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Su
perc
on
du
ctin
g O
rgan
ic a
nd
CN
T F
ETs
Base
d B
iose
nso
r/Tra
nsd
uce
r.D
rEng
Ros
tysl
av S
klya
r, Ve
rchr
atsk
ogo
15-1
, Lvi
v 79
010
Ukr
aine
Exte
rnal
tran
sduc
er•
SQU
ID m
agne
tom
eter
• ind
uctio
n se
nsor
Impl
anta
ble
tran
sduc
er•
Ren
view
big
ht•
ampe
rom
etric
bio
sens
or
Lon
gitu
din
al s
ecti
on o
f an
axo
nsh
owin
g a
curr
ent
flow
.a)
an
actio
n po
tent
ial;
b) re
cord
of m
icro
-el
ectr
ode
in n
euro
n.
SuFE
TTr
as t
he
incl
usi
on o
f a
SuFE
T d
evic
e in
to t
he
ner
ve fib
re.
A-
imp
lan
tati
on
of
the w
hole
Su
FET
va
rian
t;
B-
tap
pin
g o
f B
S o
n t
he e
xte
rnal
Su
FE
T b
y im
pla
nta
ble
wir
e c
on
tact
s.
Equi
vale
nt
circ
uit
of
aSuFE
TTr
of v
ortica
l m
agnet
icfiel
d H
aro
und a
bio
chem
ical
med
ium
.
PC
×g D
S
SuFE
T
Cin
/2R
gate
…
Cin
/2V
GS
C0
Cry
osta
t
Gat
e
R
~E
0 L-
+°
Shie
ld
Sour
ceDra
ine
JJ
JJ- i
ndic
ates
Jos
ephs
on ju
nctio
n.
H
Ner
ve fi
bre,
syn
apse
s of
neu
rons
,D
NA
spi
ral
i bio
in v
ivo
nerv
eim
pulse
mye
lin chan
nel gateVg
ionic
curre
nts
SFET ax
ons
(Bio
)Tele
met
ry
follo
wing
ext
erna
l uni
ts
Fi1
ASF
ETb
dbi
dd
ii
lbh
i
trans
mit-
ting
unit
rece
iving
unit
visua
lan
d m un
SuFE
T×
g DS
SuFE
T
C in/2
R gate
C in/2
V GS
Cryo
stat
Gate
- +
°
Sour
ceDrain
e
JJ
A
V out
NI
B
i bio ‘s
Super
conduct
ing O
rgan
ic a
nd C
NT
FETs
Bas
edBio
senso
r/Tr
ansd
uce
r- D
esi
gn
of
the C
ircu
it
()
20)
/(
11
2)
(I
ieQ
CQV
bio
GT
GGS
−−
+=
ωh(E
N)2 =4
kTSu
FET γ n
oise
/gdn
a
nd
gdn
=I0/V
C
Super
conduct
ing O
rgan
ic a
nd C
NT
FETs
Bas
ed B
iose
nso
r/Tr
ansd
uce
r.
An
org
an
ic S
uFET d
evic
ean
d its
ele
ctro
des.
Sch
em
ati
c o
f th
e e
lect
roly
teg
ate
measu
rem
en
t.
OFET o
f o
rgan
ic s
ing
le c
ryst
als
wit
hb
ott
om
-con
tact
co
nfi
gu
rati
on
.A-
the
schem
atic
stru
cture
of th
e fa
bric
ate
d O
FET;
B-
tran
sfer
char
acte
rist
ics
of t
he
single
cry
stal
FET
devi
ce a
t a
sourc
e-dr
ain
vol
tage
Vd o
f -3
0 V
.
Uou
t i bio
AB
Vo
ut
AB
i bio
Vg,
V
Q, n
S
01
400
200
t
- -
I
t
i bio
Vou
tV
sup=
cons
t
A 4
by 4
cro
ssed
NW
-FET a
rray
Op
era
tio
nal p
att
ern
of
ap
ara
llel S
uFETTr.
Supe
rcon
duct
ing
Org
anic
and
CN
T FE
Ts B
ased
Bio
sens
or/T
rans
duce
r.
1. S
klya
r R.,
A Su
FET
Base
d Ei
ther
Impl
anta
ble
or N
on-In
vasi
ve(B
io)T
rans
duce
r of N
erve
Impu
lses
",13
th In
tern
atio
nal S
ympo
sium
on
Mea
sure
men
t and
Con
trol i
n R
obot
ics
-IS
MC
R'0
3, M
adrid
, Spa
in (2
003)
, pp.
121-
126;
2. S
klya
r R.,
Supe
rcon
duct
ing
Org
anic
and
CN
T FE
Ts a
s a
Bioc
hem
ical
Tran
sduc
er, I
SMC
R 2
004:
14t
hIn
tern
atio
nal S
ympo
sium
on
Mea
sure
men
t and
Con
trol i
n R
obot
ics,
16-1
8 Se
ptem
ber 2
004
- NAS
AJo
hnso
n Sp
ace
Cen
ter,
Hou
ston
, Tex
as,
sect
ion
24 (t
he s
econ
d), (
13 p
ages
);3.
Skl
yar.R
., A
supe
rcon
duct
ing
bios
enso
rof
the
bios
igna
ls, E
uros
enso
rs X
VIII,
Sept
embe
r 13-
15, 2
004,
Rom
a; It
aly,
Dig
est B
ook
(4 p
ages
).
Auth
or c
onta
ct in
form
atio
n:D
rEng
. Ros
tysl
av S
klya
rVe
rchr
atsk
ogo
st. 1
5-1,
Lvi
v 79
010
Ukr
aine
.Te
l. +3
8 09
7 33
6549
5Fa
x:+3
8 03
22 7
6961
3;sk
lyar
@cb
-igph
.lviv
.ua
SE
RIA
LP
AR
ALLE
L
MODE
MEDIUM
ex
tern
al
imp
lan
tab
.ex
tern
al
imp
lan
tab
.
NI
i bio=1
co-
ntro
l or
sens
. im
p.
i bio=i
bio(f 1
)+
i bio(f 2
)+…
+ibio
(f N)
dibio
/dt,
dibio
/dx
Σi b
io=1
net
-
wor
k or
1 fib
re
Mole
cule
s
BSs→
bio
and
chem
.
mol
ec.
varia
tion
of
BSs→
con
-
cent
r. of
m.
ΣB
Ss=1
type
of
mol
ec.
ΣB
Ss= Σ
bio
and
chem
.
mol
ec.
DN
A
prop
ag. o
f
BS
alon
g
DN
A’s
spira
ls
deco
ding
the
BSs
of
nucl
eote
d
reco
gniti
on
spac
e an
d
leng
th d
y-
nam
ic o
n
DNA’
s sp.
4 nu
cleo
-
teds
→ 4
outp
uts
Table:
Dep
ende
nce
of th
e re
ceiv
ed B
S pa
ram
eter
son
the
mod
e of
SuF
ETTr
’s fu
nctio
ning
.
