نتایج جستجو برای: ligand isomerism

تعداد نتایج: 117229  

2011
Soo-Jin Kim

Heterotaxy is defined as an abnormality where the internal thoraco-abdominal organs demonstrate abnormal arrangement across the left-right axis of the body. This broad term includes patients with a wide variety of very complex cardiac lesions. Patients with heterotaxy can be stratified into the subsets of asplenia syndrome and polysplenia syndrome, or the subsets of heterotaxy with isomerism of...

اردوان, کاملیا , بابایی, احمد, نباتی, مریم, سلیمی نیا, علیرضا ,

When abdominal and thorasic organs are inversed it is called situs inversus and when most of the these organs are positioned abnormally and heterogenic It is called situs ambigus (Heterotoxy syndrome) which is a rare congenital defect (Incidence 1.44 in 100/000 live birth) In these, abnormal organs shift which could be to the Right side or left side (Right Isomerism, Left Isomerism). One of the...

Journal: :Journal of chemical information and computer sciences 2002
Alexander Golbraikh Danail Bonchev Alexander Tropsha

We introduce several series of novel ZE-isomerism descriptors derived directly from two-dimensional molecular topology. These descriptors make use of a quantity named ZE-isomerism correction, which is added to the vertex degrees of atoms connected by double bonds in Z and E configurations. This approach is similar to the one described previously for topological chirality descriptors (Golbraikh,...

Journal: :World journal for pediatric & congenital heart surgery 2016
Rohit S Loomba Karan Nijhawan Robert Anderson

BACKGROUND Heterotaxy has been demonstrated to reduce survival. There are several different subgroups of patients, however, and no single study has had a large number of patients and analyzed survival across the different subgroups such as patients born in different eras, patients with right and left isomerism, and patients with biventricular or functionally univentricular hearts. This study po...

2016
Rohit Loomba Parinda H Shah Robert h Anderson Yingyot Arora

So-called "heterotaxy" is a laterality defect characterized by isomerism of the thoracic organs and random arrangement of the abdominal organs. These findings go beyond anatomic curiosity and have functional implications. It is, thus, of the utmost importance to be able to properly identify these findings. Radiologic studies can be invaluable in determining anomalies in the central nervous, pul...

2017
Shumpei Mori Robert H Anderson Tatsuya Nishii Kensuke Matsumoto Rohit S Loomba

The most complex combinations of congenital cardiac malformations are found in the setting of bodily isomerism. The question remains, however, as to whether evidence of cardiac isomerism is always to be found in the setting of bodily isomerism, also known as "heterotaxy." We have previously shown that, when assessed on the basis of the extent of the pectinate muscles relative to the atrioventri...

2013
Saira Nayab Hong-In Lee Jong Hwa Jeong

In the title compound, [PdCl2(C17H28N2)], the Pd(II) atom displays a square-planar coordination involving two N atoms of a 2,6-diisopropyl-N-[(S)-pyrrolidin-2-ylmeth-yl]aniline ligand and two chloride ligands, with a deviation of 0.090 (1) Å for the Pd(II) atom from the best plane. The absolute configuration of the chiral C atom of the pyrrolidine ring is S, which induces R configurations at th...

Journal: :British heart journal 1980
F J Macartney J R Zuberbuhler R H Anderson

The atrial morphology and venous connections were assessed "blind" in 51 necropsy specimens from patients with visceral heterotaxy. This was compared with bronchial morphology as established by dissection. Six specimens were found to have both atria and bronchi in situs solitus or inversus, and were rejected. In the remainder, atrial isomerism was diagnosed, though this required minor revision ...

Journal: :Physical chemistry chemical physics : PCCP 2016
Carlos F R A C Lima Ricardo J S Taveira José C S Costa Ana M Fernandes André Melo Artur M S Silva Luís M N B F Santos

Tris(8-hydroxyquinolinate) metallic complexes, Mq3, are one of the most important classes of organic semiconductor materials. Herein, the nature of the chemical bond in Mq3 complexes and its implications on their molecular properties were investigated by a combined experimental and computational approach. Various Mq3 complexes, resulting from the alteration of the metal and substitution of the ...

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