Diabetes   |   Erectile Dysfunction   |   Hypogonadism   |   Migraine   |   Urinary Incontinence
Home  









Your certificate for continuing education credit (if applicable) will be issued from the following information.

Fields marked with an asterisk (*) are required.



Business  Personal
What is the best time to contact you?
Because you have attended or shown interest in our programs, we may send you information on this and similar programs utilizing the e-mail address provided. You may unsubscribe at any time by clicking on the “unsubscribe” link on any e-mails sent from us.

Please do not send me information via e-mail.

We value the confidentiality of the information you choose to share with us and are committed to its protection. All personal information you provide is stored in a secure location and will never be sold or distributed to any third party.


EVALUATION
To enable us to maintain the highest scientific and educational standards when planning future activities, we would
appreciate your evaluation of this activity and its content.
PRESENTATIONS AND INTERACTIVE DISCUSSION
  Excellent
Poor

 

 
5
4
3
2
1
Insights Into Basic Science of Chronic Migraine
Andrew C. Charles, MD
Overall presentation  
Clinical relevance
 
Presentation style/visuals  

Wizardry or Science of Chronic Migraine Treatment
Stephen D. Silberstein, MD, FACP
Overall presentation  
Clinical relevance  
Presentation style/visuals  

Future Directions in Treating Chronic Migraine

David W. Dodick, MD, FRCP (C), FACP
Overall presentation  
Clinical relevance  
Presentation style/visuals  

Clinical Consult: Q&A and Interactive Discussion
David W. Dodick, MD, FRCP (C), FACP, and Faculty
Overall presentation  
Clinical relevance  
Presentation style/visuals  

Activity:
 
Agree

Disagree

 

 
5
4
3
2
1
As a result of this activity, I am better able to:
Describe the biology, classification, and progression of chronic migraine
 





Explain prevailing theories about the pathophysiology of chronic migraine and review the mechanisms of action of current and future therapies  
Examine current clinical trials, management strategies, and novel therapeutic modalities for improved treatment of chronic migraine  
Define chronic migraine patient populations for whom prophylactic, localized therapy has shown clinical benefit and utilize prophylaxis in this population as needed  


This activity:

           
Met my expectations  
Was relevant to my clinical practice  
Was presented without commercial bias  
Logistics were well organized  
Environment was conducive to learning  

After participating in this activity, I will change my clinical practice by:


Additional comments:



POSTTEST
Please select the best answers to the posttest questions below.

1. The primary endpoint examined in the PREEMPT-1 study was the change from baseline in frequency of which
    of the following?

  Headache episodes
  Headache days
  Moderate to severe headache days
  Migraine days

2. When comparing the US and EU topiramate clinical trials, which two parameters had significant results for
    both trials?
  Acute medication use and headache days
  Migraine days and subject satisfaction
  Disability measure and responder rate (50%)
  Migraine/migrainous days and subject satisfaction

3. Which of the following is the least robust endpoint for chronic migraine trials?
  Headache episodes
  Headache days
  Migraine days
  Subject satisfaction

4. Which of the following CDH syndromes is exclusively unilateral?
  New daily persistent headache
  Chronic tension-type headache
  Chronic migraine
  Hemicrania continua

5. The proposed revisions endorsed and added to the ICHD-2R guidelines included all of the following except:
  ≥15 headaches per month
  ≥8 days of migraine per month for ≥3 months
  ≥5 previous migraine attacks
  ≥8 days of migraine per month for ≥6 months

6. Prophylactic medications that have proven efficacy for treating chronic migraine include:
  OnabotulinumtoxinA/topiramate
  Topiramate/gabapentin
  Gabapentin/divalproex
  Divalproex/propranolol

7. Accumulation of iron in the brain of patients with migraine has been shown to occur in which structure?
  Midbrain
  Occipital cortex
  Insular cortex
  Trigeminal nucleus caudalis

8. Compared with control subjects, migraine patients had increased gray matter density in which area of the
    brain?
  Periacqueductal gray matter
  Prefrontal cortex
  Cingulate cortex
  Bilateral insula

9. According to growing evidence that overuse of analgesic medication leads to the worsening of migraine,
    which of the following is correct?
  Opioid use <10 days per month is not associated with CDH
  Triptans are more likely to induce CDH than are other acute medications
  Butalbital use <10 days per month on average is associated with CDH
  Nonsteroidal use is protective in those with >15 headache days per month


   



© 2011 CogniMed Inc. All rights reserved.