Difference between revisions of "Selective paralysis of voluntary but not limbically influenced automatic respiration"

From SUDEP Wiki
Jump to navigation Jump to search
(Created page with "''Munschauer FE, Mador MJ, Ahuja A, and Jacobs L (1991) Selective paralysis of voluntary but not limbically influenced automatic respiration. Arch Neurol 48:11 1190–2.'' ''...")
 
 
(One intermediate revision by one other user not shown)
Line 1: Line 1:
−
''Munschauer FE, Mador MJ, Ahuja A, and Jacobs L (1991) Selective paralysis of voluntary but not limbically influenced automatic respiration. Arch Neurol 48:11 1190–2.''
+
{{Reference
  
−
'''[Munschauer FE, Mador MJ, Ahuja A, and Jacobs L (1991) Selec- tive paralysis of voluntary but not limbically influenced automatic respiration. Arch Neurol 48:11 1190–2. Link to Article]'''
+
|reference=
  
−
'''Abstract:''' We describe a patient in whom a discrete infarction of the ventral basis pontis caused a complete loss of voluntary respiration, while automatic respiration remained intact. Respiratory excursions, quantified title volumes, and ventilatory response to carbon dioxide were normal, but the patient could not volitionally modify any respiratory parameters. Emotional stimuli producing laughter, crying, or anxiety appropriately modulated automatic respiration. This case established that pathways subserving limbic modulation of automatic respiration descend in the pontine tegmentum and/or lateral portion of the basis pontis spared by this lesion. Furthermore, descending limbic influences on automatic respiration are anatomically and functionally independent of the voluntary respiratory system.
+
Munschauer FE, Mador MJ, Ahuja A, and Jacobs L (1991) Selective paralysis of voluntary but not limbically influenced automatic respiration. Arch Neurol 48:11 1190–2.
  
−
=Context=
+
|url=
  
−
=Comments=
+
http://jamanetwork.com/journals/jamaneurology/fullarticle/591291
 +
 
 +
|abstract=
 +
 
 +
We describe a patient in whom a discrete infarction of the ventral basis pontis caused a complete loss of voluntary respiration, while automatic respiration remained intact. Respiratory excursions, quantified title volumes, and ventilatory response to carbon dioxide were normal, but the patient could not volitionally modify any respiratory parameters. Emotional stimuli producing laughter, crying, or anxiety appropriately modulated automatic respiration. This case established that pathways subserving limbic modulation of automatic respiration descend in the pontine tegmentum and/or lateral portion of the basis pontis spared by this lesion. Furthermore, descending limbic influences on automatic respiration are anatomically and functionally independent of the voluntary respiratory system.
 +
 
 +
|keywords=
 +
 
 +
 
 +
|context=
 +
 
 +
 
 +
|comments=
 +
 
 +
 
 +
}}

Latest revision as of 13:55, 17 June 2019


Munschauer FE, Mador MJ, Ahuja A, and Jacobs L (1991) Selective paralysis of voluntary but not limbically influenced automatic respiration. Arch Neurol 48:11 1190–2.

Link to Article

Abstract: We describe a patient in whom a discrete infarction of the ventral basis pontis caused a complete loss of voluntary respiration, while automatic respiration remained intact. Respiratory excursions, quantified title volumes, and ventilatory response to carbon dioxide were normal, but the patient could not volitionally modify any respiratory parameters. Emotional stimuli producing laughter, crying, or anxiety appropriately modulated automatic respiration. This case established that pathways subserving limbic modulation of automatic respiration descend in the pontine tegmentum and/or lateral portion of the basis pontis spared by this lesion. Furthermore, descending limbic influences on automatic respiration are anatomically and functionally independent of the voluntary respiratory system.

Keywords:

Context

Comments

Network Graph

Retrieving data for the network graph...
Retrieved from "https://sudepwiki.pathology.jhmi.edu/index.php?title=Selective_paralysis_of_voluntary_but_not_limbically_influenced_automatic_respiration&oldid=1652"