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The Quranic Jesus
Is it possible to rethink the multilayered and polyvalent Christology of the Qur’ān against the intersecting of competing peripheral Christianities, anti-Jewish Christian polemics, and the making of a new Arab state in the 7th-century Near East? To what extent may this help us to decipher, moreover, the intricate redactional process of the quranic corpus? And can we unearth from any conclusions as to the tension between a messianic-oriented and a prophetic-guided religious thought buried in the document? By analysing, first, the typology and plausible date of the Jesus texts contained in the Qur’ān (which implies moving far beyond both the habitual chronology of the Qur’ān and the common thematic division of the passages in question) and by examining, in the second place, the Qur’ān’s earliest Christology via-à-vis its later (and indeed much better known) Muhamadan kerygma, the present study answers these crucial questions and, thereby, sheds new light on the Qur’ān’s original sectarian milieu and pre-canonical development.
Fluorescence Techniques in Cell Biology
.For there to be progress in science, there must first be communication between experts of different disciplines. This is particularly true of modern biology which is becoming more and more of an interdisciplinary field. The present situation in cell biology clearly reflects this devel opment and demonstrates that the application of physical techniques was necessary before this field of biological research could be developed on an objective and quantitative basis. The utilization of optical phenomena as measuring parameters at the microscopic level has provided the basis for the development of quantitative cytochemistry. This rapidly growing extension of conventional cytochemistry and histoc...
Modern Fluorescence Spectroscopy
Since the appearance of the first two volumes of Modern Fluorescence Spectroscopy in 1976, important advances continue to be made in both the techniques and applications of molecular luminescence. In terms of "hardware," it is only recently that the application of laser excitation to molecular fluorometry has become feasible under conditions that are analy tically realistic. The improvements that can be effected in sensitivity, analy tical selectivity, and ability to handle "difficult" samples by laser fluorometry have only begun to be exploited. Likewise, time-resolved fluorometry has received widespread use in fundamental studies (a sizable number of which deal with biological systems), bu...
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