4. Moriakoi stoxoi farmakon 2014
description
Transcript of 4. Moriakoi stoxoi farmakon 2014
-
1. G (GPCRs)
2. 3. 4.
a+
Ca2+
K+
a+/K+-ATP
-
4
-
1004
4
GPCR
1. 2. 3. 4.
1.
G
, GPCRs
4
,
4.1 Rs ), 1
GPCRs)
GPCRs .
,
( 45% .
.
(>1.0
350
,
.0%). 28 ,
G .
G
1%
000) -
)
%
.
: (G
G
. Richard
(
GPCRs).
.
(G prote
2.000
d Axel ( GPCRs
( .
,
/ /
ein-couple
. Nobe
,
. .
ed recepto
GPCR-like
, el 2004)
,
ors:
e
-
105
, . 150 , .
, , , , GPCRs . GPCRs : 30%40% 50 400 GPCRs.
2012 Nobel Brian Kobilka Robert Lefkowitz GPCRs.
Brian Kobilka (1955 - ) Robert Lefkowitz (1943- )
4.2 Brian Kobilka Robert Lefkowitz Nobel
GPCRs. 1968, Lefkowitz -
, 1980 Kobilka . - . 2011, Kobilka - . molecular masterpiece.
GPCRs: :
.
-
106 4
( GPCRs) 11-cis- () trans-.
: .
: , , , , GABA.
: , .
: GPCRs, , , .
: . .
GPCRs,
G (, ), (effectors) (cAMP, I3), . GPCRs .
- GPCRs 3 ( 4.3 4.4).
, , , GPCRs ( , , , ), GPCRs (fMLP-peptide, PAF, ), , (, , ), (LH, TSH, FSH) GPCRs. ( 4.3 ), 1 2 , .
, NH2 , , . , , . , , , VIP , NH2-.
C, , Ca2+ GABAB. 2- COOH-. 2 , .
-
107
1 2 , .
4.3 - (, , C) GPCRs . Strosberg and Nahmias, G-protein coupled receptor signaling through protein networks, Biochemical Society Transactions, 2007, 35, 23-28.
C
-
108 4
4.1 GPCRs , .
(((777000222)))
1: (CCR1- CCR8)
2: (CXR3- CCR7), -8 (IL8-R)
3:
4: (delta, kappa, mu ) (SSTR1-5)
5: (GALR1-3)
6: (CCKAR), , , GnRH (Gonadotropin releasing hormone)
7: TRH (Thyroptropin-releasing hormone)
8: fMLP (Frmyl Met-Leu-Phe peptide)
9: , , (neuropeptide Y), PRP (prolactin releasing peptide)
10: (LH, TSH, FSH)
11: (P2RY1-8)
12: (P2RY12-14)
13: (CNR), (LPAR1-3), ,
14: (: PGD2, PGE1, PGE2, PGE3, PGE4, PGFF, PGI2, A2)
15: (LPAR4-6), (2R-10)
16: ( 1-5)
17: (5-2, 5-2B, 5-2C, 5-6) , () (1, 1, 1D, 2A, 2B, 2C, 1, 2, 3), (D1 D5), (2)
18: (1, 3, 4), (1, 2a, A2b, A3), (1-5)
GPCRS A
GPCRs . 400 600 7 . 7 - ( 20-25 ), 3 - (loops) 3 . , .
-
3
(
C
.
G 2- COOH-
.
,
,
S1M
. , ),
.
4.4 A- . Strosberg an17, 373-381.. Malbon, Phys
, (PK
G
A. . COOH
and F. Pietri-1. GPCsiological Re
. , G
Ser
KA, PKC
( 2 , . D. -Rouxel, TiPS
CR. Moev. 1999.
S-S,
r Thr, GRK),
1
),
3
PS, 1996,
orris and
.
109
-
110 4
. G -.
4.5 . - (binding pocket).
A C.D. Strader et al, Faseb J., 1989, 3, 1825-32. . , , Zubay G, Biochemistry 1998.
4.6 . 3-, .
sp117 3 , (Ser209 Ser212) 5 Phe309 6 . ( ). e1-e4: 4 , i1-i3: 4 . D. Strosberg and F. Pietri-Rouxel, TiPS, 1996, 373-381.
. - . Berg et al, 2001.
, (binding site) .
1. (, , , , , ) . - ( sp 113: 113 2- ).
A. B.
A.
-
111
(COO-) (counter-ion) (2+) . , , . , 3, Ser209 Ser212 V (...) +, -. (binding pocket).
2. , , , . , . 70 - GPCRs, (PARs: proteinases-activated receptors). , , - . - , - , .
4.7 PARs (
). , , 2- , 2- , . Vergnolle N., et al, Proteinase-activated receptors: novel signals for peripheral nerves, Trends in Neurosci. 2003, 26, 496-500. 3. ,
30 kDa -, , -, (FSH: follicle stimulating hormone), (LH: lutropin), (hCG: human chorionic gonadotropin), (350-400 ) , . 2- , 20-25 - -, . 2- 9 , .
-
112 4
4.8 . 2 (ectodomain) -, 7 (7TM) (IC) 3 C-.
4.9 1 , -. , -.
2 PARs , N2-, .
3 , 2-, .
1 ,
2 8 (IL8) fMLP- PAF
3 (LH, TSH, FSH)
-
113
4.10 GPCRs. , .
GPCRs,
. , .
GPCRS A ,
. H1, H2, H3 H4.
H1 , , , . G (Gq), C PIP2. H1 , .
, 1 ( 2). 1- . , 1 . , . , , ,
3
(LH, TSH, FSH)
2
()
2
,
1 ,
,
-
114 4
, , .
4.11 1
, . , . , .
H1- , Daniel Bovet (1933), , Institut Pasteur . Bovet 1957 Nobel. 1 Benadryl () Johnson & Johnson 1946. , ( ) .
2 H1 ( 1 , ). , . pH (7.4) , . 2 H1 . 1993 Schering-Plough (. Claritin). 2 , , , Zyrtec Pfizer.
3 (levocetirizine) (desloratadine & fexofenadine) 2 , , .
H2 ,
, . , 2 . H2- , . H2
-
115
, .
4.12 , G , . 1, Gaq , C Ca2+. 2, Gas , cAMP. 3 4, Gai , + Ca2+. R. Ferstl, C. Akdis, L. O'Mahony, Histamine regulation of innate and adaptive immunity. Frontiers in Bioscience, 2012, 17, 40-53.
o H2 Sir James
Black Smith, Kline and French 1960 Tagamet 1976. , - . Glaxo , 2- ( , 10 , 10% CYP450 ). 1981 Zantac, 1988, 2-, , 2- CYP450 . Johnson & Johnson/Merck Pepcidine.
-
116 4
H3 (H3R) H4 (H4R) 1988 2000, , , . H3R , H4Rs , , . H3Rs , , , , . H3R II. H4R , , .
GPCRS A , 5- (5-R),
GPCRs (5-1, 5-2, 5-4, 5-5, 5-6, 5-7), 5-3 - . , , , , , , , , , , . GPCRs 5 , , . :
buspirone 5-HT1A. 1986 Bristol-Myers Squibb BuSpar (GAD, generalized anxiety disorder). buspirone , .
(lecozotan) 5-1, Wyeth Alzheimer. 5-1 . 2008, III .
(sumatriptan) , - (DMT), 5---, (5--).
4.13 , , 5-
HT1D 5-HT1B, .
-
117
4.14 Albert Hofman
(1906-2008) , LSD. 100 , LSD: My Problem Child.
5-HT1D 5-HT1B, . : / , / / . 15 min 96% . GlaxoSmithKline Imitrex 1991 .
(cisapride) 5-HT4, . (gastroprokinetic) . Janssen Pharmaceutica 1980, Prepulsid, , . , (), .
(agomelatine) 5-HT2C , , , . Novartis, 2012, Valdoxan, . , .
(fenfluramine) 5-HT2C 1972 Ponderax,
. , .
LSD (Lysergic acid diethylamide) Sandoz , Albert Hofmann 1938, . , (ergot), . , 1943. LSD , . Sandoz, Delysid, 1947, . LSD GPCRs, , , 5-HT2A, 5-HT2A . 5-HT2A 5- .
-
118 4
LSD, , 5-2 ( D2 ).
4.15 ( -
) .
GPCRS A GPCRs
. 5 , GPCRs: D1, D2, D3, D4, and D5. D1 D5 D1-like, D2, D3 and D4 D2-like. , , , , , .
(, ), . , Parkinson, (restless legs syndrome, RLS)1.
1 (), , . , . .
Fenfluramine
-
119
(ropinirole) D2, D3, D4 D2. GlaxoSmithKline Requip Parkinson Restless Legs Syndrome (RLS). SSRI (serotonin specific reuptake inhibitors) .
(apomorphine) D1-like and D2-like . , , .
4.16 , ,
HCl, Parkinson. .
Parkinson (1951), (1970), . . Parkinson Apokyn, . Uprima, Viagra, . -, Alzheimer. .
(aripiprazole) 2 , , , . 2002, 2004, 2007. Otsuka Aripiprex. , D2 , .
(risperidone) , D2 , , . , . ,
-
120 4
. Johnson & Johnson, 1994, Risperdal.
4.17 D2 ,
5-HT2A, 1 2, 1 . , , , , .
(lanzapine) ,
5-HT2 D2 . M3 , , 5-HT1, GABAA -. , Eli Lilly Zyprexa. Zyprexa 2008 4,7 $.
GPCRS A - GPCRs
, fight-or-flight. , - -. - : 1 2.
1 Gq , C (PLC), PIP2 IP3 (DAG). , 3 Ca2+. , 1- , , , . , , .
(phenylephrine) 1- , ,
-
121
, , , , , . 1- .
(xymetazoline) 1- 2-, . Merck 1961, . , .
4.18 ( Sudafed) ( 1- . (doxazosin) 1-,
Pfizer Cardura, . 1- (), .
(prazosin) 1-, Vasoflex, , . , .
2 (2A, 2, 2C), Gi , , cAMP. . . , , , .
(clonidine) 2-. 2 Ca2+ . . - 1950.
-
122 4
2010 (attention deficit hyperactivity disorder, ADHD). , ().
(yohimbine) Pausinystalia yohimbe (Yohimbe), . 2-, , . . , , , . , , . 2- , 1-20% 55 .
4.19 Pausinystalia yohimbe, 2-, , , . - 1, 2 3, Gs
, , cAMP. 1- , ( ), . 2 , , . 3 . - , 1962, Sir James W. Black - (beta
-
blocker
(chronic GlaxoSm
Ventoli
s),
c obstructiv mithKline in.
4.20 2-
20
(salmeter
ve pulmona
1980 (salbuta 2- .
- .
Nob
.
rol) ry disease, amol)
- James
bel 1988.
COPD). 19 (
(Serevent)
Black,
2 990 Sere ( 20
,
2- . event. 2- 0 min)
(Vent .
.
1.
olin),
1
. 1968
1962
123
-
124
1
4 19beta
Ten
4
4.22
4.21 962, blockers,
.
, , (normin, .
(atenolol)
(metopro (carvedilo
, ,
.
,
,
olol) ol)
(1, 2) .
.
beta b
-.
20
blocker,
, ,
1 block
1 . (
failure, C Coreg (G(Roche), 2007. ,
-
, ,
ker
1 blocker ,
1, 2) HF). GlaxoSmith Carlo
-.
Jame
(5
1 (congesti :
hKline), Doc (Cipla)
1 .
,
es Black,
1 2 , 5-1). .
1976 .
,
ive heart Carvil,
Dilatrend 2-
-
GPCR
4
4
Ther
.
RS
, GPCR , . ().
4.23
,
4.24 5 3 C rapeutic oppo
1-1
A
Rs.
.
.
Gq Ca2+, , portunities f
A
(
: / ,
2 4
from muscar
-
/
5
cAMP. rinic recepto
) ,
, ,
: 1, 2,
5 Gi R. Eglena,or research,
,
, 3, 4,
, C,
a, A. Choppin TiPS (2001)
5.
nb and N. Wa1) 22, 4094
1
: ,
1, 3
Watsonc, 414.
125
-
126 4
1 , , , . Gq , C 3 Ca2+. 1 AF102B, AF150(S) AF267B , , stress, tau, . Alzheimer .
2 , (sinoatrial node, SA) (atrioventricular node, AV), . 2 Gi , cAMP, - Ca2+ K+. , 2 , (), (AV node) .
4.25 2 , (SA) (AV). Gi + Ca2+. , (AV) .
2
Gi Gi
i i
-
127
M3 . Gq (PLC) Ca2+ . , 3 , , Ca2+ , . ( 3) . , 3 .
4.26 3 , , . M3 , . ,
, , .
(pilocarpine) 3 , 100 . , , , , . . , , 3 , Ca2+ . , , . , .
Muscarinic M3
-
128
4
Piloca
Sjgren
4
4.26
carpus microp
3 n.
4.27
. ophyllus,
,
3 Sjgr
3 (trabe .
ren,
,
ecular meshw
Salag
work), . .
gen Evo
,
Pil
(cilliar 3
xac,
locarpus mic
ry body) ,
(cevimelin
Venus Willi
crophyllus
ne), 3
iams.
-
129
4.28 Albert Ladenburg 1880 .
(- ) , Parkinson, , .
Parkinson , . . . Parkinson (benzatropine), Cogentin.
, , , Solanaceae , .
M1, M2, M3, M4 M5 , Atropa belladonna. "Essential Drugs List", . "belladonna" ( ) , , , . , .
2 : (SA) (AV). ( ), .
, . .
(scopolamine) , 1.
Solanaceae, . Brugmansia, , . , . , , , , , .
, . , 330 g ,
-
130
4
Bo
4
Boeh
4
4.29 Brugmans
. ehringer) . ,
4.29 ringer) -
,
, sia, Angel.
-
-
. Albe
l Trumpet
, -
,
ert Ladenbu
,
,
urg 1880
,
. , . .
,
.
Buscopan ( . .
,
Buscop
( ,
, pan ( -
-
,
48-
GPCR
, ,
, ,
4.30 .
RS
Na, , . ACE (ang 1 C Na+,
(ipratropiu (dime .
(d, .
A
: a+
,
. giotensin-co 1, 2, +
um) enhydrinate, , 8 , Dram
dimenhydrin, D
A
/
nverting en 3, 4. .
D
, A , ) 8- mamine
nate)
Dramamine
.
nzyme), G
, ,
iphenhydram
Atrovent, A , .
, ,
GPCRs
,
mine
Apovent, Ip ,
/ , 40 , .
G Ca2+ ,
8-chloro-t
praxa
.
: ,
, .
Gq +. , ,
theophylline
1
, , .
: ,
,
,
e
131
-
132 4
1 , (angiotensin receptor blockers, ARBs), - - . , , .
(losartan) T1 , 1995 Merck. . 1 , . .
4.30 , -, . (losartan) T1 , 1995 Merck.
-
133
GPCRS A
( 20- C). (COXs) (PGs) (TXs), (LTs).
4.31 ( ) ( 20 C), (COX1 COX2). E2, D2, F2a 2, 2, GPCRs, Gs cAMP ( EP1, EP2, EP3, EP4, DP1, DP2 ), Gq C (PLC) Ca2+ ( FP2 ).
,
,
PGE2 PGD2 PGI2 PGF2 Thromboxane A2
EP1, EP2, EP3, EP4 DP1, DP2 FP2 IP TP
2
Prostaglandin synthases
COX1
COX2
PLA2
-
134 4
, , . , , GPCRs, . , , sec min, .
, 1930 Raphael Kurzrok Charles Leib. PGE2 , .
(dinoprostone) 2, 1976 gel , Pfizer Inc Prostin E2, 2 . 17 , 25% .
(latanoprost) F2 Carl B. Camras Columbia University 1996. . Pfizer Xalatan, , . FP . FP (MMPs), (uveoscleral drainage). , . .
4.32 F2a. Xalatan , 1,6 $. FP (ciliary body) , (uveoscleral pathway). , , (trabecular pathway) .
-
135
- . Bengt Samuelsson 1979, , . 5-- (, , , ). shock. Ca2+, 5-- 2 (LTA2). LTB4, , LTC4, , LTD4 LTE4. -.
4.33 .
Ca2+ 2 (PL2). 5-- LTA2. LTB4, , LTC4. LTC4 - LTD4 LTE4. LTC4. LTB4 , LTD4 LTE4 . LTB4
, . LTC4 LTD4 SRSA, . , ontelukast afirlukast, , , . montelukast D4
-
136 4
-, CysLT1, , .
GPCRS A (ADH: antidiuretic hormone:)
, : / H2, H2 , , / .
4.34 (osmolarity) (ADH) . ADH , Henle , , , . , Henle , .
3 GPCRs: V1, V2 V3. V1a , ,
. Gaq, C, IP3 Ca2+, .
V1b V3 , Gaq C, ACTH.
V2 , ( Henle ),
:
(ADH)
2
-
137
. H2O .
,
(desmopressin) .
V2 von Willebrand . DesmoMelt, Stimate, Minirin, , (diabetes insipidus)2, , ( von Willebrand ).
, , V1a V1b ACTH, . , 10 , 1500 . , (. Na+). a+ (), , , , . .
, (terlipressin) V1 . Teripress Glypressin , shock.
2 ( "" ) (), . V2 , .
2.
.
-
138 4
, , .
4.35 , ,
V2 GPCRs , , H2. , , V1 GPCRs , C . J. Finley, M. Konstam, J. Udelson, Arginine Vasopressin Antagonists for the Treatment of Heart Failure and Hyponatremia, Circulation 118: 410-421 (2008).
ADH
ADH
-
139
4.36
V2 , , .
(VRAs, Vasopressin receptor antagonists) , (vaptan drugs), 2009. (SIADH, syndrome of inappropriate antidiuretic hormone secretion), . , , , . SIADH, , , , .
(tolvaptan) V2, Otsuka Pharmaceutical Co, 2009. Resodim Na+.
GPCRS A
, Papaver somniferum Sertrner, 1803. 1827 Merck, Darmstadt, . , , , , , . GPCRs . , (1, 2, 3) , (1, 2), (1, 2, 3) , .
, , , .
-
140 4
1 , 2 , .
.
. ( ), , , . () , , .
, , , . .
:
(fentanyl). , . , , , . , , . .
4.37 GPCRs . , Gi . cAMP Ca2+ . , + + . .
-
141
, , , . . 1832 Pierre Robiquet.
: , , , .
: , (naloxone) , , 17 . . . , . 1-3 , , . 1960 Sankyo Narcan.
4.38 , 17 . .
GPCRS A TH GnRH (GONADOTROPIN RELEASING HORMONE) GnRH, ,
. - , GPCRs , GnRHRs, . GnRH , Gq PLC, 3 Ca2+. PKC, : (LH) (FSH) . , , .
17
-
142 4
4.39 GnRH ,
, GPCRs , LH FSH, , .
4.40 GnRH , Gaq
PLC. PKC, (LH, FSH).
GnRH.
GnRH , , ( ).
GnRH , , LH FSH.
LH FSH .
-
143
GnRH , , GnRH, , down regulation , , LH FSH, , . .
GnRH . 8-14 , 9-14 . , , 35-70 . GnRH - : . ,
. , .
transsexual , trans women.
in vitro fertilisation (IVF), FSH. GnRH, -, FSH , (hCG), 3.
, .
GnRH GnRH, 6 10. . FSH LH. , 10 , FSH LH, down-regulation .
700 GnRH: leuprolide (Lupron, Eligard), buserelin (Suprefact, Suprecor), histrelin (Supprelin, Vantas), goserelin (Zoladex), and deslorelin
(Suprelorin, Ovuplant).
4.41 leucopride (Lupron) GnRH . , GnRH, , . in vitro (IVF).
3 , LH FSH .
, . , GnRH LH FSH. , GnRH . GnRH .
-
144 4
GnRH GnRH, . GnRH GnRH , LH FSH. LH , . GnRH, --, , , .
, (castration) . GnRH GnRH.
GnRH LH FSH in-vitro (IVF). hCG - . GnRH, Cetrorelix Ganirelix
Cetrorelix GnRH. - (, ). , cetrorelix , GnRH , LH FSH. . LH hCG
.
4.42 To cetrorelix (Cetrotide) Serono LH FSH in-vitro (IVF).
-
G
likerecrecepto
VPAC1, Gs
G
Ca2+,T1
GPCRs
1,(),(GHRH),
2ceptors(EMRors
() ,
GPCRs
CCC
1
,PACAP(pi
R),leukocyte
vasoact VPAC2 ,
,
, )
ituitaryaden
EGFecellsurface
tive intestin , (
, VIP.
C
(GAB
, , . .
nylatecyclas
NHeantigenCD9
nal peptide , ). P.
GPCRs BAB), GABA2.
,
,
(((111555)))
27141((CRH),eactivating
H2:EG97,calciumin
(VIP) , c
VPA
, , >27,
(15):VIP),popypeptide
Fmodulecondependent
, , cAMP,
AC1 VP
C (mGlu2/
GA
(
, , 7 /
e)
ontainingmulatrotoxin
PAC2
/3) G
(((222222)))
ABAB,
1
20 ,
,
ucin
: - ,
GABA GABA1 . G-.
145
-
146 4
2. (Ligand-gated ion channel receptors) - - .
2 : cys-loop , 5 (2) ( , GABAA GABAC, 5-3), , 4 ( NMDA, AMPA ).
4.43 - GABAA. 5
(2) (), , .
- ,
, : a+ Ca2+ , 5-3 , Cl- GABAA, GABAC . (depolarization) -. , 5-3 ( NMDA, AMPA ), . (hyperpolarization) -. GABA, GABAC .
, msec, (fast responding receptors), G, , G, (effector) . -
O (subunits) - (4 5) : 4 , - - , - .
-
147
4 EN (-V). 20-30 -, . ( 20) .
4.44 5 2 GABAA. 4 (1, 2, 3, 4). G.B. Smith and R.W. Olsen, TiPS 1995, 16, 162-167.
( , ) ( 5,6 ). , . (Pro) .
, (Ser248, Ser254, Ser256, Ser262) , (non competitive blockers)* ( 3.14). (. , , ) (), , -.
* , . (D). . . J-P. Changeux et al, Achetylcholine receptor: an allosteric protein, Science, 1984, 225, 1335-1344.
-
148 4
4.45 . -. 4 (1-4), 20-
30 - . . . 2 . H.R. Arias, Brain Res.Rev., 1997, 25, 133-191. 4.46 , 2 Ch . CPZ (), (-), TID Arias H.R., Brain Res. Rv., 1997, 25, 133-91.
4.47 .
-. (high affinity site) . 30 , (low affinity sites) . J-P. Changeux et al, Science, 1984, 225, 1335-1343. 1 E 2 ,
.
A B
-
149
: GABAA, Cl-, , Na+ +. - , (driving force) .
- , cAMP. .
4.48
. Hucho F. et al, TiBS, 1994, 19, 383-387.
AMINOTEIKO AO (NH2-TERMINAL). , . (2) GABA 5-3, -, . . , .
- GABA . GABA . GABA .
(Cys139 Cys153), S-S. Cys-Cys , .
, . . , , , ( - -). (2).
-
150 4
(COOH-TERMINAL). G, , - .
4.49 . Cys138- Cys152 Cys198-Cys209, . Laube B. et al, TiPS, 2002, 23, 519-527.
. , . , . , . . 2-3 nm . . 2 . - .
4.50 () , . ,
. . . () 2 . Unwin N., Achetylcholin receptor channel imaged in the open state, Nature, 1995, 373, 37-43.
.
-
151
. . , 2 . . . . , . , 2. 2 . . 2 , . .
4.51 () 2 . ( ) . . () 2 . 2 . (): 2 . . (): 2 . 2 . ( ) , . Unwin N., Achetylcholin receptor channel imaged in the open state, Nature, 1995, 373, 37-43.
prefilter
M2M2M2
-
152 4
- - . , , NMDA (--D-), AMPA (--3--5--4- ) . NMDA , . , NMDA . NMDA LTP ( ). , Ca2+. NMDA . NMDA :
.
AMPA NMDA. NMDA Mg2+ ( Zn2+),
. , Na+.
Mg2+ NMDA.
NMDA a+ Ca2+.
4.52 NMDA, ,
. NMDA ( Mg2+ ) ( Na+). , Mg2+ NMDA a+ Ca2+.
-
153
NMDA
NMDA -, NR1 2 NR2A, NR2B, NR2C NR2D ( NR1-NR1-NR2A-NR2A). 3 (1, 3 4). 2 . 2 2 . 2 , , S1, S2, COO- , .
2 . 2 -, 1 3 . Q/R/N . (Q), (R) , () DA.
4.53 NMDA. (NR1-NR4). 3 (1, 3
4). 2 2 . NMDA, -, . NMDA PCP (phencyclidine, ) (angel dust) . 4.54 NMDA.
-
154 4
3. (Receptors tyrosine kinase)
. .
. , . , .
: (EGF: epidermal growth factor), (PDGF: platelet-derived growth factor), (NGF: nerve growth factor), . (growth factor receptors). .
- : ( EGF, NGF, PDGF) ( ). /
, . ( ) , ( ) . , , . H EGF. , . EGF , .
4.55 (EGF) ,
, . (Protein Tyrosine Kinase) , . . J. Schlessinger, TiBS, 1993, 18, 273-275.
-
155
H PDGF. 5 ( ) (immunoglobulin-like domains). , (kinase insert region). , -.
4.56 PDGF ( ). . . - , -, GAP (GTPase activating protein), 3- C- (PLC-). 85 / - -. W.J. Fantl et al, Annu. Rev. Biochem., 1993, 62, 453-481.
FGF (fibroblast growth factor: ). 3 , ( ). . VEGF (vascular endothelial growth factor: ). , . NGF (nerve growth factor: ). NGF (neurotrophins) neurotrophin receptors family. trk, trk trkA. 2 (Ig-like domains) 2 (FNIII).
, . .
-
156 4
4.57 - - PDGF. PDGF, - -, , . (PDGF: platelet derived growth factor) , , , . , , PDGF .
/ -
. - -, S-S 22. (-precursor), Golgi, , , .
- , . 15-20 , . - . , -, - . -
, . .
4.58 . , . .
-
157
RTKs
trans- . , SH2 , . , -.
: C, (src ..), p120 GAP ( GTP activating protein), - (Grb2, Shc, IRS), (Syp .) 3-.
4.59 trans- Tyr (Y-) ,
(SH2 PTB), .
4.60
(Src, Grb2, P85 3-, GAP PLC) (-) RTK.
- P Src
Grb2- P
581
SOS
-
158 4
4.
. , . . , - , DNA-binding C- . DNA binding DNA, (nuclear localization) . 66 . n2+ 4 . DNA - C- DNA-binding. - . . trans-, (AF1). C- . (hormone-binding domain), trans- (AF2), trans-, . AF2 trans- .
1. (.. ). 2. (.. D3). 3. (.. ). 4. , . DNA
1. . , (-) , .
2. . , (-) , .
3. ( ) DNA .
4. ( ) DNA .
-
159
, , . , . , , chaperone ( shock), Hsp90, Hsp70, Hsp56 (Hsp: heat shock protein). . Hsp90, . Hsp79 sp90 . , DNA hormone responsive elements (HREs)
4.61 . 4.62 .
: D (hormone binding domain), , DBD (DNA binding domain) DNA NTD (nuclear translocation domain), .
Hsp7 Hsp7
-
160 4
4.63 HRE DNA DNA binding . , (b) Zn2+- Cys4, DNA, HRE. (c) Zn2+
, 4 , DNA .
DNA (RE), (d), , 4 : 5-AGGTCA-NNNN-TGACCT-3
T , D3
3 ,
. 1.
, . . 3.
2. , , . . 9-cis- 1 ().
3. . .
. (RAR RXR), 3 (3R) D3 (VDR) (heat shock proteins). , HRE DNA, , (repressors) . .
, 4.64.
DNA
Zn2+-Cys4
H DNA
-
161
4.64 , D3 3.
, , , . . (Glucorticoid resistance) , , . , , ACTH (), Cushing.
. T , - (GR), , -, trans- 1, . (5-10%) . - GR, GR, .
, a+, Cl- 2 K+, Ca2+ . , . . .
1
2
3
-
162 4
, . . cAMP. cAMP . , . , LBD. - tamoxifen. - , .
D3 D3 7- . , , D3. 1,25-D3. . VDR (Vitamin D Receptor) : , , 1,25-D3 . VDR :
1. DBD , .
2. , LBD . -
VDR retinoid X receptor (RXR). RXR T3R, VDR RAR. VDR RXR LBD . , LBD , .
VDR RXR , , .
, D3 -, tamoxifen, , , ...
-
163
. , VDR ER .
-
- . , , a+, + Ca2+. , 0,5 msec. , 2 msec . - : ( , ), ( ) ( ). , . .
. : a+, + Ca2+ . , a+ 12 . Ca2+ Ca2+ 1000 .
4.65 - Na+ Ca2+. - Na+ Ca2+ 4 .
-
164 4
-
- a+, + Ca2+, , (review, Catterall 1995). , 4 , ( Na+ Ca2+) ( +).
4.66 - + . - +
4 . 6 (S1-S6),
-. S4 , SS1 SS2 .
.
. 4.67 - -. 6 (S1-S6), -. S4 , SS1 SS2 .
, . S4 / . S4 . , ( msec) .
-
165
. ( ) . S4 , . S4 - - .
4.68 - Na+ ( - ) . msec, ( ). , , , -.
-
- a+: , . , . Na+ , - -. . 200 . .
-
166 4
Ion passage and ion selectivity
. . 4.69 Na+,
. - N+
- a+ (), . (puffer fish) . , . - Na+ (10nM) Na+ 100 .
, , ( ), 50 . .
a+ , a+ .
-
167
, . a+ .
- Ca2+
Ca2+ : L (large ), , .
Ca2+ L, , - Ca2+ Ca2+- Ca2+ Ca2+ 100 nM , 10. Ca2+ , - .
4.70 - Ca2+ L (LTCCs)
1 (2-, ). 1 (C1.1, C1.2, C1.3, C1.4) . 1 (I, II, III, IV) 6 .
C1.2 (Thr1066 Tyr1066), -.
Ca2+ L- (Ca2+ blockers) :
-
168 4
1. 1,4- (DHP), . . 2. (PAA), . . 3. (), . .
Ca2+ . - +
- + + . 60 - +. , + 3 :
1. + (Transient outward K+ channels): Ito. Na+ . + ( 3.42). 4--.
2. + (Delayed rectifier K+ channels): IKr. , 100-300 msec. Ca2+ L +.
, + , , + . , , + . + + (kr) . +. kr --.
3. + (Inward rectifier K+ channels): IKi. + (-95mV) ki + . , +.
Iki : 4 , , - . - ( 4.71). .
-
169
IK
IKi
Ito IKr
4.71 + (Ito, Ikr, Iki) . Ito Na+. + . , 100-300 msec. Ca2+ L
+ IKr. + (-95mV) ki + .
4.72 +. . + -, (v) (mink), . . + 4 - ( ). - 6 . C. Ta + (Inward rectifier K+ channels) 4
- .
-
170 4
. Na+/K+ ATP
Na+/K+- Na+ K+ , 3 Na+ 2 + , Na+ 10 , K+ 20 . , , . (5mV) 20 mV.
4.73 4
Na+/K+- (), ().
. () Digitalis purpurea, William Withering () .
a
- b-
-
171
( ), , , Na+ . Ca2+ . Ca2+ , Ca2+- a+/Ca2+ . Na+/K+- Na+ a+/Ca2+, Ca2+ .
, . . , , , .
.
(neurotransmitter transporters) : , , , .
: Na+/Cl-- ,
Na+ Cl- +- ,
+ .
4.74 , .
-
172 4
Na+/Cl-- Na+. , (uptake). , +- , +. Susan Amara and Mark Sonders, Drug and Alcohol dependence, 51, 87-96, 1998.
, GABA (GAT1) (Guastella et al, 1990) () (Pacholczyk et al, 1991). cDNAs (DAT) (SERT). 4 GABA, 5 (GLYT1-5), , DAT, SERT . Na+/Cl-- 12 , 2- COOH- 3 4, .
4.75 ()
(). Susan Amara and Mark Sonders, Drug and Alcohol dependence, 51, 87-96, 1998.
-
173
+- . , +, (---) . , cDNA . (VMAT1 VMAT2) (VAChT). 12 , 2- COOH- 1 2, .
:
, (SSRIs, selective serotonine reuptake inhibitors): (Prozac), , . , , : : , , .
, . (DAT) . GABA GAT-1 (Gabatril), GABA .
. - , , . ( ACh ) : (AChE), (Ch) , .
AChE , , S-S, 70-80 kDa, . 3.47 AChE , (G) (A) ( ). AChE .
, ACh AChE (G1, G2 G4). 12 ACh .
H ChE : 14.000 ACh /sec .
-
174 4
4.76 : , . Taylor and Radic, Annu. Rev. Toxicol. Pharmacol. 1994, 34, 281-320.
1854
Philipe de Clermont (1830-1921), Calabar, Physostigma venenosum Calabar . . 10 (), --
. Clermont , , . 1877, , , .
Physostigma venenosum
-
175
, AChE, (, ).
, - (DPF) . Birjinni 25 1988,
. LD50 ( !) 10g kg-1. Aum, 12 5500 . , , ; ( msec) . . . , DFP (-) (---) . , .
4.77 DIPF
.
.
, , ., (5-, ). , s (Inhibitors of monoaminoxidases) ( ). :
-
1776
.
ERK
4
-, -, , A
, . ,
, .
K/MAPK
lzheimer,
, . , ,
(Mitoge.
MEKK MEK MKK SEK SKK
JNKK
MAPK ERK JNK
SAPK CSBP BMK
,
)
en-activated , . s
MEK kin
MAPK/EMAPK kSAPK/ESAPK kJNK kin
MitogenExtracelJun-N-teStress-acCytokineBig mito
, ).
d protein k
s
nase
ERK kinasekinase
ERK kinasekinase nase
n activated pllular signalerminal kinactivated proe suppressivogen kinase
-
, ,
kinases)
.
e
protein kinal-regulated kase otein kinaseve anti-infla
, , P
,
.
ase kinase
ammatory d
Parkinson, .
cheese ef
,
drug binding
, .
. . ffect (.
,
g protein
-
177
,
. , .
p38 ( SA: stress activated protein kinase) . , APKs . , . , ( 500), .
, p38, ERK1, 2, 5 JNK.
p38 s p38.
48 p38 15 . p38 (, UV, ). -, , IL-1 TNF- LPS.
p38 IL-1 TNF-, p38 - , , . p38, Vertex745 RPR200765A ( ), SB235699 ( , .....).
-, . , , 106. - ( .4.78), . p38 ( p38 p38)
4.78 p38.
-
178 4
4.79 , in vitro .
. (high afctivity)
(low activity). p38 , (nM) , mM .
1 2 p38, . s s ( ). , .
1 2 . . (PD98059, PD184352, U0126) (Ro092210, LLZ16402).
10
. . , . .
-
179
.
DNA DNA :
- DNA, - DNA
- DNA. DNA,
. DNA.
4.80 DNA : / DNA, / DNA / DNA.
Camptotheca accuminata. 1970 . 15 TopI, .
-
180 4
4.81 , . DNA DNA . Mandragora officinarum TopII DNA. DNA .
(DNA, RNA) .
, DNA , , . Streptococcus verticillus. 2 2. , (Fe2+ Cu2+). DN, 2 Fe2+. 2 ( DTT) -Fe2+ - Fe2+ 2 , DNA.
DNA (3- 4-2) (2-2 3-) 5. DNA DNA, - (linker domain) .
-
181
in vitro G2 , , DNA, .
4.82 . 4.83
DNA. Chen and Stubbe, Current Opinion in Chemical Biology, 8, 175-181, 2004.
-
182
DNA (bizeles (hot spo
4(
( RNA
4
CPsin), ots). .
4.84 ).
, , A
DNA
PI (cyclopro ,
, )
5-
,
A pylpyrroloi
) .
(5-FU)
. . indole),
DNA
,
DNA,.
4.85
5-(
DN .
A. 5-,
)
, NA (MGM) DNA
,
5-(
) ( .
D
(5-FU)
), ,
DNA
,
.
)
-
183
5--
, , 5 . 5 , , 5-- (5-FU) .
5-FU ( ) (FdUMP, -), . F-C C-H 5 5-FU . FdUMP , (5,10-- ) . FdUMP - ( ) . DNA , .
5-FU RNA, DNA.
, .
4.86 5-FU
FUR: - FUDP: FUMP: FUTP: FUdR: FdUDP: FdUMP: FdUTP: o PRPP: 5--1-. 5'- (FUMP) :
-
184 4
/ 5-FU (FUR) FUMP .
) 5-FU 5--1- (PRPP) FUMP.
F-UMP RNA.
( ) 5--5'--2'- (F-dUMP). H 5-FU 5-FUdR F-dUMP . F-dUMP . F-dUMP (). F-dUMP 5-FU, 5-FUdR, F-dUMP . 5-FU DNA RNA. 5-FU, F-dUTP dUTP ( ) DNA ( ). F-dUTP dUTP . RNA RNA.
Albert Paul R., Liliane Robillard, G protein specificity: Traffic direction required, Cellular
Signaling, 2002, 14, 407-418. Albert Paul R., Tiberi Mario, Receptor signaling and structure: insights from serotonin-1
receptors, Trends in Endocrinology and Metabolism, 2001, 12, 453-460. Arias H.R., Topology of ligand binding sites on the nicotinic acetylcholine receptor, Brain
Res. Rev., 1997, 25, 133-191. Arias H.R., Localization of agonist and competitive antagonist binding sites on nicotinic
acetylcholine receptors, Neurochem Int. 2000, 36, 595-645. Barnard E.A., The transmitter-gated channels: a range of receptor types and structures,
TiPS, 1996, 17, 305-308 Biel M., Sautter A., Ludwig A, Hoffmann F., Zong X., Cyclic nucleotide-gated channels
mediators of NO: cGMP-regulated processes, Naunyn-Schiedebergs Arch. Pharmacol., 1998, 358, 140-144.
Birnbaumer L. et al, Signal tranduction by G proteins, Kidn. Int., 1987, 32, S14-S37. Bockaert J., Fagni L., Dumuis A., and Marin P., GPCR interacting proteins (GIP),
Pharmacology and Therapeutics, 2004, 103, 203-221
-
185
Bosanac et al, Structural insights into the regulatory mechanisms of IP3 receptors, Biochimica et Biophysica Acta 2004, 1742, 89-102.
Bourne H.R. et al, The GTPase superfamily: conserved structure and molecular mechanism, Nature, 1991, 349, 117-127
Bradley J., Reisert J., Frings S., Regulation of cyclic nucleotide-gated channels, Current Opinion in Neurobiology, 2005, 15, 343-349.
Brandon NJ., and Moss SJ., Receptor cross-talk: ligand-gated ion channels start to communicate, Sci. STKE, 2000, 24, PE1.
Cascio M., Structure and Function of the glycine receptorand related nicotinicoid receptors, J. Biol. Chem., 2004, 279, 19383-19386.
Catterall WA., Structure and function of voltage-gated ion channels, Ann. Rev. Biochem., 1995, 64, 493-531.
Cao, T.T. et al. A kinase-regulated PDZ-domain interaction controls endocytic sorting of the 2-adrenergic receptor. Nature 1999, 401, 286-290.
Changeux J-P., Le recepteur de lacetylcholine, un canal ionique membranaire regle de maniere allosterique par un neurotransmetteur, Ann. Institut Pasteur, 1992, 231-239
Colquhoun D., and Sivilotti L., Function and structure in glycine receptors and some of their relatives, Trends in Neurosciences, 2004, 27, 327-344
Connolly CN., and Wafford KA., The Cys-loop superfamily of ligand-gated ion channels: the impact of receptor structure and function, Biochemical Society Transactions, 2004, 32, 529-533.
Dedge Kimberley, John D. Scott, AKAP79 and the evolution of the AKAP model, FEBS Letters 2000, 476, 58-61.
Dingledine R., et al, The glutamate receptor ion channel, Pharmacol. Rev., 1999, 51, 7-61. Edwards Amelia S. and John D. Scott, A-kinase anchoring proteins: protein kinase A and
beyond, Current Opinion in Cell Biology 2000, 12, 217-221. Enz R., and Cutting G.R., Molecular composition of GABAC receptors, Vision Research,
1998, 38, 1431-1441. Estelle Mark, Two receptors better than one? Current Biology, 1998, 8, R539-R541. Finer-Moore J. and Stroud R.M., Amphipathic analysis and possible formation of the ion
channel in an acetylcholine receptor, Proc. Natl. Acad. Sci. (USA), 1984, 81, 155-159 Fisher S.K. and Agranoff B.W., Receptor activation and inositol lopid hydrolysis in neural
tissues, J. Neurochem., 1987, 48, 999-1017. Fowler C.J. and Tiger G., Modulation of receptor-mediated inositol phospholipid breakdown
in the brain, Neurochem. Int., 1991, 19, 171-206 Fujisawa Yukiko, Hisaharu Kato and Yukimoto Iwasaki, Structure and function of
heterotrimeric G Proteins in plants, Plant Cell Physiology, 2001, 42, 789-794. Galzi J-L., and Changeux J.P., Neuronal nicotinic receptors: Molecular organization and
regulations, Neuropharmacology, 1995, 34, 563-582 Grenningloh G. et al, The strychnine-binding subunit of the glycine receptor shows
homology with nicotinic acetylcholine receptors, Nature, 1987, 328, 215-220 Haefely W.E., The GABAA-benzodiazepine receptor: biology and pharmacology,
Handbook of Anxiety, eds G.D. Burrows, M. Roth and R. Noyes, (1990), Elsevier Science Publishers, pp.165-188
Hartig P. et al, The molecular biology of serotonin receptors, Neuropsychopharmacol., 1990, 3, 335-347.
Hibert M.F., This is not a G protein-coupled receptor, TiPS, 1993, 14, 7-12. Holub B.J., The cellular forms and functions of the inositol phospholipids and their metabolic
derivates, Nutrition Reviews, 1987, 45, 65-71.
-
186 4
Hooley Richard, Plant hormone perception and action: a role for G-protein signal transduction ?, Phil. Trans. Royal Society Lond., 1998, 353, 1425-1430.
Huganir R.L. and Greengard P., Regulation of receptor function by protein phosphorylation, TiPS, 1987, 8, 472-477
Hur Eun-Mi and Kyong-Tai Kim, G protein coupled receptors signaling and cross-talk. Achieving rapidity and specificity, Cellular Signalling 2002, 14, 397-405.
Jones Alan M., G-protein-coupled signaling in Arabidopsis, Current Opinion in Plant Biology 2002, 5, 402-407.
Karpen JW., and Ruiz M., Ion channels: does each subunit do something on its own, TiBS, 2002, 27, 402-9.
Kaupp UB., and Seifert R., Cyclic nucleotid-gated channels, Physiol. Rev., 2002, 82, 769-824. Kobilka B.K. et al, Chimeric 2-, 2-adrenergic receptors: delineation of domains involved in
effector coupling and ligand binding specificity, Science, 1988, 240, 1310-1316. Kopperud R., Krakstad C., Selheim F., Doskeland S., cAMP effector mechanisms. Novel
twists for an old signaling system, FEBS Letters, 2003, 546, 121-126. Krupinski J. et al, Adenylyl cyclase amino acid sequence: possible channel- or transporter-
like structure, Science, 1989, 244, 1558-1564. Krupinski J. et al, The adenylyl cyclase family, Mol. Cell. Biochem., 1991, 104, 73-79. Krupinski J. et al, Molecular diversity in the adenylcyclase family, J. Biol. Chem., 1992, 267,
24858-24862. Lechleiter J. et al, Distinct sequence elements control the specificity of G protein activation
by muscarinic acetylcholine receptor subtypes, The EMBO J., 1990, 9, 4381-4390. Leite J.F., and Cascio M., Structurte of ligand-gated ion channels: critical assessment of
Biochemical data supports novel topology, Mol. Cell. Neurosci., 2001, 17, 777-792. Lester H., Dibas M., Dahan D., Leite JF., Dougherty DA., Cys-loop receptors: New twists and
turns, Trends in Neurosience, 2004, 27, 329-336. Linder M. and Gilman A.G., G proteins, Scientific American, July 1992, 70-77. Lipton SA., Choi Y-B. et al, Cysteine regulation of protein function as exemplified by
NMDA-receptor modulation, TiNS, 2002, 25, 474-480. Lynch JW., Molecular structure and function of the glycine receptor chloride channel,
Physiol. Rev., 2004, 84, 1051-1095. Marshall F.H., Jones K.A., Kaupmann K., and Bettler B., GABAB receptors the first 7TM
heterodimers, TiPS 1999, 20, 396-399. Mody I., Pearce R., Diversity of inhibitory neurotransmission trough GABAA receptors,
Trends in Neurosciences, 2004, 27, 569-575. Montal M. et al, Desing, synthesis and functional characterization of a pentameric channel
protein that mimics the presumed pore structure of the nicotinic cholinergic receptor, FEBS Lett., 1993, 18, 275-277
Nederkoorn P.H. et al, Does the ternary complex act as a secondary proton pump and a GTP synthetase? Trends in Pharmacological Sciences, 1995, 16, 156-161.
Newton A.C. and Williams D.S., Does protein kinase C play a role in rhodopsin desensitization, TiBS, 1993, 18, 275-277.
Noda M. et al, Structural homology of torpedo californica acetylcholine receptor subunits, Nature, 1983, 302, 528-531
Okamoto T. et al, Identification of a Gs activator region of the 2-adrenergic receptor that is autoregulated via protein kinase A-dependent phosphorylation, Cell, 1991, 67, 723-730.
Oliveira L. et al, A common step for signal transduction in G protein-coupled receptors, TiPS, 1994, 15, 170-172.
Reeves DC., and Lummis SC., The molecular basis of the structure and function of the 5-HT3 receptor: a model ligand-gated ion channel, Mol. Membr. Biol., 2002, 19, 11-26.
-
187
Ritchie S., Gilroy S., Abscisic acid stimulation of PLD in the barley aleurone is G-protein-mediated and localized to the plasma membrane, Plant Physiology, 2000, 124, 693-702.
Robbins Melanie J., Andrew R. Calver, Alexander K. Filippov, Warren D. Hirst, Robert B. Russel, Martyn D. Wood, Shabina Nasir, Andre Couve, David A. Brown, Steven J. Moss, Menelas N. Pangalos, GABAB2 is essential for G-protein coupling of the GABAB receptor heterodimer, The Journal of Neuroscience 2001, 21, 8043-8052.
Savarase T.M. and Fraser C.M., In vitro mutagenesis and the search for structure-function relationships among G protein-coupled receptors, Biochem. J., 1992, 238, 1-19.
Semyanov A, Walker M., Kullman D., Silver R., Tonically active GABAA receptors: modulating gain and maintaining the tone, Trends in Neurosciences 2004, 27, 262-269.
Schofield P.R. et al, Sequence and functional expression of the GABAA receptor shows a ligand-gated receptor superfamily, Nature, 1987, 328, 221-227.
Schlegel Amnon, Daniela Volonte, Jeffrey A. Engelman, Ferrucio Galbiati, Pravina Mehta, Xiao-Lan Zhang, Philip E. Scherer, Michael P. Lisanti, Crowded little caves. Structure and function of caveolae, Cellular Signalling 1998, 10, 457-463.
Selbie L. and S. Hill, G protein-coupled-receptor cross-talk: the fine tuning of multiple receptor-signalling pathway, Trends in Pharmacological Sciences 1998, 19, 87-93.
Siderovski D., Willard F., The GAPs, GEFs, and GDIs of heterotrimeric G-protein alpha subunits, Int. J. Biol. Sci., 2005, 1, 51-66.
Simon M.I. et al, Diversity of G proteins in signal transduction, Science, 1991, 252, 802-808. Smrcka A.V. and Sternweis P.C., Regulation of purified subtypes of phosphatidylinositol-
specific phospholipase C by G protein and subunits, J. Biol. Chem., 1993, 268, 9667-9674
Strader P.G. et al, Structural basis of -adrenergic receptor function, FASEB J., 1989, 3, 1825-1832.
Strange P.G., The structure and mechanism of neurotransmitter receptors, Biochem. J., 1988, 249, 309-318.
Strosberg A.D., Structure/function relationship of proteins belonging to the family of receptors coupled to GTP-binding proteins, Eur. J. Pharmacol., 1991, 196, 1-10.
Strosberg A.D. and Pietri-Rouxel F., Function and regulation of the 3-adrenoceptor, TiPS, 1996, 17, 373-381.
Taylor C., da Fonseca C., Morris E., IP3 receptors: the search for structure, Trends in Biological Sciences, 2004, 29, 210-219.
Trudeau M., Zagotta W., Calcium/calmodulin modulation of olfactory and rod cyclic nucleotide-gated ion channels, J. Biol. Chem., 2003, 278, 21, 18705-18708.
Verrall S. and Hall Z.W., The N-terminal domains of acetylcholine receptor subunits contain recognition signals for the initial steps of receptor assembly, Cell, 1992, 68, 324-20.
Ullah Hemayet, Jin-Gui Chen, Shucai Wang and Alan M. Jones Role of a Heterotrimeric G Protein in Regulation of Arabidopsis Seed Germination, Plant Physiology, 2002, 129, 897-907.
Ullah Hemayet, The -subunit of the Arabidopsis G-protein negatively regylates auxin-induced cell division and affects multiple developmental processes, The Plant Cell 2003, 15, 1-17.
Unwin N., Achetylcholin receptor channel imaged in the open state, Nature, 1995, 373, 37-43.
Vanhaesebroeck B., Ali K., Bilancio A., Geering B., Foukas L., Signalling by PI3K isoforms: insights from gene-targeted mice, Trends in Biochem. Sci., 2005, 30, 194-204.
White. J.H. et. al. Heterodimerization is required for the formation of a functional GABAB receptor. Nature 1998, 396, 679-682.
-
188 4
White Milligan G,. Protein-protein interactions at G-protein-coupled receptors. Trends in Pharmacol. Sci. 2001, 22, 513-517.
Wollmuth L., Sobolevsky A., Structure and gating of the glutamate receptor ion channel, Trends in Neurosciences, 2004, 27, 321-328
Wymann MP., Pirola L., Structure and function of phosphoinositide 3-kinases, Biochimica et Biophysica Acta, 1998, 1436, 127-150.
Xiao Bo, Jian Cheng Tu, Paul F. Worley, Homer: a link between neural activity and glutamate receptor function, Current Opinion in Neurobiology 2000, 10, 370-374.