Thursday 2 July 2020

Tutorial 2 July 2020





Role-play. Sterilisation request.
45
Structured discussion. Cochrane Collaboration
46
EMQ. Gordon, Holmes & Semmelweis
47
EMQ. Fragile X syndrome
48
SBA.   Lynch syndrome.

Candidates.
Shradha        Chakhaiyar               India
Kate              Danby                       UK
Sagnika         Dash                         Qatar
Natasha        D’Sousa                    UK
Marlon         Hamsworth             Malta
Krish             Harikrishnan            UK
Pradeep       Kaur                          India
Namrata       Kumar                      India
Harriet          Lamb                        UK
Fiona            Mackie                     UK
Manupriya   Madhaven               India / London
Pratibha       Malik                        India
Roma            Poplawski                 UK
Surbhi           Rathore                    India
Nandita        Sanyal                       India
Kritika           Vats                          India


44. Role-play. Sterilisation request.
Candidate’s instructions.
This is a roleplay station. You are about to see Anne Jones who wishes to be sterilised.
Your tasks are to take a history and discuss her request.
GP letter.
Castle Surgery,
Gambit Grove,
Chesstown. CHS1 U99.
Re Anne Jones.
25 Checkmate Street,
Chesstown. CHS7 Y86.
Dear Doctor,
Please see Mrs Jones who wishes to be sterilised. Our family planning specialist is on leave and I know little about modern contraception, so have not offered any advice.
Regards,
Dr. O.U.T. de Touche.

45. Structured discussion. Cochrane Collaboration.
Candidate’s instructions.
The examiner will ask you 10 questions about Cochrane.
The discussion will refer to the chart below.


46. Gordon, Holmes & Semmelweis.
Which, if any, of the following statements are true in relation to Semmelweis?
Option list.

A
his full name was Ignác Fülöp Semmelweis, but he was known to friends as "Naci".
B
he lived from 1818 to 1865
C
he revolutionised understanding of ‘childbed fever’
D
he revolutionised understanding of rheumatic fever
E
he revolutionised understanding of tuberculosis
F
he pioneered proton beam therapy
G
his professional ‘Damascene moment’ came after the death of his colleague, Kolletschka, at the hands of a medical student in 1847
H
his work was vilified by the majority of his professional contemporaries
I
he died in a lunatic asylum
J
he died in a road traffic accident
K
he died at home in bed with his mistress


Scenario 2.              
Which, if any, of the following statements are true in relation to Gordon?
Option list.

A
his full name was Hamish Gordon, but he was known to friends as "Hamy".
B
he lived from 1801 to 1864
C
he revolutionised understanding of ‘childbed fever’
D
he revolutionised understanding of rheumatic fever
E
he revolutionised understanding of tuberculosis
F
he pioneered proton beam therapy
G
his professional ‘Damascene moment’ came after epidemics of erysipelas and puerperal fever in Aberdeen in the late 18th. century
H
his work was vilified by the majority of his professional contemporaries
I
he died in a lunatic asylum
J
he died in a road traffic accident
K
he died at home in bed with his mistress


Scenario 3.              
Which, if any, of the following statements are true in relation to Wendell Holmes?
Option list.
A
his full name was Wendell Holmes, but he was known to friends as "Wellie".
B
he lived from 1801 to 1864
C
he revolutionised understanding of ‘childbed fever’
D
he revolutionised understanding of rheumatic fever
E
he revolutionised understanding of tuberculosis
F
he pioneered proton beam therapy
G
he was a fan of the work of Gordon.
H
his work on childbed fever was vilified by the majority of his professional contemporaries
I
he died in a lunatic asylum
J
he died in a road traffic accident
K
he died at home in bed with his mistress

47. Fragile X syndrome
Fragile X syndrome
Abbreviations.
FXS:              Fragile X syndrome
FXTAS:         Fragile X tremor ataxia syndrome
HFEA:           Human Fertilisation and Embryology Authority
PIGD:           pre-implantation genetic diagnosis.
POF:             premature ovarian failure (now known as POI)
POI:              premature ovarian insufficiency
TR:                trinucleotide repeat
TTR:              tetranucleotide repeat

Question 1.
Lead-in
Which, if any, of the following are features of FXS in males?
Option List
A.      
autism
B.      
epilepsy
C.      
hyper-extensible joints
D.      
learning difficulty
E.       
post-pubertal macroorchidism
Question 2.
Lead-in
Which, if any, of the following are features of FXS in females?
Option List
A.      
autism
B.      
epilepsy
C.      
hyper-extensible joints
D.      
learning difficulty
E.       
post-pubertal ovarian enlargement
Question 3.
Lead-in
Why are women thought to be less affected by FXS than men?
Option List
A.      
two X chromosomes dilutes the effect of affected X chromosome
B.      
leonisation
C.      
lionisation
D.      
lyonisation
E.       
none of the above
Question 4.
Lead-in
How common is FXS in males?
Option List
A.      
1 in 1,000
B.      
1 in 4,000
C.      
1 in 8,000
D.      
1 in 20,000
E.       
1 in 100.000
Question 5.
Lead-in
How common is FXS in females?
Option List
A.      
1 in 1,000
B.      
1 in 4,000
C.      
1 in 8,000
D.      
1 in 20,000
E.       
1 in 100.000
Question 6.
Lead-in
Which gene is implicated in the causation of FXS?
Option List
A.      
fragile X mental retardation 1
B.      
fragile X mitochondrial recognition 1
C.      
fragile X 1
D.      
the gene has not yet been identified
E.       
none of the above
Question 7.
Lead-in
Which is the leading hereditary cause of learning difficulty?
Option List
F.       
Down’s syndrome
G.      
fragile X syndrome
H.      
galactosaemia
I.        
homocystinuria
J.        
phenylketonuria
Question 8.
Lead-in
Which is the most common genetic cause of autism?
Option List
A.      
Down’s syndrome
B.      
fragile X syndrome
C.      
galactosaemia
D.      
homocystinuria
E.       
phenylketonuria
Question 9.
Lead-in
Which mode of inheritance occurs with FXS?


A.      
autosomal dominant

B.      
autosomal recessive

C.      
X-linked dominant

D.      
X-linked recessive

E.       
none of the above

Question 10.
Lead-in
What is the story about trinucleotide repeats and FXS. What are TRs? Which TRs are involved with FXS? How are TRs categorised in relation to FXS?
There is no option list – just write your Answers.
Question 11.
Lead-in
What is the FXS premutation? What are its key features?
There is no option list – just write your Answers.
Answer.
Females
Males
POI GHR says 20% have overt POI with menopause by the age of 40, compared with a 1% risk in other women. Others have ‘occult’ POI with reduced fertility but normal cycles.
A woman with POI has a 2-4% of having the FX premutation. If there is a family history of POI, the figure is up to 15%.
~ 90% of POI has no identified cause and the FX permutation carrier status is the most common known cause.
The premutation may expand to the full mutation when handed on to a son, giving him full-blown FXS.
It is handed on intact to daughters, giving them a 50:50 risk of getting it.
The premutation predisposes women to anxiety, depression and social awkwardness.

FXTAS which classically develops from the 60s on.
Many men were ‘high flyers’ in their early days.
There is some evidence of mental deterioration before the tremor and ataxia are apparent.
Question 12.
Lead-in
A woman has FXS. What is her approximate risk of POI?
Option List
A.      
0.1%
B.      
1.0%
C.      
5.0%
D.      
10%
E.       
20%
Question 13.
Lead-in
A woman is a carrier of the FX pre-mutation. What is her approximate risk of POI?
Use the option list in the previous question.
Question 14.
Lead-in
A woman develops POI. What is the chance that she has FXS?
Option List. There is none to make you think.
Question 15.
Lead-in
A woman develops POI. What is the chance that she is a carrier of the FXS premutation?
Option List. There is none to make you think.
Question 16.
Lead-in
A woman develops POI. She has a 1st. degree relative with POI. What is the chance that she has FXS?
Option List. There is none to make you think.
Question 17.
Lead-in
A woman develops POI. She has a 1st. degree relative with POI. What is the chance that she is a carrier of the FXS premutation?
Option List. There is none to make you think.

The following are TOG CPD questions. They are open access, so I have produced them here. There are linked to the following article, which is also open access.
Fragile X syndrome: an overview  Bambang et al. TOG 2011. Volume 13. Issue 2
Fragile X syndrome (FXS)
1.     is the most common cause of learning difficulty.                                   True / False
2.     is an X-linked dominant disorder.                                                             True / False
With regard to women with FXS,
3.     the phenotype is worse than in men.                                                      True / False
4.     if they have the full mutation, they are more likely to have a normal IQ than autistic features.                                                                                                               True / False
With regard to the genetics of FXS,
5.     women with 100 trinucleotide repeats are at higher risk of POI than those with 60.                                                                                                                                 True / False
6.     equal numbers of female carriers of the premutation are affected by fragile X tremor ataxia syndrome as male carriers.                                                                True / False
With regard to POI and FXS,
7.     up to 25% of women with the fragile X premutation develop POI.          True / False
8.     measurement of levels of anti-Müllerian hormone is a valid test for assessing risk of POI.
True / False
9.     women with POI have a 5-10% chance of spontaneous pregnancy. True / False
With regard to testing for FXS,
10.   cell-free fetal DNA testing in maternal blood at 11 weeks is available for identifying the fragile X premutation.                                                                                     True / False
11.   cascade screening involves testing within families of affected individuals.                                                                                                                                                    True / False
12.   the HFEA allows preimplantation genetic diagnosis of FXS.                          True / False
With regard to fragile X tremor ataxia syndrome,
13.   Parkinson’s disease is one of the recognised differential diagnoses.      True / False
With regard to testing for FXS,
14.   PIGD allows distinction between the pre- and full FMR-1mutations.               True / False
With regard to FXS,
15.   the mother and daughters of a normal transmitting father are obligate carriers.                                                                                                                                      True / False
16.   women with the syndrome are at a greater risk of developing depression compared with the general population.                                                                                  True / False
17.   where there are larger numbers of repeat trinucleotides, there is an increased tendency for these repeats to expansion in the offspring, causing them to have earlier onset or more severe clinical effects.                                                                            True / False
18.   it is a recognised cause of macro-orchidism before and after puberty.                                                                                                                                                       True / False
19.   men with the syndrome are known to have spermatozoa containing the FMR-1mutation.                                                                                              True / False
20.   in families of women with FXS, carriers of the premutation are known to have irregular menses and shorter cycles than non-carriers.                                                True / False

48. Lynch syndrome.
Abbreviations
CRC:              colorectal cancer.
EC:                endometrial cancer.
HNPCC:         hereditary non-polyposis colo-rectal cancer.
IBD:               inflammatory bowel disease: Crohn’s & ulcerative colitis.
IDDM:           insulin-dependent diabetes mellitus.
Ls:                 Lynch syndrome.
Question 1.             
Lead-in
What is Lynch syndrome?
Option List
A
auto-immune condition leading to reduced factor X levels in blood
B
hereditary condition which increases the risk of many cancers, particularly breast
C
hereditary condition which increases the risk of many cancers, particularly breast & colorectal
D
hereditary condition which increases the risk of many cancers, particularly colorectal & endometrial
E
none of the above
Question 2.             
Lead-in
How is Lynch syndrome inherited?
Option List
A
it is an autosomal dominant condition
B
it is an autosomal recessive condition
C
it is an X-linked dominant condition
D
it is an X-linked recessive condition
E
none of the above
Question 3.             
Lead-in
Which, if any, of the following genes can cause Lynch syndrome?
Option List
A
MLH1 + MLH2 + MOH1
B
MLH1 + MLH2 + MSH1
C
MLH1 + MLH2 + MSH6
D
MLH1 + MSH2 + MSH6
E
None of the above
Question 4.             
Lead-in
Mutations of which 2 of the following genes cause the majority of cases of Lynch syndrome?
Option List
A
MLH1 + MLH2
B
MLH1 + MSH1
C
MLH1 + MSH2
D
MLH2 + MSH1
E
MLH2 + MSH2
Question 5.             
Lead-in
What is the approximate prevalence of Ls in the UK population?
Option List
K.       
1 in 50
L.        
1 in 100
M.     
1 in 1,000
N.      
3 in 1,000
O.      
none of the above
Question 6.             
Lead-in
Approximately what % of individuals with Ls have had the diagnosis established?
Option List
F.       
< 5%
G.      
5 -10%
H.      
10-20%
I.         
20-30%
J.        
>30%
Question 7.             
Lead-in
Which, if any, of the following conditions are associated with an ↑ risk of Lynch syndrome?
Conditions
acromegaly
Addison’s disease
anosmia
coeliac disease
IBD
IDDM
Option List
A
acromegaly + Addison’s disease + coeliac disease + IBD + IDDM
B
acromegaly + disease + anosmia + coeliac disease + IBD
C
acromegaly + IBD + IDDM
D
acromegaly + IBD
E
Addison’s disease + anosmia + coeliac disease + IBD + IDDM
F
acromegaly + Addison’s disease + anosmia + coeliac disease + IBD + IDDM
G
acromegaly + Addison’s disease + anosmia + coeliac disease + IBD + IDDM
H
none
Question 8.             
Lead-in
Which 2 cancers are most likely in women with Lynch syndrome?
Cancers.
A
breast
B
bowel
C
cervix
D
endometrium
E
ovary
F
pancreas
Option List
A
breast + bowel
B
breast + pancreas
C
breast + endometrium
D
bowel + cervix
E
bowel + endometrium
F
bowel + ovary
G
bowel + pancreas
H
endometrium + ovary
Question 9.             
Lead-in
What does NICE recommend about screening for Lynch syndrome for the population with no personal history of colorectal cancer?
Option List
A
offer screening to those aged < 50 years with  ≥ 1 affected 1st.O relative
B
offer screening to those aged < 60 years with ≥ 1 affected 1st.O relative
C
offer screening to those with ≥ 1 affected 1st.O relative aged < 50 years at diagnosis
D
offer screening to those with ≥ 1 affected 1st.O relative aged < 60 years at diagnosis
E
none of the above
Question 10.         
Lead-in
What does NICE recommend in relation to screening for Lynch syndrome in those with a new diagnosis of colorectal cancer?
Option List
A
offer screening to everyone, regardless of age and family history
B
offer screening to those aged < 50 years at diagnosis
C
offer screening to those aged < 60 years at diagnosis
D
offer screening to those aged < 50 years at diagnosis with + ≥ 1 affected 1st.O relative
E
offer screening to those aged < 60 years at diagnosis with + ≥ 1 affected 1st.O relative
Question 11.         
Lead-in
What does NICE recommend about screening for Lynch syndrome for the population with no personal history of thyroid cancer?
Option List
A
offer screening to those aged < 50 years with  ≥ 1 affected 1st.O relative
B
offer screening to those aged < 60 years with ≥ 1 affected 1st.O relative
C
offer screening to those with ≥ 1 affected 1st.O relative aged < 50 years at diagnosis
D
offer screening to those with ≥ 1 affected 1st.O relative aged < 60 years at diagnosis
E
none of the above
Question 12.         
Lead-in
What does NICE recommend in relation to screening for Lynch syndrome in those with a new diagnosis of thyroid cancer?
Option List
A
offer screening to everyone, regardless of age and family history
B
offer screening to those aged < 50 years at diagnosis
C
offer screening to those aged < 60 years at diagnosis
D
offer screening to those aged < 50 years at diagnosis with + ≥ 1 affected 1st.O relative
E
none of the above
Question 13.         
Lead-in
What does NICE recommend about screening for Lynch syndrome for the population with no personal history of endometrial cancer?
Option List
A
offer screening to those aged < 50 years with  ≥ 1 affected 1st.O relative
B
offer screening to those aged < 60 years with ≥ 1 affected 1st.O relative
C
offer screening to those with ≥ 1 affected 1st.O relative aged < 50 years at diagnosis
D
offer screening to those with ≥ 1 affected 1st.O relative aged < 60 years at diagnosis
E
none of the above
Question 14.         
Lead-in
What does NICE recommend in relation to screening for Lynch syndrome in those with a new diagnosis of endometrial cancer?
Option List
A
offer screening to those aged < 50 years with  ≥ 1 affected 1st.O relative
B
offer screening to those aged < 60 years with ≥ 1 affected 1st.O relative
C
offer screening to those with ≥ 1 affected 1st.O relative aged < 50 years at diagnosis
D
offer screening to those with ≥ 1 affected 1st.O relative aged < 60 years at diagnosis
E
none of the above
Question 15.         
Lead-in
What does NICE recommend about screening for Lynch syndrome for the population with no personal history of colorectal cancer?
Option List
A
offer screening to those aged < 50 years with  ≥ 1 affected 1st.O relative
B
offer screening to those aged < 60 years with ≥ 1 affected 1st.O relative
C
offer screening to those with ≥ 1 affected 1st.O relative aged < 50 years at diagnosis
D
offer screening to those with ≥ 1 affected 1st.O relative aged < 60 years at diagnosis
E
none of the above
Question 16.         
Lead-in
What does NICE recommend in relation to screening for Lynch syndrome in those with a new diagnosis of colorectal cancer?
Option List
A
offer screening to everyone, regardless of age and family history
B
offer screening to those aged < 50 years at diagnosis
C
offer screening to those aged < 60 years at diagnosis
D
offer screening to those aged < 50 years at diagnosis with + ≥ 1 affected 1st.O relative
E
offer screening to those aged < 60 years at diagnosis with + ≥ 1 affected 1st.O relative
Question 17.         
Lead-in
What relationship, if any, exists between Ls and acromegaly?
Option List
A
the risk of Ls is ↓ in those with acromegaly compared with the general population
B
the risk of Ls is ↑ in those with acromegaly compared with the general population
C
the risk of Ls is unchanged in those with acromegaly compared with the general population
D
the risk of Ls in unknown in those with acromegaly
Question 18.         
Lead-in
What is the effect of aspirin consumption on the risk of EC and CRC?
Option List
A
aspirin reduces the risk of EC and  CRC
B
aspirin reduces the risk of EC but not CRC
C
aspirin reduces the risk of CRC but not EC
D
aspirin does not reduce the risk of EC or CRC
E
aspirin reduces the risk of EC and CRC, but the risks outweigh the benefits
Question 19.         
Lead-in
A healthy woman of 35 years is diagnosed with Ls? What are the key elements of the National Screening Programme for people with Ls?
There is no option list – just write down everything you know.
Question 20.         
Lead-in
Which, if any, of the following were recommendations made by Monahan et al, the 30 experts who wrote to the BMJ in 2017?
Option List
A
creation of a national register of people with Ls
B
creation of a post of Consultant in Ls for each NHS Trust
C
creation of a post of Clinical Champion for Ls in each NHS Region.
D
creation of a post of Clinical Champion for Ls in the DOH.
E
none of the above

.




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