Temperature upon Electrotonic Currents. 



387 



to 6, probably by reason of the nerve having been frozen at this 

 temperature and thus cut to pieces. 



It is evident that little stress is to be laid upon an apparent 

 decrease of K with falling temperature (2417) and increase of K 

 \vith rising temperature (2366). On the other hand, a diminished 

 A with rising temperature (2366) and an increased A with falling 

 temperature (2417) are not open to doubt. 



Exp. 2334-5. Influence of lowered Temperature upon Anelectrotonic 

 and Katelectrotonic Currents. 



