754 COMPARATIVE ELECTRO-PHYSIOLOGY 



Munk on response in Dioncea, 12 

 Musa, electrical response of, parallel to Dionaa, 237 

 Muscle cylinder, electrical distribution in, 1 50 

 Multiple response, electrical in Biophytum, 209 



,, ,, ,, in Desmodium, 218, 220 



jj jj ,j in Drosera, 343 



,, ,, electro-tactile in Mimosa, 209 



,, ,, electrical in pitcher of Nepenthe, 341 



,) j> ,, in stomach of frog, 347 



,, ,, mechanical, in Biophytum, 208 



>j j, ,, in Desmodium, 212 



,, ,, in nerve, 539 



} , j, rheotomic record showing, 52 



j, ,, under light in Biophytum, 407 



? ,) ,, in Bryophyllum, 408 



jj ,, ,, in cauliflower, 406 



j> jj ,, in frog's retina, 426 



jj j, j, in human retina, 430 



,, of growth, 221 



Nepenthe, current of rest in, 335 

 ,, multiple response in, 341 

 ,, three types of response in, 338-340 

 Nerve, excitatory electrical changes in, 508 

 ,, ,, mechanical changes in, 509 



,, failure to conduct, 530 

 Nerve of animal, electrical response of, 



j> conversion of positive to negative after 



thermal tetanisation, 463 



> j> ,? conversion of positive to negative by in- 



creasing intensity of stimulus, 466 

 > employment of electrical stimulus, errors 



due to, 458 

 > >5 } , enhancement of normal response after 



thermal tetanisation, 462 

 ,, gradual transformation from positive to 



negative through diphasic, 464 



>> > ,, to equi-alternating shocks, 457 



j> jj ,, to injury of one contact, complications 



arising from, 458 

 ^ jj ,, under stimulation by thermal shocks, 460 



see also Conductivity Balance. 

 Nerve of animal, mechanical response of, 



jj jj constituent twitches during tetanisation 



, 535 



jj jj ,, effect of drying on, 539 



j> j> jj ,, effect of alcohol on, 517 



jj j> jj ,, ,, of ammonia on, 516 



>j ., ,, of chloroform on, 518 



