παρουσίαση διπλωματικής -master thesis presentation

: ,

:

:

, 2014

1

- - Ella-Duke

1,5 Kg , , 9 :

2-4 mm (, , , , , ) (Grey matter)-> ( ). . (White matter)-> . . , .

(Thalamus)-> . , . (Hypothalamus)-> ( , ). (Hypophysis-Pituitary glad)-> . . . (Midbrain)-> , . . . .

5

(Hippocampus)-> . .

(Cerebrospinal Fluid, CSF)-> . . .

(Cerebellum)-> . , . 10% . , , , , , - . . .

. -> . . -> . .

-> . . ( ) -> ( ). . (), , -> . .

(declarative memory)-> . . (procedural memory)-> . .

. . 5 : 90 . 1 (4-5% ): 2 (45-55% ): 3 (4-6% ): 4 (12-15% ): REM (Rapid Eye Movement, 20-25% ): . .

.

-> ; . .

(transcranial direct current stimulation, tDCS) - . , . . . . . ( )

A Maxwell

SEMCAD X Version 14.6-14.8.

slover->low frequency solver

-

- Ella-Duke

0 Hz SEMCAD X.

- Ella-Duke

SEMCAD X. : -> -> ->

- Ella-Duke

: 26 Ella 34 Duke 2/3 -> 75% -> ~60% ( ) Duke, Duke old, Ella, Ella old (Duke, Ella) 60 H -> .

- Ella-Duke

- 10/20 . - . 10 20 -> 10% 20% - - . -> F3 F4 (left mastoid). 0 Hz 0.52 mA .

- Ella-Duke

19

Nasion- Inion 1-2.

- Ella-Duke

Ella

- Ella-Duke

o Duke

- Ella-Duke

-> f=0.75 Hz . (Eldith DC-Stimulator Plus, neuroConn GmbH, Ilmenau,Germany) Ag (d=10 mm), F3 F4 () (). -> (0- 260 / , Jmax= 0.331/m) t= 1.33s ( f= 0.75 z) ( )A 8 (6 ). NREM

( )

( )

(Duke, Duke old, Ella, Ella old)

(Duke, Duke old, Ella, Ella old)

(Duke, Duke old, Ella, Ella old)

(Duke, Duke old, Ella, Ella old)

(Duke, Duke old, Ella, Ella old)

(Duke, Duke old, Ella, Ella old)

(Duke, Duke old, Ella, Ella old)

(Duke, Duke old, Ella, Ella old)

(Duke, Duke old, Ella, Ella old)

Duke

Duke

Ella

Ella

J (current paths)

(Duke, Duke old, Ella, Ella old) (CSF), (Skull) (Scalp). , CSF, , . . , , , , . . .