2014
Pincer and Pincer-Type Complexes Applications in Organic
Synthesis and
Catalysis.
Edited
by Kalman J.
Szabo and Ola
F. Wendt,
Wiley-VCH,
Weinheim 2014.
Cyclometalation Reactions:
Five-Membered
Ring Products
As Universal
Reagents. Omae, Iwao. Published by Springer Verlag, 2014.
Organoiridium
Complexes:
Anticancer Agents
and Catalysts. Zhe
Liu and Peter J.
Sadler. Acc.
Chem. Res.
2014, 47,
1174-1185.
Low-Valent
Cobalt Catalysis:
New Opportunities
for C-H
Functionalization. Ke
Gao and Naohiko
Yoshikai. Acc.
Chem. Res.
2014, 47,
1208-1219.
Carboxylate-Assisted
Ruthenium-Catalyzed
Alkyne Annulations
by C-H/Het-H Bond
Functionalizations.
LUTZ
ACKERMANN. Vol.
47, No. 2, 2014,
281-295, ACCOUNTS
OF CHEMICAL
RESEARCH.
Catalytic
Enantioselective CH
Functionalization of
Alcohols by
Redox-Triggered
Carbonyl Addition:
Borrowing Hydrogen,
Returning Carbon. John
M. Ketcham, Inji
Shin, T. Patrick
Montgomery, and
Michael J.
Krische. Angew.
Chem. Int. Ed.
2014, 53,
9142-9150.
Functionalization
of Remote C-H Bonds:
Expanding the
Frontier. Johannes
Schranck, Anis
Tlili, and
Matthias Beller. Angew.
Chem. Int. Ed.
2014, 53,
9426-9428.
Yellow/orange
emissive heavy-metal
complexes as
phosphors in
monochromatic and
white organic
light-emitting
devices. Cong
Fan and Chuluo
Yang. Chem.
Soc. Rev.,
2014, 43, 6439.
Anti-cancer
palladium complexes:
a focus on PdX2L2,
palladacycles and
related complexes. Anant
R. Kapdi and Ian
J. S. Fairlamb. Chem.
Soc. Rev.,
2014, 43, 4751.
Functional
group directed C-H
borylation. A.
Ros,R. Fernández
and J. M.
Lassaletta. Chem.
Soc. Rev.,
2014, 43, 3229.
Cyclometalated
[Cp*M(C^X)] (M =
Ir, Rh; X = N, C,
O, P) complexes. Ying-Feng
Han and Guo-Xin
Jin. Chem.
Soc. Rev.,
2014, 43,
2799-2823.
Oxidative
C–H amination
reactions. Marie-Laure
Louillat and
Frederic W.
Patureau. Chem.
Soc. Rev.,
2014, 43,
901-910.
Kinetico-mechanistic
studies on C-X (X =
H, F, Cl, Br, I)
bond activation
reactions on
organoplatinum(II)
complexes. Margarita
Crespo, Manuel
Martínez, S.
Masoud
Nabavizadeh, Mehdi
Rashidi. Coordination
Chemistry
Reviews 279
(2014) 115-140.
Applications
of five-membered
ring products of
cyclometalation
reactions as
anticancer agents.
Iwao Omae. Coordination
Chemistry
Reviews 280
(2014) 84-95.
A
golden future in
medicinal
inorganic
chemistry: the
promise of
anticancer gold
organometallic
compounds. Benoît
Bertranda, and
Angela Casini. Dalton
Trans.,
2014, 43, 4209.
The Applications of Palladacycles as
Transition-Metal
Catalysts in
Organic
Synthesis. Dong-Liang Mo,Ting-Ke Zhang, Guang-Cun Ge, Xiao-Jun
Huang,
Chang-Hua
Ding, Li-Xin
Dai, Xue-Long
Hou. SYNLETT
2014, 25,
2686-2702.
Palladium-Catalyzed Decarboxylative Cross-Coupling
of
α-Oxocarboxylic
Acids and
Their
Derivatives. Jinmin Miao, Haibo Ge. Synlett 2014; 25(07):
911-919.
Formal SN-Type
Reactions in
Rhodium(III)-Catalyzed
C-H Bond Activation.
Nadine
Kuhl, Nils
Schrçder, and
Frank Glorius. Adv.
Synth. Catal.
2014, 356,
1443-1460.
Carboxylate-Directed
CH
Functionalization. Guangfa
Shi and Yanghui
Zhang. Adv.
Synth. Catal.
2014, 356,
1419-1442.
Palladium-Catalyzed
C-F Bond Formation
via Directed C-H
Activation. Yan
Li, Yun Wu,
Guang-Shui Li, and
Xi-Sheng
Wang. Adv.
Synth. Catal.
2014, 356,
1412-1418.
Palladium-Catalysed,
Directed C-H
Coupling with
Organometallics. Ramesh
Giri, Surendra
Thapa, and Arjun
Kafle. Adv.
Synth. Catal.
2014, 356,
1395-1411. DOI:
10.1002/adsc.201400105.
Recent
advances in
directed C–H
functionalizations
using
monodentate
nitrogen-based
directing groups.
Min Zhang, Yuanfei
Zhang, Xiaoming
Jie, Huaiqing
Zhao, Gang Li and
Weiping Su. Org.
Chem. Front.,
2014, 1, 843–895.
DOI:
10.1039/c4qo00068d.
Isoquinoline skeleton synthesis via
chelation-assisted
C-H
activation. Ruoyu He, Zhi-Tang Huang, Qi-Yu Zheng, Congyang Wang. Tetrahedron
Letters 55
(2014)
5705-5713.
Red to
near-infrared
organometallic
phosphorescent
dyes for OLED
applications. Cheuk-Lam
Ho, Hua Li,
Wai-Yeung Wong.
Journal of
Organometallic
Chemistry
751 (2014)
261-285.
Synthesis,
photophysical and
electroluminescent
properties of green
organic light
emitting devices
based on novel
iridium complexes
containing
benzimidazole
ligands. Jayaraman
Jayabharathi,
Karunamoorthy
Jayamoorthy,
Venugopal
Thanikachalam. Journal
of
Organometallic
Chemistry
761 (2014) 74-83.
Alcohols
or Masked Alcohols
as Directing
Groups for C-H
Bond
Functionalization.
Fanyang
Mo, John R.
Tabor, and
Guangbin Dong. Chem.
Lett.
2014, 43,
264–271.
Diarylplatinum(II)
Compounds as
Versatile
Metallating Agents
in the Synthesis of
Cyclometallated
Platinum Compounds
with N-Donor
Ligands.
Margarita Crespo. Inorganics
2014, 2, 115-131.
2013
Catalytic
Functionalization
of C(sp2)-H and
C(sp3)-H Bonds by
Using Bidentate
Directing Groups.
Guy
Rouquet and
Naoto Chatani. Angew.
Chem. Int. Ed.
2013, 52,
11726-11743.
sp2
C–H bond
activation in
water and
catalytic
crosscoupling
reactions. Bin
Li and Pierre H.
Dixneuf. Chem.
Soc. Rev.,
2013, 42, 5744.
Anticancer
cyclometalated
complexes of
platinum group
metals and gold.
Natalia Cutillas,
Gorakh S. Yellol,
Concepción de Haro,
Consuelo Vicente,
Venancio Rodríguez,
José Ruiz. Coordination
Chemistry Reviews
257 (2013)
2784-2797.
Bioactive
iridium and
rhodium complexes
as therapeutic
agents. Chung-Hang
Leung, Hai-Jing
Zhong, Daniel
Shiu-Hin Chan,
Dik-Lung Ma.
Coordination
Chemistry
Reviews
257 (2013)
1764-1776.
Asymmetric
C(sp2)-H
Activation. Joanna
Wencel-Delord
and Françoise
Colobert. Chem.
Eur. J.
2013, 19,
14010-14017.
Developing
Ligands for
Palladium(II)-Catalyzed
C-H
Functionalization:
Intimate Dialogue
between Ligand and
Substrate.
Keary M. Engle and
Jin-Quan Yu. J.
Org. Chem.
2013, 78, 8927-8955.
Pd-Catalyzed sp2
C-H Hydroxylation
with TFA/TFAA via
Weak
Coordinations. Yu
Rao. SYNLETT
2013, 24,
2472-2476.
Manganese-Mediated
C-C Bond Formation
via C-H
Activation: From
Stoichiometry to
Catalysis. Congyang
Wang. SYNLETT
2013, 24,
1606-1613.
Transition-metal-catalyzed
additions of C-H
bonds to C-X (X =
N, O) multiple
bonds via C–H bond
activation. Guobing
Yan, Xiangmei Wu
and Minghua
Yang. Org.
Biomol. Chem.,
2013, 11, 5558.
2012
Alkane
Metathesis by
Tandem
Alkane-Dehydrogenation
Olefin-Metathesis
Catalysis and
Related Chemistry.
MICHAEL C.
HAIBACH, SABUJ
KUNDU, MAURICE
BROOKHART, AND
ALAN S. GOLDMAN.
Vol. 45, No. 6,
2012, 947-958, ACCOUNTS
OF CHEMICAL
RESEARCH.
Controlling
Site Selectivity
in
Palladium-Catalyzed
CH Bond
Functionalization.
SHARON
R. NEUFELDT AND
MELANIE S.
SANFORD. ACCOUNTS
OF CHEMICAL
RESEARCH,
936-946, 2012,
Vol. 45, No. 6.
Bimetallic
Redox Synergy in
Oxidative
Palladium
Catalysis. DAVID
C. POWERS AND
TOBIAS RITTER. ACCOUNTS
OF CHEMICAL
RESEARCH,
840-850, 2012,
Vol. 45, No. 6.
Rhodium
Catalyzed
Chelation-Assisted
C-H Bond
Functionalization
Reactions. DENISE
A. COLBY, ANDY
S. TSAI, ROBERT
G. BERGMAN, AND
JONATHAN A.
ELLMAN. ACCOUNTS
OF CHEMICAL
RESEARCH,
814-825, 2012,
Vol. 45, No. 6.
Weak
Coordination as a
Powerful Means for
Developing Broadly
Useful C-H
Functionalization
Reactions. KEARY
M. ENGLE,
TIAN-SHENG MEI,
MASAYUKI WASA,
AND JIN-QUAN YU.
ACCOUNTS OF
CHEMICAL
RESEARCH,
788-802, 2012,
Vol. 45, No. 6.
Ruthenium(II)-Catalyzed
C−H Bond
Activation and
Functionalization.
Percia
Beatrice
Arockiam,
Christian
Bruneau, and
Pierre H.
Dixneuf.
Chem. Rev.
2012, 112,
5879-5918.
From
C(sp2)-H to
C(sp3)-H:
systematic studies
on transition
metal-catalyzed
oxidative C-C
formation. Bi-Jie
Li and Zhang-Jie
Shi. Chem.
Soc. Rev.,
2012, 41,
5588–5598.
C-C, C-O and C-N bond formation via
rhodium(III)-catalyzed
oxidative C-H
activation.
Guoyong Song,
Fen Wang and
Xingwei Li. Chem.
Soc. Rev.,
2012, 41,
3651-3678.
Cyclometalated
ruthenium
chromophores for
the dye-sensitized
solar cell. Paolo
G. Bomben,
Kiyoshi C.D.
Robson, Bryan D.
Koivisto, Curtis
P. Berlinguette.
Coordination
Chemistry
Reviews
256 (2012)
1438-1450.
Designing
organometallic
compounds for
catalysis and
therapy. Anna
Louisa Noffke,
Abraha
Habtemariam, Ana
M. Pizarro and
Peter J. Sadler.
Chem. Commun.,
2012, 48,
5219-5246.
Fluorine
in Cyclometalated
Platinum
Compounds. Margarita
Crespo. Organometallics
2012, 31,
1216-1234.
Kinetico-mechanistic
studies of
cyclometalating
C–H bond
activation
reactions on
Pd(II) and Rh(II)
centres: The
importance of
non-innocent
acidic solvents in
the process. Jaume
Granell and
Manuel Martínez.
Dalton Trans.,
2012, 41, 11243.
Synthetic
Utility of Chiral
Bis(oxazolinyl)phenyl
Transition-Metal
Complexes. Jun-ichi,
Ito Hisao
Nishiyama. SYNLETT
2012, 23,
509–523.
Challenges
in C-C bond
formation through
direct
transformations of
sp2 C-H bonds. Da-Gang
Yu, Bi-Jie Li,
Zhang-Jie Shi. Tetrahedron
68 (2012)
5130-5136.
Organometallic
complexes of
transition metals
in luminescent
cell imaging
applications. Flora
L.
Thorp-Greenwood,
Rebeca G.
Balasingham,
Michael P.
Coogan. Journal
of
Organometallic
Chemistry
714 (2012)
12-21.
Rh Redox Relay Catalysts for Synthesis of
Azaheterocycles
via C-H
Functionalization.
Shunsuke
Chiba. Chem.
Lett.
2012, 41,
1554-1559.
Development
of Novel and
Highly Efficient
Methods to
Construct
Carbon-Carbon
Bonds Using Group
7 Transition-Metal
Catalysts. Yoichiro
Kuninobu, and
Kazuhiko Takai.
Bull. Chem.
Soc. Jpn.
Vol. 85, No. 6,
656-671 (2012).
Cyclometallation
of Heterocycles: A
Reliable Strategy
for Selective
Functionalization.
Luciano
Cuesta and
Esteban P.
Urriolabeitia. Comments
on Inorganic
Chemistry,
33: 55-85, 2012.
2011
Catalysis
by Palladium
Pincer Complexes.
Nicklas
Selander and
Kámán J. Szabó.
Chem.
Rev.
2011, 111,
2048-2076.
Dehydrogenation
and Related
Reactions
Catalyzed by
Iridium Pincer
Complexes. Jongwook
Choi, Amy H. Roy
MacArthur,
Maurice
Brookhart, and
Alan S. Goldman.
Chem. Rev.
2011, 111,
1761-1779.
Catalytic
Dehydrogenative
Cross-Coupling:
Forming
Carbon-Carbon
Bonds by Oxidizing
Two
Carbon-Hydrogen
Bonds. Charles
S. Yeung and Vy
M. Dong. Chem.
Rev. 2011,
111, 1215-1292.
Bystanding
F+ Oxidants Enable
Selective
Reductive
Elimination from
High-Valent Metal
Centers in
Catalysis. Keary
M. Engle,
Tian-Sheng Mei,
Xisheng Wang,
and Jin-Quan Yu.
Angew. Chem.
Int. Ed.
2011, 50,
1478-1491.
Phosphorescent
heavy-metal
complexes for
bioimaging.
Qiang Zhao,
Chunhui Huang
and Fuyou Li. Chem.
Soc. Rev.,
2011, 40,
2508-2524.
Harvesting
luminescence via
harnessing the
photophysical
properties of
transition metal
complexes. Pi-Tai
Choua, Yun Chib,
Min-Wen Chunga,
Chao-Chen Lina.
Coordination
Chemistry
Reviews 255
(2011) 2653-
2665.
The
triplet state of
organo-transition
metal compounds. Triplet
harvesting and
singlet
harvesting for
efficient OLEDs.
Hartmut Yersin,
Andreas F.
Rausch, Rafał
Czerwieniec,
Thomas Hofbeck,
Tobias Fischer.
Coordination
Chemistry
Reviews
255 (2011)
2622-2652.
Heteropolynuclear
cycloplatinated
complexes:
Structural and
photophysical
properties.
Álvaro Díez,
Elena Lalinde,
M. Teresa
Moreno. Coordination
Chemistry
Reviews
255 (2011)
2426-2447.
Sensory
luminescent
iridium(III) and
platinum(II)
complexes for
cation
recognition. Véronique
Guerchais,
Jean-Luc
Fillaut. Coordination
Chemistry
Reviews
255 (2011)
2448-2457.
Light-emitting
devices based on
organometallic
platinum complexes
as emitters. Jan
Kalinowskia,
Valeria Fattori,
Massimo Cocchib,
J.A. Gareth
Williamsc. Coordination
Chemistry
Reviews
255 (2011)
2401-2425.
New
Design Tactics in
OLEDs Using
Functionalized
2-Phenylpyridine-Type
Cyclometalates of
Iridium(III) and
Platinum(II). Guijiang
Zhou, Wai-Yeung
Wong, and
Xiaolong Yang. Chem.
Asian J.
2011, 6,
1706-1727.
Luminescent
cyclometalated
gold(III)
complexes. Catherine
Bronner and
Oliver S.
Wenger. Dalton
Trans.,
2011, 40, 12409.
Pincer
oxazolines:
emerging tools in
coordination
chemistry and
catalysis – where
to next?. Robert
A. Gossage. Dalton
Trans.,
2011, 40, 8755.
Palladium(IV)
chemistry
supported by
pincer type
ligands. Heng
Zhang and Aiwen
Lei, Dalton
Trans.,
2011, 40, 8745.
Cleavage
of unreactive
bonds with pincer
metal complexes. Martin
Albrecht and
Monika M.
Lindner. Dalton
Trans.,
2011, 40, 8733.
Symmetrical
and unsymmetrical
pincer complexes
with group 10
metals: synthesis
via aryl C-H
activation and
some catalytic
applications. Jun-Long
Niu, Xin-Qi Hao,
Jun-Fang Gong
and Mao-Ping
Song. Dalton
Trans.,
2011, 40, 5135.
Development
of luminescent
iridium(III)
polypyridine
complexes as
chemical and
biological probes.
Kenneth
Kam-Wing Lo,
Steve Po-Yam Li
and Kenneth Yin
Zhang. New
J. Chem.,
2011, 35,
265-287.
Cobalt-Catalyzed,
Chelation-Assisted
C-H Bond
Functionalization.
Naohiko
Yoshikai. Synlett
2011, 1047-1051.
Agostic
bonds in
cyclometalation.
Iwao Omae. Journal
of Organometallic
Chemistry
696 (2011)
1128-1145.
Orthometallation
as a Strategy in
Pd-mediated
Organic Synthesis.
David
Aguilar, Luciano
Cuesta, Sonia
Nieto, Elena
Serrano and
Esteban P.
Urriolabeitia. Current
Organic
Chemistry,
2011, 15,
3441-3464.
Cyclopalladated
complexes in
enantioselective
catalysis. V.
V. Dunina, O. N.
Gorunova, P. A.
Zykov, K. A.
Kochetkov. Russian
Chemical Reviews
80 (1) 51-74
(2011).
2010
Palladium-Catalyzed
Ligand-Directed
C-H
Functionalization
Reactions. Thomas
W. Lyons and
Melanie S.
Sanford. Chem.
Rev.
2010, 110,
1147-1169.
Emergence
of Palladium(IV)
Chemistry in
Synthesis and
Catalysis.
Petr
Sehnal, Richard
J. K. Taylor,
and Ian J. S.
Fairlamb. Chem.
Rev.
2010, 110,
824-889.
Rhodium-Catalyzed
C-C Bond
Formation via
Heteroatom-Directed
C-H Bond
Activation. Denise
A. Colby,
Robert G.
Bergman, and
Jonathan A.
Ellman. Chem.
Rev.
2010, 110,
624-655.
Cyclometalation
Using d-Block
Transition
Metals:
Fundamental
Aspects and
Recent Trends.
Martin
Albrecht. Chem.
Rev.
2010, 110,
576-623.
Oxime-derived
palladacycles as
source of
palladium
nanoparticles. Diego
A. Alonso and
Carmen Nájera.
Chem.
Soc. Rev.,
2010, 39,
2891-2902.
Organopalladium(IV)
chemistry.
Ling-Min
Xu, Bi-Jie Li,
Zhen Yang and
Zhang-Jie Shi. Chem.
Soc. Rev.,
2010, 39,
712-733.
Transition-metal
phosphors with
cyclometalating
ligands:
fundamentals and
applications.
Yun
Chi and Pi-Tai
Chou. Chem.
Soc. Rev.,
2010, 39,
638-655.
Catalytic
C–C coupling
through C–H
arylation of
arenes or
heteroarenes.
Gian
Paolo Chiusoli,
Marta Catellani,
Mirco Costa,
Elena Motti,
Nicola Della
Ca’, Giovanni
Maestri. Coordination
Chemistry
Reviews
254 (2010)
456-469.
Pd-catalyzed
oxidative
coupling with
organometallic
reagents via C–H
activation.
Chang-Liang
Sun, Bi-Jie Li
and Zhang-Jie
Shi. Chem.
Commun.,
2010, 46,
677-685.
Bis(oxazolinyl)phenyl
transition-metal
complexes:
asymmetric
catalysis and
some reactions
of the metals.
Hisao
Nishiyama and
Jun-ichi Ito. Chem.
Commun.,
2010, 46,
203-212.
Application
of d6 transition
metal complexes
in fluorescence
cell imaging.
Vanesa
Fernández-Moreira,
Flora L.
Thorp-Greenwood
and Michael P.
Coogan. Chem.
Commun.,
2010, 46,
186-202.
Oxidative
Coupling of
Aromatic
Substrates with
Alkynes and
Alkenes under
Rhodium
Catalysis. Tetsuya
Satoh and
Masahiro
Miura. Chem.
Eur. J.
2010, 16,
11212-11222.
Functionalization
of Organic
Molecules by
Transition-Metal-Catalyzed
C(sp3)-H
Activation. Rodolphe Jazzar, Julien Hitce, Alice Renaudat, Julien
Sofack-Kreutzer,
and Olivier
Baudoin. Chem.
Eur. J.
2010, 16, 2654
-2672.
Cysteine
proteases as
targets for
metal-based
drugs. Simon
P. Fricker. Metallomics,
2010, 2,
366-377.
Taylor-made
palladium–pincer
complexes: A new
source of more
efficient
catalysts for
sustainable
organic
synthesis.
Isabel
Moreno, Raul
SanMartin,
Blanca Inés,
Fátima Churruca,
Esther
Domínguez. Inorganica
Chimica Acta
363 (2010)
1903-1911.
2009
Palladium-
and
Copper-Catalyzed
Arylation of
Carbon-Hydrogen
Bonds. Olafs
Daugulis,
Hien-Quang Do,
Dmitry
Shabashov. Accounts
of Chemical
Research 42
(2009) 1074-1086.
High-Oxidation-State
Palladium
Catalysis: New
Reactivity for
Organic Synthesis.
Kilian
Muñiz. Angew.
Chem. Int. Ed.
2009, 48,
9412-9423.
Palladium(II)-Catalyzed
C-H Activation/C-C
Cross-Coupling
Reactions:
Versatility and
Practicality.
Xiao
Chen, Keary M.
Engle, Dong-Hui
Wang, and Jin-Quan
Yu. Angew.
Chem. Int. Ed.
2009, 48,
5094-5115.
Transition
metal-catalyzed
C–H activation
reactions:
diastereoselectivity
and
enantioselectivity.
Ramesh
Giri, Bing-Feng
Shi, Keary M.
Engle, Nathan
Maugel and
Jin-Quan Yu. Chem.
Soc. Rev.,
2009, 38,
3242-3272.
Recent
advances in
aryl–aryl bond
formation by
direct arylation.
Gerard
P. McGlacken and
Lorraine M.
Bateman. Chem.
Soc. Rev.,
2009, 38,
2447-2464.
The
coordination
chemistry of
dipyridylbenzene:
N-deficient
terpyridine or
panacea for
brightly
luminescent
metal complexes?
J. A. Gareth
Williams. Chem.
Soc. Rev.,
2009, 38,
1783-1801.
Palladium
coordination
compounds as
anti-viral,
anti-fungal,
anti-microbial and
anti-tumor agents.
A.
Garoufis, S.K.
Hadjikakou, N.
Hadjiliadis. Coordination
Chemistry
Reviews
253 (2009)
1384-1397.
Catalytic
C–H amination:
recent progress
and future
directions.
Florence
Collet, Robert H.
Dodd and Philippe
Dauban. Chem.
Commun.,
2009, 5061-5074.
The
Asymmetric
Aza-Claisen
Rearrangement:
Development of
Widely Applicable
Pentaphenylferrocenyl
Palladacycle
Catalysts.
Daniel
F. Fischer, Assem
Barakat, Zhuo-qun
Xin, Matthias E.
Weiss, and René
Peters. Chem.
Eur. J.
2009, 15,
8722-8741.
Synthesis
and transformation
of organoboronates
and stannanes by
pincer-complex
catalysts.
Nicklas
Selander and
Kálmán J. Szabó. Dalton
Trans.,
2009, 6267-6279.
Mechanisms
of C–H bond
activation: rich
synergy between
computation and
experiment. Youcef
Boutadla, David
L. Davies,
Stuart A.
Macgregor and
Amalia I.
Poblador-Bahamonde.
Dalton Trans.,
2009, 5820-5831.
Construction
of Heterocycle
Scaffolds via
Transition
Metal-Catalyzed sp2
C-H
Functionalization.
Ming Zhang. Adv. Synth.
Catal. 2009,
351, 2243-2270.
Cycloruthenated
Compounds -
Synthesis and
Applications.
Jean-Pierre
Djukic,
Jean-Baptiste
Sortais, Laurent
Barloy, and Michel
Pfeffer. Eur. J.
Inorg. Chem.
2009, 817-853.
Cyclometallated
iridium complexes
for conversion of
light into
electricity and
electricity into
light. Etienne
Baranoff, Jun-Ho
Yum, Michael
Graetzel, Md.K.
Nazeeruddin. Journal
of
Organometallic
Chemistry 694
(2009) 2661-2670.
2008
Palladacycles.
Synthesis,
Characterization
and Applications.
J. Dupont, M.
Pfeffer (Eds.). Wiley-VCH,
Weinheim, 2008.
Non-racemic
(scalemic)
planar-chiral
five-membered
metallacycles:
routes, means, and
pitfalls in their
synthesis and
characterization.
Jean-Pierre
Djukic, Akram
Hijazi, Howard D.
Flack and Gérald
Bernardinelli. Chem.
Soc. Rev.,
2008, 37, 406-425.
Optimising
the luminescence
of platinum(II)
complexes and
their
application in
organic light
emitting devices
(OLEDs).
J.A. Gareth
Williams,
Stéphanie Develay,
David L.
Rochester, Lisa
Murphy. Coordination
Chemistry
Reviews
252 (2008)
2596-2611.
Cycloheptatrienyl,
alkyl and aryl
PCP-pincer
complexes: Ligand
backbone effects
and metal
reactivity.
Wolfgang
Leis, Hermann A.
Mayera, William C.
Kaska. Coordination
Chemistry
Reviews 252
(2008) 1787-1797.
Gold(III)
compounds as
anticancer
agents:
Relevance of
gold–protein
interactions for
their mechanism
of action.
Angela
Casini,
Christian
Hartinger,
Chiara Gabbiani,
Enrico Mini,
Paul J. Dyson,
Bernard K.
Keppler, Luigi
Messori. Journal
of Inorganic
Biochemistry
102 (2008)
564-575.
2007
The
Chemistry of
Pincer Compounds.
Morales-Morales,
D., Jensen, C. M.,
Eds.; Elsevier:
Amsterdam, 2007.
Organic
Transformations on
s-Aryl
Organometallic
Complexes.
Marcella
Gagliardo, Dennis
J. M. Snelders,
Preston A. Chase,
Robertus J. M.
Klein Gebbink,
Gerard P. M. van
Klink, and Gerard
van Koten. Angew.
Chem. Int. Ed.
2007, 46,
8558-8573.
Rhenium-Catalyzed
C-H and C-C Bond
Activation.
Yoshikazu Horino. Angew.
Chem. Int. Ed.
2007, 46, 2144-2146.
Synthesis and use
of
bisoxazolinyl-phenyl
pincers. Hisao
Nishiyama. Chem.
Soc. Rev.,
2007, 36,
1133-1141.
Recent
Advances
Involving
Palladium (II)
Complexes for
the Cancer
Therapy.
A.C.F.
Caires. Anti-Cancer
Agents in
Medicinal
Chemistry,
Volume 7, Number
5, September
2007, Pp.
484-491.
Reactions
of Hypervalent
Iodine Reagents
with Palladium:
Mechanisms and
Applications in
Organic
Synthesis.
Nicholas R. Deprez
and Melanie S.
Sanford. Inorganic
Chemistry,
Vol. 46, No. 6,
2007, 1924.
Some
uses of transition
metal complexes as
anti-cancer and
anti-HIV agents.
Raymond
Wai-Yin Sun,
Dik-Lung Ma, Ella
Lai-Ming Wong and
Chi-Ming Che. Dalton
Trans.,
2007, 4884-4892.
Three types of
reactions with
intramolecular
five-membered ring
compounds in
organic synthesis.
Iwao Omae. Journal
of Organometallic
Chemistry 692
(2007) 2608-2632.
Ortho-palladation
of primary amines:
The mith
dispelled.
J.
Vicente, I.
Saura-Llamas. Comments
on Inorganic
Chemistry,
28, 39-72, 2007.
2006
C–H
Bond
Functionalization
in Complex Organic
Synthesis.
Kamil Godula and
Dalibor Sames. Science
312 (2006)
67-72.
Ortho-metallated
transition metal
complexes derived
from tertiary
phosphine and
arsine ligands.
Fabian
Mohra, Steven H.
Privér, Suresh K.
Bhargava, Martin
A. Bennett. Coordination
Chemistry
Reviews
250 (2006)
1851-1888.
Azobenzenes
and
heteroaromatic
nitrogen
cyclopalladated
complexes for
advanced
applications.
Mauro Ghedini,
Iolinda Aiello,
Alessandra
Crispini, Attilio
Golemme, Massimo
La Deda, Daniela
Pucci. Coordination
Chemistry
Reviews
250 (2006)
1373-1390.
Synthetically
Tailored Excited
States:
Phosphorescent,
Cyclometalated
Iridium(III)
Complexes and
Their
Applications.
Michael
S. Lowry and
Stefan Bernhard. Chem.
Eur. J.
2006, 12,
7970-7977.
Oxime
Palladacycles
Revisited:
Stone-Stable
Complexes
Nonetheless Very
Active Catalysts.
EMILIO
ALACID, DIEGO A.
ALONSO, LUIS
BOTELLA, CARMEN
NÁJERA, Ma
CARMEN PACHECO.
The Chemical
Record,
Vol. 6, 117-132
(2006).
s-Chelation-directed
C-H
functionalizations
using Pd(II) and
Cu(II) catalysts:
regioselectivity,
stereoselectivity
and catalytic
turnover. Jin-Quan
Yu, Ramesh Giri
and Xiao Chen. Org.
Biomol. Chem.
2006, 4,
4041-4047.
Transition
metal catalyzed
oxidative
functionalization
of carbon–hydrogen
bonds. Allison
R. Dick and
Melanie S.
Sanford. Tetrahedron
62 (2006)
2439-2463.
Synthesis
and applications
of optically
active
metallacycles
derived from
primary amines.
Joan Albert, Jaume
Granell , Guillermo
Muller. Journal of
Organometallic
Chemistry 691
(2006) 2101-2106.
2005
The
Potential of
Palladacycles:
More Than Just
Precatalysts.
Jairton
Dupont, Crestina
S. Consorti, and
John Spencer. Chem.
Rev.
2005, 105,
2527-2571.
Carbon
fluorine bond
activation by
platinum group
metal complexes.
Hugo Torrens. Coordination
Chemistry
Reviews
249 (2005)
1957-1985.
The
development of
efficient
catalysts for
palladium-catalyzed
coupling reactions
of aryl halides.
Alexander
Zapf and Matthias
Beller. Chem.
Commun.,
2005, 431-440.
Cyclopalladated
complexes
derivates of
phenylhydrazones
and their use
as catalysts
in ethylene
polymerization.
Mónica A. Pérez,
Raúl Quijada,
Fernando
Ortega-Jiménez,
Cecilio
Alvarez-Toledano.
Journal
of Molecular
Catalysis A:
Chemical
226 (2005)
291-295.
Phosphapalladacycles:
forms of
existence and
reactions. V. V. Dunina, O. N. Gorunova. Russian
Chemical Reviews
74 (10) 871-913
(2005).
2004
Intramolecular
five-membered ring
compounds and
their
applications.
Iwao Omae. Coordination
Chemistry
Reviews
248 (2004)
995-1023.
Contribution
to the SAR field
of metallated
and coordination
complexes.
Studies of the
palladium and
platinum
derivatives with
selected
thiosemicarbazones
as antitumoral
drugs.
Adoración Gómez
Quiroga, Carmen
Navarro Ranninger.
Coordination
Chemistry
Reviews
248 (2004)
119-133.
Where
organometallics
and dendrimers
merge: the
incorporation of
organometallic
species into
dendritic
molecules.
Preston A. Chase,
Robertus J.M.
Klein Gebbink,
Gerard van Koten.
Journal
of
Organometallic
Chemistry
689 (2004)
4016-4054.
Palladacycles
in catalysis – a
critical survey.
Irina P.
Beletskaya, Andrei
V. Cheprakov. Journal
of
Organometallic
Chemistry
689 (2004)
4055-4082.
Phosphapalladacycles:
preparation
routes.
V. V. Dunina, O.
N. Gorunova. Russian
Chemical Reviews
73 (4) 309-350
(2004).
2003
Cyclometalated
Phosphine-Based
Pincer Complexes:
Mechanistic Insight
in Catalysis,
Coordination, and
Bond Activation.
M.E. van der Boom and
D. Milstein. Chem.
Rev. 2003, 103,
1759-1792.
Developments
in the metal
chemistry of
N-confused
porphyrin.
J. D. Harvey, C. J.
Ziegler. Coordination
Chemistry Reviews
247 (2003) 1-19.
Palladacyclic
catalysts in C-C and
C-heteroatom bond
forming reactions.
R. B. Bedford. Chem.
Commun.,
2003, 1787-1796.
Metallomesogens
by ligand design.
R. W. Date, E.
Fernandez Iglesias, K
.E. Rowe, J. M.
Elliott, D. W. Bruce.
Dalton Trans.,
2003, 1914-1931.
Catalytic
Methods for C-H Bond
Functionalization:
Application in
Organic Synthesis.
F. Kakiuchi, N.
Chatani. Adv. Synth.
Catal. 2003,
345, 1077-1101.
The
uses of pincer
complexes in
organic synthesis.
J. T. Singleton. Tetrahedron 59
(2003) 1837-1857.
Challenging
metal-based
transformations.
From single-bond
activation to
catalysis and
metallaquinonoids.
David Milstein. Pure
Appl. Chem.,
Vol. 75, No. 4, pp.
445-460, 2003.
2002
Catalytic
C-H/Olefin Coupling.
F. Kakiuchi, S. Murai.
Acc. Chem. Res.
2002, 35, 826-834.
Ru-,
Rh-, and
Pd-catalyzed C-C
bond formation
involving C-H
activation and
addition on
unsaturated
substrates.
Reactions and
mechanistic
aspects.
Vincent Ritleng,
Claude Sirlin, and
Michel
Pfeffer. Chem. Rew.
2002, 102, 1731-1769
Palladium-catalyzed
coupling reactions
of aryl halides.
Adam F. Littke and
Gregory C. Fu. Angew.
Chem. Int. Ed.
2002, 41, 4176 - 4211.
Chelation-Assisted
Carbon - Hydrogen
and Carbon - Carbon
Bond Activation by
Transition Metal
Catalysts.
Chul-Ho Jun, Choong
Woon Moon, and Dae-Yon
Lee. Chem. Eur.
J. 2002, 8,
No. 11, 2423-2428.
2001
Platinum
Group
Organometallics
Based on "Pincer"
Complexes:
Sensors, Switches,
and Catalysts.
M. Albrecht, G. van
Koten. Angew.
Chem. Int. Ed.
2001, 40, 3750-3781.
Palladacycles
- An Old
Organometallic
Family Revisited:
New, Simple, and
Efficient Catalyst
Precursors for
Homogeneous
Catalysis.
J. Dupont, M.
Pfeffer, J. Spencer.
Eur. J. Inorg.
Chem. 2001,
1917-1927.
The
scope and
limitations of
deuteration mediated
by the Crabtree’s
catalyst.
George J. Ellames,
Jennifer S. Gibson,
John M. Herbert and
Alan H. McNeill. Tetrahedron
57 (2001) 9487-9497.
Studies
on the
cyclometallation
of
ferrocenylimines.
Y. Wu, S. Huo, J.
Gong, X. Ciu, L.
Ding, K. Ding, C.
Du, Y. Liu, M. Song.
Journal of
Organometallic
Chemistry 637
- 639 (2001) 27-46.
2000
The
bright future of
stereoselective
synthesis of
co-ordination
compounds.
Alex von Zelewsky and
Olimpia Mamula. J.
Chem. Soc., Dalton
Trans., 2000,
219-231.
1999
Suprasupermolecules
with novel
properties:
metallodendrimers.
G. R. Newkome, E.
He, C. N.
Moorefield. Chem.
Rev. 1999, 99,
1689-1746.
Coordination
chemistry of
oxazoline
ligands.
Montserrat
Gómez, Guillermo
Muller, Mercè
Rocamora. Coordination
Chemistry
Reviews
193–195 (1999)
769-835.
Application
of palladacycles
in Heck type
reactions.
W. A. Herrman, V. P.
W. Böhm, C. P.
Reisenger. Journal
of Organometallic
Chemistry 576
(1999) 23-41.
1998
Bioorganometallic
chemistry-Transition
metal complexes
with a-amino acids
and peptides.
K. Severin, R.
Bergs, W. Beck. Angew.
Chem. Int. Ed.
1998, 37, 1634-1654.
Recent
findings in
cyclometallation
of
meta-substituted
aryl ligands by
platinum group
metal complexes by
Caryl-R
bond activation (R
= H, CR3,
SiR3).
P.S. Steenwinkel,
R.A. Gossage, G. van
Koten. Chem.
Eur. J. 1998,
Vol. 4, No. 5,
759-762.
State
of the art in
selective hetero-
and carbocyclic
syntheses mediated
by cyclometallated
complexes.
J. Spencer, M.
Pfeffer. Advances
in Metal-Organic
Chemistry
Volume 6, pages
103-144 (1998).
1997
Resolutions
of tertiary
phosphines and
arsines with
orthometallated
palladium(II)-amine
complexes.
S. B. Wild. Coordination
Chemistry Reviews
166 (1997) 291-311.
Recent
advances in the
organometallic
chemistry of
aryldiamine anions
that can function
as N,C,N'-
and C,N,N'-chelating
terdentate
"pincer" ligands:
an overview.
M. H. P. Rietveld,
D. M. Grove, G. van
Koten. New. J.
Chem. 1997,
21, 751-771.
Recent
advances in C-F
activation.
Juan Burdeniuc,
Brigitte Jedlicka,
Robert H. Crabtree.
Chem.
Ber. Recueil
1997, 130, 145-154.
1995
Mechanism
of d8
organometallic
reactions involving
electrophiles and
intramolecular
assistence by
nucleophiles.
A.J. Canty, G. van
Koten. Acc. Chem.
Res. 1995,
28, 406-413.
Intramolecular
Coordination in
Organometallic
Compounds of
Groups 2, 12, and
13. G. J.
M. Gruter, G. P. M.
van Klink, O. S.
Akkerman, F.
Bickelhaupt. Chem
Rev. 1995, 95,
2405-2452.
1994
Activation
of carbon-fluorine
bonds by metal
complexes.
J. L. Kiplinger, T.
G. Richmond, C. E.
Osterberg. Chem.
Rev. 1994,
373-431.
Nitrogen
donors in
organometallic
chemistry and
homogeneous
catalysis.
Antonio Togni and
Luigi M. Venanzi. Angew.
Chem. Int. Ed. Engl.
1994, 33, 497-526.
Tailor
made coordination
compounds for
photochemical
purposes.
A. von Zelewsky, P.
Belser, P. Hayoz, R.
Dux, X. Hua, A.
Suckling, H.
Stoeckli-Evans. Coordination
Chemistry Reviews
132 (1994) 75-85.
Orthomanganated
aryl ketones and
related compounds
in organic
synthesis.
M. Lyndsay, B. K.
Nicholson. Advances
in Metal-Organic
Chemistry
Volume 3, pages 1-50
(1994).
1992
Transition
metal liquid
crystals: advanced
materials within
the reach of the
coordination
chemistry.
P. Espinet, M. A.
Esteruelas, L. A.
Oro, J. L. Serrano,
E. Sola. Coordination
Chemistry Reviews
117 (1992) 215-274.
Selected
applications to
organic synthesis
of intramolecular
C-H activation
reactions by
transition metal
complexes.
M. Pfeffer. Pure
& Appl. Chem.
Vol. 64, No. 3, pp.
335-342 (1992).
1990
Mechanisms
of intramolecular
activation of C-H
bonds in
transition metal
complexes.
A. D. Ryabov. Chem.
Rev. 1990, 90,
403-424.
Reactions
of cyclopalladated
compounds and
alkynes: new
pathways for
organic synthesis?
M. Pfeffer. Recl.
Trav. Chim.
Pays-Bas 109,
567-576 (1990).
1989
Tuning
the reactivity of
metals held in a
rigid ligand
environment.
G. van Koten. Pure
& Appl. Chem.
Vol. 61, No. 10, pp.
1681-1694 (1989).
1988
Cyclometalation
Chemistry of Aryl
Oxide Ligation.
I. P. Rothwell. Acc. Chem.
Res. 1988,
21, 153-159.
Recent
studies on
organometallic
intramolecular-coordination
compounds.
I. Omae. Coordination
Chemistry Reviews
83 (1988) 137-167.
General
Principles and
characteristics of
Cyclopalladation
Reactions.
V. V. Dunina, V.M.
Potatov. Russian
Chemical Reviews
57(3), 1988,
250-269.
1986
Organometallic
Intramolecular
Coordination
Compounds.
I. Omae. Elsevier
Publ.: Amsterdam,
1986.
Cyclometallation
of the Platinum
Metals with
Nitrogen and
Alkyl, Alkenyl,
and Benzyl Carbon
Donors. G.
R. Newkome, W. E.
Puckett, V. K.
Gupta, G. I. Kiefer.
Chem. Rew.
1986, 86, 451-489.
1985
Cyclopalladated
complexes in
organic synthesis.
A. D. Ryabov. Synthesis
1985, 223.
1984
Organometallic
intramolecular-coordination
compounds
containing a
π-allyl donor
ligand. Iwao
Omae. Coordination
Chemistry
Reviews,
53 (1984)
261-291.
Cyclometallated
complexes
incorporating a
heterocyclic donor
atom; the
interface of
coordination
chemistry and
organometallic
chemistry.
E. C. Constable, Polyhedron
Vol. 3, No. 9/10,
pp. 1037-1057, 1984.
1982
Organometallic
intramolecular-coordination
compounds
containing an
arsine donor
ligand. I.
Omae. Coordination
Chemistry Reviews
42 (1982) 245-257.
1980
Organometallic
intramolecular-coordination
compounds
containing a
phosphorus donor
ligand. I.
Omae. Coordination
Chemistry Reviews
32 (1980) 235-271.
1979
Organometallic
Intramolecular-Coordination
Compounds
Containing a
Nitrogen Ligand.
I. Omae. Chem.
Rew. 1979, 79,
287-321.
Organometallic
intramolecular-coordination
compounds. Recent
aspects in the
study of sulfur
donor ligands.
I. Omae. Coordination
Chemistry Reviews
28 (1979) 97-115.
1977
Cyclometallation
Reactions.
M. I. Bruce. Angew.
Chem. Int. Ed.
Engl. 16,
73-86 (1977).
1976
Cyclometallated
compounds.
J. Dehand, M.
Pfeffer. Coordination
Chemistry Reviews,
18 (1976) 327-352.
1970
Intramolecular
Aromatic
Substitution in
Transition Metal
Complexes.
G. W. Parshall. Acc.
Chem. Res.
Vol. 3, No. 4, pp.
139-144 (1970).
