACE14 has the following on page 34: “serum
lactate >2mmol/L indicates severe
sepsis
and > 4mmol/L indicates septic shock”.
MBRRACE16 in Box 6.1 which lists maternal sepsis red flags includes
lactate ≥2 mmol/l.
Question 82. What
were MBRRACE16’s “key messages” for critical care?
Option list.
* There was a query in the January 2017 tutorial about whether the upper
limit of lactate of 2 or 4. MBRRACE14 has the following on page 34: “serum
lactate >2mmol/L indicates severe
sepsis
and > 4mmol/L indicates septic shock”.
MBRRACE16 in Box 6.1 which lists maternal sepsis red flags includes
lactate ≥2 mmol/l.
Question 83. What
were MBRRACE16’s “key messages” for critical care?
Question 84. The
following topics were covered in the first 3 MBRRACE Reports? Sort them by
Report: 1st. Report 2014, 2nd. Report 2015, 3rd.
Report 2016.
AFE,
|
|
anaesthesia,
|
|
cardiac causes,
|
|
coincidental deaths,
|
|
early pregnancy deaths,
|
|
eclampsia & PET,
|
|
haemorrhage,
|
|
late deaths,
|
|
malignancy,
|
|
neurological disorders,
|
|
psychiatric causes,
|
|
respiratory, endocrine and
other indirect causes,
|
|
sepsis.
|
|
thrombosis and
thromboembolism.
|
|
women admitted to critical
care
|
|
women with artificial heart
valves
|
|
Question 85. How
many anaesthetic deaths were recorded in MBRRACE17?
Option list.
A
|
1
|
B
|
2
|
C
|
5
|
D
|
8
|
E
|
10
|
F
|
12
|
Question 86. Which,
if any, of the following statements are
included by MBRRACE17?
Option list.
A
|
BP is the best measure of cardiac
output
|
B
|
pulse rate is a good indicator of
cardiac output
|
C
|
external cardiac compressions should
be started early if cardiac output is inadequate
|
D
|
external cardiac compressions are
contraindicated in the presence of cardiac activity because of the risk of
ventricular rupture
|
E
|
if there has been massive
haemorrhage, extubation should not be done until the bleeding has ceased and
adequate resuscitation has taken place.
|
Question 87. Which
of the following sizes of endotracheal tubes are recommended for inclusion in
resuscitation carts by MBRRACE17?
Option list.
A
|
4 mm
|
B
|
5 mm
|
C
|
6 mm
|
D
|
7 mm
|
E
|
8 mm
|
F
|
9 mm
|
31. EMQ. Access
to medical records.
Question 1.
Lead in.
A woman is admitted at 36
weeks’ gestation with a massive APH due to placental abruption. She dies 12
hours later despite best possible care. The death is reported to the coroner
who requests access to her medical records. Which, if any, of the following
would be the correct response?
Option list.
A.
|
deny access to the medical records as the cause of
death is clear
|
B.
|
consult the Caldicott Guardian
|
C.
|
consult the Trust’s legal team.
|
D.
|
provide restricted access to the records
|
E.
|
provide unrestricted access to the records
|
Question 2.
Lead in.
A woman had TVT 3 years ago for
stress incontinence. She now has recurrence of stress incontinence plus urgency
and urge incontinence.
She discussed this with a
friend who said that she thought the operation had not been done correctly and
that she should get here medical records as a preliminary to suing the
hospital.
You see her in the clinic.
Which of the following options best indicates what you will advise her?
Option list.
A.
|
she is entitled to full access apart from the rare
possibility that this would cause harm to her or anyone else
|
B.
|
she is entitled to access to the parts of the notes
dealing with the treatment she had relating to the TVT, with the proviso that
this would not cause harm to her or anyone else
|
C.
|
she must submit an application which will be considered
by the hospital’s legal advisors
|
D.
|
she must submit an application which will be considered
by the medical records committee
|
E.
|
she is not entitled to access unless she makes
successful application to the Court of Protection
|
Question 3.
Lead in.
A woman is entitled to access
her medical records. Which, if any of the following statements are true?
Statements
A.
|
access is free and the Trust must bear any costs
|
B.
|
the Trust is entitled to charge a reasonable sum
|
C.
|
the Trust is entitled to charge what it likes
|
D.
|
the Trust is entitled to charge a reasonable sum for
producing hard copies of the records
|
E.
|
the Trust is entitled to charge a what it likes for
producing hard copies of the records
|
Option list.
i.
|
A
|
ii.
|
B
|
iii.
|
B + D
|
iv.
|
C
|
v.
|
C + D
|
Question 4.
Lead in.
A woman is entitled to access
her medical records. What will be your advice about time scales for access
including copies, if required?
Option list.
A.
|
access within 5 days
|
B.
|
access within 10 days
|
C.
|
access within 20 days
|
D.
|
access within 40 days
|
E.
|
access within 60 days
|
Question 5.
Lead in.
A woman is admitted at 36
weeks’ gestation with an unexplained fetal death in-utero. Full investigation
is normal. The father of the baby is unhappy about the lack of explanation for
the death and visits the coroner’s office. He is interviewed by a coroner’s
officer who writes to the obstetric unit requesting copies of the mother’s
medical records. Which, if any, of the following would be the correct response?
Option list.
A.
|
deny access to the medical records, despite the death
being unexplained
|
B.
|
consult the Caldicott Guardian
|
C.
|
consult the Trust’s legal team.
|
D.
|
provide restricted access to the records
|
E.
|
provide unrestricted access to the records
|
Question 6.
Lead in.
A woman of 56 years was
diagnosed with severe dyskaryosis and referred for colposcopy. Shortly after
she moved house and did not receive any colposcopy appointments. She was
referred to the hospital six months later with bleeding and was found to have
advanced cervical cancer. She died one year later, despite best treatment. The
coroner requests access to the notes. Which, if any, of the following responses
by the Trust are correct?
Option list.
A.
|
deny access to the records as the death was due to
administrative, not clinical, failure
|
B.
|
consult the Caldicott Guardian
|
C.
|
consult the Trust’s legal team
|
D.
|
provide restricted access to the records
|
E.
|
provide unrestricted access to the records
|
Question 7.
Lead in.
A woman has a normal delivery
at term. A 3.5 kg. baby is delivered normally. Initially it appears to do well,
but at 36 hours it is found dead in its cot. Full investigation, including
post-mortem examination fail to identify a cause of death. The death is
attributed to “sudden infant death syndrome”. The father reports the case to
the coroner who requests the maternal and paediatric notes. Which, if any, of
the following responses by the Trust are correct?
Option list.
A.
|
deny access to the records as the death has been fully
investigated
|
B.
|
consult the Caldicott Guardian
|
C.
|
consult the Trust’s legal team
|
D.
|
provide restricted access to the maternal records and
full access to the baby’s records
|
E.
|
provide unrestricted access to the records of mother
and baby
|
Question 8.
Lead in.
A woman has a normal delivery
at term. A 3.5 kg. baby is delivered normally. Initially it appears to do well,
but at 16 hours it is found dead in its cot. Post-mortem examination attributes
the death to Fallot’s tetralogy. The father reports the case to the coroner who
requests the maternal and paediatric notes. Which, if any, of the following
responses by the Trust are correct?
Option list.
A.
|
deny access to the records as the cause of death has
been found
|
B.
|
consult the Caldicott Guardian
|
C.
|
consult the Trust’s legal team
|
D.
|
provide restricted access to the maternal records and
full access to the baby’s records
|
E.
|
provide unrestricted access to the records of mother
and baby
|
Question
9.
Lead in.
A 75-year-old woman has
Wertheim’s hysterectomy for cancer of the cervix and dies 3 days later of
pulmonary embolism, despite appropriate prophylaxis. During the post-operative
care she had made it clear that her husband should be kept fully informed about
events. Three months after her death the husband requests access to her notes
without stating why. Which, if any, of the following responses by the Trust are
correct?
Option list.
A.
|
deny access to the records as they are not his records
|
B.
|
consult the Caldicott Guardian
|
C.
|
consult the Trust’s legal team
|
D.
|
provide restricted access to the wife’s records
|
E.
|
advise about the criteria for access and how to apply
|
32. EMQ. Borderline
ovarian tumours.
Abbreviations.
BOT: borderline ovarian tumour.
Ca125: Ca125 as iu/ml.
COC: combined oral contraceptive.
EOT: epithelial ovarian tumour.
IOC: invasive ovarian cancer.
MOV: mean ovarian volume.
MS: menopause score.
POI: premature ovarian insufficiency.
RMI: Risk of Malignancy Index.
SOT: serous ovarian tumour.
US: ultrasound score.
Scenario
1.
Which, if any, of the following
statements are true in relation to BOTs?
Option list.
A
|
show more proliferation than benign ovarian tumours
|
B
|
stromal invasion is absent
|
C
|
stromal invasion is < 5 mm from the ovarian surface
|
D
|
comprise 10-15% of EOTs
|
E
|
comprise 10-15% of GCTOs
|
F
|
comprise 10-15% of SOTs
|
Scenario
2.
Which, if any, of the following
statements are true?
Option list.
A
|
BOTs constitute
5-10% of ovarian epithelial neoplasia
|
B
|
BOTs constitute 10-15% of ovarian epithelial neoplasia
|
C
|
BOTs constitute 15-20% of ovarian epithelial neoplasia
|
D
|
BOTs constitute
5-10% of ovarian germ-cell neoplasia
|
E
|
BOTs constitute 10-15% of ovarian germ-cell neoplasia
|
F
|
BOTs constitute 15-20% of ovarian germ-cell neoplasia
|
Scenario
3.
Which, if any, of the following
statements are true?
Option list.
A
|
BOTs are less common in women who have taken the COC
for > 5 years
|
B
|
BOTs are less common in women with a history of
lactation
|
C
|
BOTs are more common after the menopause
|
D
|
BOTs are more common in multiparous women
|
E
|
BOTs are more common in women with BRCA1 & 2
mutations
|
Scenario
4.
Which, if any, of the following
statements are true in relation to BOTs.
Option list.
A
|
p53 mutations are more common than in invasive ovarian
tumours
|
B
|
BRAF/KRAS mutations are common than in invasive ovarian
tumours
|
C
|
BRCA 1 & 2 mutations are more common in women with
BOTs
|
D
|
BOTs are more common in women from a Lynch syndrome
family with a known MSH6 mutation
|
E
|
BOTs are more common in women with red hair
|
Scenario
5.
Which, if any, of the following
statements are true in relation to BOTs.
Option list.
A
|
Brenner tumours are the most common
|
B
|
endometrioid tumours are the most common
|
C
|
mucinous tumours are the most common
|
D
|
serous tumours are the most common
|
E
|
< 10% are bilateral
|
Scenario
6.
Which, if any, of the following
statements are true in relation to mucinous BOTs.
Option list.
A
|
are subdivided into endocervical / Müllerian or
intestinal categories
|
B
|
are subdivided into endocervical / Müllerian,
intestinal or renal categories
|
C
|
are subdivided into endometrial or intestinal
categories
|
D
|
pseudomyxoma peritonei occurs in < 1% of cases
|
E
|
pseudomyxoma peritonei occurs in about 10% of cases
|
Scenario
7.
Which, if any, of the following
statements are true in relation to BOTs.
Option list.
A
|
↑ Ca
125 levels are rare, normally indicating malignancy
|
B
|
Ca 19-9 levels are often ↑ in mucinous BOTs
|
C
|
CEA levels are often ↑ in serous tumours
|
D
|
Ca 15-3 is commonly ↑ in both mucinous and serous BOTs
|
E
|
TVS and MRI are useful in the assessment of BOTs
|
Scenario
8.
Which, if any, of the following
statements are true in relation to BOTs.
Option list.
A
|
the 5-year survival rate is approximately 80% for stage
I disease
|
B
|
the 5-year survival rate is approximately 95% for stage
I disease
|
C
|
the 5-year survival rate is approximately 50% for stage
III disease
|
D
|
the 5-year survival rate is approximately 60% for stage
III disease
|
E
|
the overall 10-year survival rate is approximately 75%
|
Scenario
9.
Which, if any, of the following
statements is true in relation to calculation of the RMI score?
Option list.
A
|
uses the formula age x Ca125 x US
|
B
|
uses the formula Ca125 x MS x MOV
|
C
|
uses the formula (Ca125 + MS) x US
|
D
|
uses the formula Ca125 + MS + US
|
E
|
uses the formula Ca125 x MS x US
|
F
|
none of the above
|
Scenario
10.
Which, if any, of the following
describes the formula used for the calculation of the MOV as used in the RMI
score?
Option list.
A
|
total ovarian volume / 2
|
B
|
total ovarian volume / average ovarian number
|
C
|
total ovarian volume / ovarian number
|
D
|
total volume of the larger ovary
|
E
|
p
x (mean diameter)3 / 4 of the larger ovary
|
F
|
none of the above
|
Scenario
11.
Which, if any, of the following
as used in the calculation of the MS as used in the RMI score
Option list.
A
|
prepubertal:
score = 0
|
B
|
1ry. amenorrhoea:
score = 1
|
C
|
POI: score = 2
|
D
|
perimenopausal:
score = 3
|
E
|
menopausal:
score = 4
|
F
|
none of the above
|
Scenario
12.
Which, if any, of the following
statements is true in relation to calculation of the RMI score?
Option list.
A
|
uses the formula age x Ca125 x US
|
B
|
uses the formula Ca125 x MS x MOV
|
C
|
uses the formula (Ca125 + MS) x US
|
D
|
uses the formula Ca125 + MS + US
|
E
|
uses the formula Ca125 x MS x US
|
F
|
none of the above
|
Scenario
13.
Which, if any, of the following
statements are true in relation to the RMI and BOTs.
Option list.
A
|
the RMI is particularly useful and should always be
considered in the early assessment
|
B
|
the RMI is not particularly useful in the majority of
possible BOTs
|
C
|
the strength of the RMI in the assessment of possible
BOTs lies with the elevated Ca125 levels
|
D
|
weakness of the RMI in the assessment of possible BOTs
is, in part, due to the wide range of Ca125 levels found with BOTs
|
E
|
none of the above
|
Scenario
14.
Which, if any, of the following
statements are true in relation to the measurement of Ca125 in calculating a
RMI score.
Option list.
A
|
the units used are mg/L
|
B
|
the units used are mg/mL
|
C
|
the units used are mol/L
|
D
|
the units used are mol/mL
|
E
|
the units used are iu/L
|
E
|
the units used are iu/ml
|
Scenario
15.
Which, if any, of the following
are part of the measurement of US?
Option list.
A
|
ascites
|
B
|
hydrothorax
|
C
|
multilocular cysts
|
D
|
↑
ovarian blood flow
|
E
|
↑ ovarian number
|
E
|
↑ ovarian volume
|
Scenario
16.
Which, if any, of the following
statements describes the best management of BOTs.
Option list.
A
|
the best management is hysterectomy + BSO + infracolic
omentectomy + lymphadenectomy + appendicectomy + excision of extra-ovarian
lesions
|
B
|
the best management is hysterectomy + BSO + infracolic
omentectomy + appendicectomy
|
C
|
the best management is hysterectomy + BSO +
appendicectomy
|
D
|
the best initial management is ovarian cystectomy +
histology of frozen section
|
E
|
chemotherapy should be offered when the stage is > I
|
F
|
none of the above
|
Scenario
17.
Which, if any, of the following
statements describes the recommended management of BOT in the woman who does
not wish to retain her fertility?
Option list.
A
|
the best management is hysterectomy + BSO + infracolic
omentectomy + lymphadenectomy + appendicectomy + excision of extra-ovarian
lesions
|
B
|
the best management is hysterectomy + BSO + infracolic
omentectomy + appendicectomy
|
C
|
the best management is hysterectomy + BSO +
appendicectomy
|
D
|
the best initial management is ovarian cystectomy + histology
of frozen section
|
E
|
none of the
above
|
Scenario
18.
Which, if any, of the following
statements describes the recommended additional management of BOT in the woman
who does not wish to retain her fertility and whose tumour is mucinous?
Option list.
A
|
appendicectomy
|
B
|
appendicectomy after histology of frozen section
|
C
|
removal of the other ovary
|
D
|
removal of the other ovary after histology of frozen
section
|
E
|
bilateral salpingectomy
|
Scenario
19.
What advice is usually given in
relation to the use of clomifene in women treated for BOTs?
Option list.
A
|
clomifene is contraindicated
|
B
|
only offer treatment to women < 35 years
|
C
|
only offer treatment to women who have screened –ve for
BRCA 1 & 2
|
D
|
only offer treatment to women with stage 1 & 2
disease
|
E
|
restrict the number of treatment cycles
|
Scenario
20.
What is the role of
chemotherapy in the management of women with BOTs?
Option list.
A
|
chemotherapy should be offered routinely after surgery
as for invasive disease
|
B
|
pre-operative chemotherapy reduces recurrence rates
|
C
|
routine chemotherapy is of unproven benefit
|
D
|
the main role for chemotherapy is for recurrent disease
|
E
|
the main role for chemotherapy is for recurrent disease
unsuitable for surgery
|
Scenario
21.
Which, if any, of the following
statements are true in relation to restaging in the management of women with
BOTs?
Option list.
A
|
should be offered routinely if definitive surgery is
not performed initially
|
B
|
restaging improves 5-year recurrence rates
|
C
|
restaging improves 10-year survival
|
D
|
restaging may be appropriate for those with invasive
implants
|
E
|
restaging may be appropriate for those with DNA
aneuploidy
|
Scenario
22.
What advice is usually given in
relation to the management of women found unexpectedly to have a BOT on
histology?
Option list.
A
|
further surgery, if needed, to remove the ovary and
tube
|
B
|
adjuvant chemotherapy
|
C
|
pelvic radiotherapy
|
D
|
close follow-up
|
E
|
none of the above
|
Scenario
23.
What is the role of laparoscopy
in women with actual or suspected BOT?
Option list.
A
|
laparoscopy has replaced laparotomy in most cases
|
B
|
concerns about the risk of recurrence limit its use
|
C
|
concerns about worse survival limit its use
|
D
|
concerns about port metastasis limit its used
|
E
|
none of the above
|
Scenario
24.
What is the definition of
conservative surgery in the management of
BOTs?
Option list.
A
|
surgery with conservation of uterus and at least one
ovary
|
B
|
surgery with conservation of uterus and at least part
of one ovary
|
C
|
surgery with complete staging + conservation of uterus
and at least one ovary
|
D
|
surgery with complete staging + conservation of uterus
and at least part of one ovary
|
E
|
complete staging + omentectomy + conservation of uterus
and at least part of one ovary
|
Scenario
25.
A nulliparous 24-year-old woman
has a right-sided BOT. She has opted for conservative surgery with conservation
of the uterus and left ovary and tube. She has asked about the advisability of
biopsy of the left ovary at the time of surgery. Which of the following options
would reflect your advice.
Option list.
A
|
biopsy of the apparently normal ovary is recommended
|
B
|
biopsy of the apparently normal ovary is not
recommended
|
C
|
biopsy of the apparently normal ovary is decided on an
ad hoc basis by the MDT
|
D
|
biopsy of the apparently normal ovary is a matter for
informed consent
|
E
|
none of the above
|
Scenario
26.
A nulliparous 24-year-old woman
has a right-sided BOT. She has conservative surgery with conservation of the
uterus and left ovary and tube. She has asked about the advisability of removal
of the left ovary and tube once she has completed her family.
Option list.
A
|
LSO is recommended once her family is complete
|
B
|
LSO is not recommended
|
C
|
LSO once her family is complete is decided on an ad hoc
basis by the MDT
|
D
|
LSO once her family is complete is a matter for
informed consent
|
E
|
none of the above
|
Scenario
27.
What advice can be given about
fertility rates after conservative surgery for a BOT?
Option list.
A
|
about half of women conceive spontaneously
|
B
|
fertility rates are unimpaired by conservative surgery
|
C
|
fertility rates are improved by conservative surgery
|
D
|
fertility rates after conservative surgery are unknown
|
E
|
none of the above
|
29. EMQ. Aneuploidy screening.
Lead-in.
The following scenarios relate to screening for
aneuploidy.
Pick one option from the option list.
Each option can be used once, more than once or not at
all.
Abbreviations.
Ds:
|
Down’s syndrome.
|
FASP:
|
Fetal Anomaly Screening Programme.
|
MSAFP:
|
maternal
serum alpha-fetoprotein.
|
NSC:
|
|
PAPP-A
|
pregnancy-associated plasma protein A.
|
SS16:
|
NSC’s NHS
public health functions agreement. 2016-17.
Screening for Down’s, Edward’s and Patau’s syndromes.
|
uE2
|
unconjugated oestradiol.
|
uE3
|
unconjugated oestriol.
|
Scenario
1.
Which of the following
statements are included in the WHO criteria for a good screening test?
Statements.
1.
|
The condition should be
important
|
2.
|
There should be a
recognisable latent or early symptomatic stage
|
3.
|
The natural course of the
condition should be adequately understood
|
4.
|
There must be a suitable test
that is acceptable to the population to be screened
|
5.
|
There must be an accepted,
effective treatment for those identified by screening
|
6.
|
Diagnostic and treatment
facilities must exist
|
7.
|
There must be an agreed
policy about which of those identified by screening are to be treated
|
8.
|
The cost of screening,
diagnosis and treatment must be valid within the budget for overall medical
care
|
Option list.
A.
|
1 + 2 + 3 + 4 + 5 + 6
|
B.
|
1 + 2 + 5 + 6 + 7 + 8
|
C.
|
1 + 2 + 3 + 4 + 5 + 8
|
D.
|
1 + 5 + 6 + 7 + 8
|
E.
|
1 + 2 + 5 + 6 + 7 + 8
|
F.
|
1 + 2 + 3 + 4 + 5 + 6 + 8
|
G.
|
1 + 2 + 3 + 4 + 5 + 7 + 8
|
H.
|
All of the above
|
Scenario
2.
What is the latest NSC
criterion for the minimum sensitivity of the combined 1st trimester
test?
Option list.
A.
|
≥ 75%
|
B.
|
≥ 80%
|
C.
|
≥ 85%
|
D.
|
≥ 87.5%
|
E.
|
≥ 90%
|
F.
|
≥ 92.5%
|
G.
|
≥ 95%
|
H.
|
≥ 97.5%
|
I.
|
|
Scenario
3.
What is the latest NSC
criterion for the maximum false +ve rate for the combined 1st
trimester test?
Option list.
A.
|
≥ 10%
|
B.
|
≥ 9%
|
C.
|
≥ 8%
|
D.
|
≥ 7%
|
E.
|
≥ 6%
|
F.
|
≥ 5%
|
G.
|
≥ 4%
|
H.
|
≥ 3%
|
I.
|
≥ 2%
|
J.
|
≥ 1%
|
K.
|
≥ 0.5
|
Scenario
4.
What is the latest NSC
criterion for the minimum sensitivity of the 2nd. trimester
quadruple test?
Option list.
A.
|
≥ 75%
|
B.
|
≥ 80%
|
C.
|
≥ 85%
|
D.
|
≥ 87.5%
|
E.
|
≥ 90%
|
F.
|
≥ 92.5%
|
G.
|
≥ 95%
|
H.
|
≥ 97.5%
|
I.
|
none of the above
|
Scenario
5.
What is the latest NSC
criterion for the maximum false +ve rate for the 2nd. trimester
quadruple test?
Option list.
A.
|
≥ 10%
|
B.
|
≥ 9%
|
C.
|
≥ 8%
|
D.
|
≥ 7%
|
E.
|
≥ 6%
|
F.
|
≥ 5%
|
G.
|
≥ 4%
|
H.
|
≥ 3%
|
I.
|
≥ 2%
|
J.
|
≥ 1%
|
K.
|
≥ 0.5
|
Scenario
6.
Which of the following markers
are used in the 1st. trimester combined test?
Markers
1
|
beta-hCG
|
2
|
free beta-hCG
|
3
|
hCG
|
4
|
inhibin A
|
5
|
inhibin B
|
6
|
MSAFP
|
7
|
PAPP-A
|
8
|
PAPP-B
|
9
|
uE2
|
10
|
uE2
|
Option list.
A.
|
beta-hCG + free beta-hCG +
hCG +inhibin A + inhibin B + MSAFP + PAPP-A + PAPP-B + uE2 + uE3
|
B.
|
beta-hCG + free beta-hCG +
hCG +inhibin A + inhibin B + MSAFP + PAPP-A + PAPP-B + uE2 + uE3
|
C.
|
beta-hCG + free beta-hCG +
hCG +inhibin A + inhibin B + MSAFP + PAPP-A + PAPP-B + uE2 + uE3
|
D.
|
beta-hCG + free beta-hCG +
hCG +inhibin A + inhibin B + MSAFP + PAPP-A + PAPP-B + uE2 + uE3
|
E.
|
beta-hCG + free beta-hCG +
hCG +inhibin A + inhibin B + MSAFP + PAPP-A + PAPP-B + uE2 + uE3
|
F.
|
beta-hCG + free beta-hCG +
hCG +inhibin A + inhibin B + MSAFP + PAPP-A + PAPP-B + uE2 + uE3
|
G.
|
beta-hCG + free beta-hCG +
hCG +inhibin A + inhibin B + MSAFP + PAPP-A + PAPP-B + uE2 + uE3
|
H.
|
beta-hCG + free beta-hCG +
hCG +inhibin A + inhibin B + MSAFP + PAPP-A + PAPP-B + uE2 + uE3
|
I.
|
beta-hCG + free beta-hCG +
hCG +inhibin A + inhibin B + MSAFP + PAPP-A + PAPP-B + uE2 + uE3
|
J.
|
beta-hCG + free beta-hCG +
hCG +inhibin A + inhibin B + MSAFP + PAPP-A + PAPP-B + uE2 + uE3
|
K.
|
beta-hCG + free beta-hCG +
hCG +inhibin A + inhibin B + MSAFP + PAPP-A + PAPP-B + uE2 + uE3
|
L.
|
beta-hCG + free beta-hCG +
hCG +inhibin A + inhibin B + MSAFP + PAPP-A + PAPP-B + uE2 + uE3
|
M.
|
beta-hCG + free beta-hCG +
hCG +inhibin A + inhibin B + MSAFP + PAPP-A + PAPP-B + uE2 + uE3
|
N.
|
beta-hCG + free beta-hCG +
hCG +inhibin A + inhibin B + MSAFP + PAPP-A + PAPP-B + uE2 + uE3
|
Scenario
7.
Which of the following markers
are used in the 2nd. trimester quadruple test?
Markers & option list as for the previous question.
Scenario
8.
What is the approximate
age-related risk of Ds at term for a woman of 21?
Option list.
A.
|
1 in 20
|
B.
|
1 in 35
|
C.
|
1 in 50
|
D.
|
1 in 85
|
E.
|
1 in 100
|
F.
|
1 in 200
|
G.
|
1 in 350
|
H.
|
1 in 500
|
I.
|
1 in 1,000
|
J.
|
1 in 1,500
|
K.
|
none of the above
|
Scenario
9.
What is the approximate
age-related risk of Ds at term for a woman of 25?
Option list. As for question 8.
Scenario
10.
What is the approximate
age-related risk of Ds at term for a woman of 30?
Option list. As for question 8.
Scenario
11.
What is the approximate
age-related risk of Ds at term for a woman of 35?
Option list. As for question 8.
Scenario
12.
What is the approximate
age-related risk of Ds at term for a woman of 40?
Option list. As for question 8.
Scenario
13.
What is the approximate
age-related risk of Ds at term for a woman of 45?
Option list. As for question 8.
Scenario
14.
What is the approximate
age-related risk of Ds at term for a woman of 50?
Option list. As for question 8.
Scenario
15.
A woman books
at 10 weeks in her 1st. pregnancy.
A scan shows a
single pregnancy of a correct size for the gestation.
What Ds
screening should be offered?
Option
list.
A.
|
amniocentesis
|
B.
|
cell-free fetal DNA
|
C.
|
chorionic
villus biopsy
|
D.
|
combined 1st. trimester screening
|
E.
|
ductus venosus imaging
|
F.
|
magnetic resonance imaging
|
G.
|
quadruple biochemical screening
|
H.
|
pre-implantation genetic diagnosis
|
I.
|
ultrasound scan for crown-rump length
|
J.
|
ultrasound for normal variants
|
K.
|
ultrasound normality scan in 2nd. trimester
|
L.
|
none of the above
|
Scenario
16.
A woman books
at 10 weeks in her 1st. pregnancy.
A scan shows a
twin pregnancy of a correct size for the gestation.
What Ds
screening should be offered?
Option
list.
|
amniocentesis
|
B.
|
cell-free fetal DNA
|
C.
|
chorionic
villus biopsy
|
D.
|
combined 1st. trimester screening
|
E.
|
ductus venosus imaging
|
F.
|
magnetic resonance imaging
|
G.
|
quadruple biochemical screening
|
H.
|
pre-implantation genetic diagnosis
|
I.
|
ultrasound scan for crown-rump length
|
J.
|
ultrasound for normal variants
|
K.
|
ultrasound normality scan in 2nd. trimester
|
L.
|
none of the above
|
Scenario
17.
A woman books
at 10 weeks in her 1st. pregnancy.
A scan shows a
single pregnancy of a correct size for the gestation.
What
screening should be offered for Edward’s and Patau’s syndromes.
Option
list.
|
amniocentesis
|
B.
|
cell-free fetal DNA
|
C.
|
chorionic
villus biopsy
|
D.
|
combined 1st. trimester screening
|
E.
|
ductus venosus imaging
|
F.
|
magnetic resonance imaging
|
G.
|
quadruple biochemical screening
|
H.
|
pre-implantation genetic diagnosis
|
I.
|
ultrasound scan for crown-rump length
|
J.
|
ultrasound for normal variants
|
K.
|
ultrasound normality scan in 2nd. trimester
|
L.
|
none of the above
|
Scenario
18.
A woman books at 15 weeks in
her 1st. pregnancy.
A scan shows a twin pregnancy
of a correct size for the gestation.
What Ds screening should be
offered?
Option
list.
|
amniocentesis
|
B.
|
cell-free fetal DNA
|
C.
|
chorionic
villus biopsy
|
D.
|
combined 1st. trimester screening
|
E.
|
ductus venosus imaging
|
F.
|
magnetic resonance imaging
|
G.
|
quadruple biochemical screening
|
H.
|
pre-implantation genetic diagnosis
|
I.
|
ultrasound scan for crown-rump length
|
J.
|
ultrasound for normal variants
|
K.
|
ultrasound normality scan in 2nd. trimester
|
L.
|
none of the above
|
Scenario
19.
A woman books at 15 weeks in
her 1st. pregnancy.
A scan shows a twin pregnancy
of a correct size for the gestation.
What Ds screening should be
offered?
Option
list.
|
amniocentesis
|
B.
|
cell-free fetal DNA
|
C.
|
chorionic
villus biopsy
|
D.
|
combined 1st. trimester screening
|
E.
|
ductus venosus imaging
|
F.
|
magnetic resonance imaging
|
G.
|
quadruple biochemical screening
|
H.
|
pre-implantation genetic diagnosis
|
I.
|
ultrasound scan for crown-rump length
|
J.
|
ultrasound for normal variants
|
K.
|
ultrasound normality scan in 2nd. trimester
|
L.
|
none of the above
|
Scenario
20.
A woman books at 15 weeks in
her 1st. pregnancy.
A scan shows a single pregnancy
of a correct size for the gestation.
What screening should be
offered for Edward’s and Patau’s syndromes?
Option
list.
|
amniocentesis
|
B.
|
cell-free fetal DNA
|
C.
|
chorionic
villus biopsy
|
D.
|
combined 1st. trimester screening
|
E.
|
ductus venosus imaging
|
F.
|
magnetic resonance imaging
|
G.
|
quadruple biochemical screening
|
H.
|
pre-implantation genetic diagnosis
|
I.
|
ultrasound scan for crown-rump length
|
J.
|
ultrasound for normal variants
|
K.
|
ultrasound normality scan in 2nd. trimester
|
L.
|
none of the above
|
Scenario
21.
Which of the following are
included in the 1st. trimester combined test.
Option
list.
A.
|
cffDNA
|
B.
|
conjugated beta-hCG
|
C.
|
free beta-hCG
|
D.
|
inhibin A
|
E.
|
inhibin B
|
F.
|
MSAFP
|
G.
|
nuchal thickness scan
|
H.
|
PAPPA
|
I.
|
UE3
|
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