Index locorum sacrae scripturae : quae continentur in Maxima Biblioteca Veterum patrum, antiquonumq scriptorum ecclesiasticorum in tomos 27, distributa /

Mode of access: Internet.

Collectio maxima conciliorum omnium Hispaniae et novi orbis epistolarumque decretalium celebriorum necnon plurium monumentorum veterum ad illam spectantium : cum notis et dissertationibus quibus sacri canones, historia ac disciplina ecclesiastica et chronologia accurate illustrantur: tomus tertius /

Mode of access: Internet.

Maxima bibliotheca veterum patrum et antiquorum scriptorum ecclesiasticorum /

Ed. lit. tomado de prelim. de T. I: "Philippus Despont"

Biblia maxima : versionum ex linguis orientalibus pluribus sacris mss. codicibus ... collectarum : earumque concordia cum vulgata et eius expositione litterali : cum annotationibus Nicol. de Lyra ..., Ioan. Cagnaei ..., Guil. Estii ..., Ioan Menochii, [et] Iacobi Tirin ... /

Mode of access: Internet.

Biblia maxima : versionum ex linguis orientalibus pluribus sacris mss. codicibus ... collectarum : earumque concordia cum vulgata et eius expositione litterali : cum annotationibus Nicol. de Lyra ..., Ioan. Cagnaei ..., Guil. Estii ..., Ioan Menochii, [et] Iacobi Tirin ... /

Mode of access: Internet.

Biblia maxima : versionum ex linguis orientalibus pluribus sacris mss. codicibus ... collectarum : earumque concordia cum vulgata et eius expositione litterali : cum annotationibus Nicol. de Lyra ..., Ioan. Cagnaei ..., Guil. Estii ..., Ioan Menochii, [et] Iacobi Tirin ... /

Mode of access: Internet.

Biblia maxima : versionum ex linguis orientalibus pluribus sacris mss. codicibus ... collectarum : earumque concordia cum vulgata et eius expositione litterali : cum annotationibus Nicol. de Lyra ..., Ioan. Cagnaei ..., Guil. Estii ..., Ioan Menochii, [et] Iacobi Tirin ... /

Mode of access: Internet.

Lichenes exotici a professore W. Nylander descripti vel recogniti : et in herbario Musei Parisiensis pro maxima parte asservati in ordine systematico dispositi sunt.

At head of title: A.M. Hue.

The relationship between the auditory brain-stem response and its reconstructed waveforms following discrete wavelet transformation

Objective: To examine the relationship between the auditory brain-stem response (ABR) and its reconstructed waveforms following discrete wavelet transformation (DWT), and to comment on the resulting implications for ABR DWT time-frequency analysis. Methods: ABR waveforms were recorded from 120 normal hearing subjects at 90, 70, 50, 30, 10 and 0 dBnHL, decomposed using a 6 level discrete wavelet transformation (DWT), and reconstructed at individual wavelet scales (frequency ranges) A6, D6, D5 and D4. These waveforms were then compared for general correlations, and for patterns of change due to stimulus level, and subject age, gender and test ear. Results: The reconstructed ABR DWT waveforms showed 3 primary components: a large-amplitude waveform in the low-frequency A6 scale (0-266.6 Hz) with its single peak corresponding in latency with ABR waves III and V; a mid-amplitude waveform in the mid-frequency D6 scale (266.6-533.3 Hz) with its first 5 waves corresponding in latency to ABR waves 1, 111, V, VI and VII; and a small-amplitude, multiple-peaked waveform in the high-frequency D5 scale (533.3-1066.6 Hz) with its first 7 waves corresponding in latency to ABR waves 1, 11, 111, IV, V, VI and VII. Comparisons between ABR waves 1, 111 and V and their corresponding reconstructed ABR DWT waves showed strong correlations and similar, reliable, and statistically robust changes due to stimulus level and subject age, gender and test ear groupings. Limiting these findings, however, was the unexplained absence of a small number (2%, or 117/6720) of reconstructed ABR DWT waves, despite their corresponding ABR waves being present. Conclusions: Reconstructed ABR DWT waveforms can be used as valid time-frequency representations of the normal ABR, but with some limitations. In particular, the unexplained absence of a small number of reconstructed ABR DWT waves in some subjects, probably resulting from 'shift invariance' inherent to the DWT process, needs to be addressed. Significance: This is the first report of the relationship between the ABR and its reconstructed ABR DWT waveforms in a large normative sample. (C) 2004 International Federation of Clinical Neurophysiology. Published by Elsevier Ireland Ltd. All rights reserved.

The pearl oysters, Pinctada maxima and P margaritifera, respond in different ways to culture in dissimilar environments

Growth, Condition Index (CI) and survival of the pearl oysters, Pinctada maxima and R margaritifera, were measured in three size groups of oysters over 14 months at two dissimilar environments in the Great Barrier Reef lagoon. These were the Australian Institute of Marine Science (AIMS) in a mainland bay and Orpheus Island Research Station (OIRS) in coral reef waters. Temperature, suspended particulate matter (SPM) and particulate organic matter (POM) were monitored during the study. Temperature at AIMS fluctuated more widely than at OIRS both daily and seasonally, with annual ranges 20-31 degrees C and 22-30 degrees C, respectively. Mean SPM concentration at AIMS (11.1 mg l(-1)) was much higher than at OIRS (1.4 mg l(-1)) and fluctuated widely (2-60 mg l(-1)). Mean POM level was also substantially higher at AIMS, being 2.1 mg l(-1) compared with 0.56 mg l(-1) at OIRS. Von Bertalatiffy growth curve analyses showed that P. maxima grew more rapidly and to larger sizes than P. margaritifera at both sites. For the shell height (SH) of R maxima, growth index phi'=4.31 and 4.24, asymptotic size SHinfinity = 229 and 205 mm, and time to reach 120 mm SH (T-(120))= 1.9 and 2.1 years at AIMS and OIRS, respectively. While for P margaritifera, phi'=4.00 and 4.15, SHinfinity = 136 and 157 mm, and T-(120) = 2.5 and 3.9 years at AIMS and OIRS, respectively. R maxima had significantly lower growth rates and lower survival of small oysters during winter compared with summer. There were, however, no significant differences between the two sites in growth rates of P. maxima and final Cl values. In contrast, P. margaritifiera showed significant differences between sites and not seasons, with lower growth rates, survival of small oysters, final Cl values and asymptotic sizes at AIMS. The winter low temperatures, but not high SPM at AIMS, adversely affected P. maxima. Conversely, the high SPM levels at AIMS, but not temperature, adversely affected P. margaritifera. This was in accordance with earlier laboratory-based energetics studies of the effects of temperature and SPM on these two species. P maxima has potential to be commercially cultured in ca. > 25 degrees C waters with a wide range of SPM levels, including oligotrophic coral reef waters with appropriate particle sizes. It is possible to culture R margaritifera in turbid conditions, but its poor performance in these conditions makes commercial culture unlikely. (c) 2005 Elsevier B.V. All rights reserved.