Indications and results

https://acsjournals.onlinelibrary.wiley.com/doi/pdf/10.1002/1097-0142%28196103/04%2914%3A2%3C270%3A%3AAID-CNCR2820140207%3E3.0.CO%3B2-Q

Malignant lymphoma in African children. II. A pathological entity

Extensive evidence from the geographical distribution of appendicitis and its rise in prevalence in economically developed countries in the early part of this century suggest that the change from a high to a low-residue diet is largely responsible for this disease.

The aetiology of appendicitis

Pathophysiologic studies in human rabies

PERFORATION of the terminal ileum is a common abdominal emergency in West Africa. It ranked fifth in the abdominal emergencies a t University Hospital, Ibadan (Cole, 1964). This type of perforation is seen in other centres (Fig. I). The cause has been the subject of considerable speculation (Bowesman, 1960; Evans-Amfon, 1963), the Ascaris worm, trauma, tuberculous ulceration, foreign bodies, amoebiasis, and typhoid fever being among the postulated causes. The nature of the problem can best be illustrated by a typical case history.

Perforation of the terminal ileum. a review of 38 cases.

Surgery and Clinical Pathology in the Tropics.


 New MiZo line lists are presented for the D2H+ and D$_3^+$ isotopologues of H$_3^+$. These line lists plus the existing H$_3^+$ MiZATeP and the Sochi H2D+ line lists are updated using empirical energy levels generated using the MARVEL procedure for H$_3^+$, H2D+ and D2H+, and effective Hamiltonian energies for D$_3^+$ for which there is significantly less laboratory data available. These updates allow accurate frequencies for far infrared lines for these species to be predicted. Assignments of the energy levels of H$_3^+$ and D$_3^+$ are extended using a combination of high accuracy variational calculations and analysis of transition intensities. All line lists are made available via www.exomol.com.

/pdf/exomol-line-lists-l-high-resolution-line-lists-of-h-3-h2d-3esrvk0r.pdf

ExoMol line lists – L: High-resolution line lists of H+3, H2D+, D2H+ and D+3.

Surgery and Clinical Pathology in the Tropics

Fine and hyperfine resolved empirical energy levels of vanadium oxide (vo)

• A MARVEL analysis of 6 quartet and 7 doublet states of VO yields 4641 empirical energy levels. • A separate analysis of hyperfine-resolved transitions gives 4393 levels with hyperfine structure. • 191 lines are assigned the 2 2 Π - X 4 Σ - intercombination band system. A MARVEL (measured active rotational-vibrational energy levels) analysis of the spectra of vanadium oxide (VO) is performed, involving thirteen electronic states (6 quartets and 7 doublets). 51 V 16 O data from 14 sources are used to form three networks: hyperfine-resolved quartets, hyperfine-unresolved quartets and hyperfine-unresolved doublets. A single quartet network is formed by deperturbing the hyperfine lines and 190 lines are assigned to an intercombination 2 2 Π –X 4 Σ − band system in the visible region previously recorded by Hopkins et al. (J. Chem. Phys. 130 (2009) 144308), allowing the doublet and quartet networks to be merged. As a result 6 603/4 402 validated transitions/final energies were obtained from analysis of the hyperfine-resolved network and 9 087/4 712 from the unresolved. T v energy values and other molecular constants are determined for all doublet states within the networks. 

Fine and hyperfine resolved empirical energy levels of VO

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