This volume contains a collection of Julio Trebolle's papers on textual and compositional history of 1-2 Kings, via Septuagint, Old Latin. His research is a key contribution to the landscape of ...textual plurality in the history of the Bible.
Aunque se haya afirmado que el judaísmo conoció exclusivamente la incubatio en su variante más antigua, la mántico-adivinatoria, en nuestro trabajo intentamos ofrecer algunas reflexiones acerca del ...recurso a esta praxis con finalidades curativas en proximidad o en el interior de una sinagoga, circunstancia aludida por Juan Crisóstomo en un locus que ha pasado desapercibido o cuya exegesis por parte de los investigadores no resulta unívoca.
This books presents a series of essays on the past, present, and future of editions of the Hebrew Bible and its versions celebrating the Fifth Centennial of the Complutensian Polyglot as a landmark ...in the trajectory of biblical scholarship.
This collection of papers to honour Julio Trebolle Barrera presents a selection of studies on different aspects of the text of the Bible (including the Septuagint) and the Dead Sea Scrolls, produced ...by leading scholars in the field.
The book studies the esoteric characterization of Solomon that had a great importance throughout Late Antiquity. These esoteric traditions were very known in the Judaism from the first century to the ...fourth century CE and they were inherited by Christianity that cherished and developed it. The Rabbinic Judaism also known some of these new characterizations but transformed them into haggadic legends and deprived them of their practical character. The book provides news insights that should be taken into account for the study of magic and magical mentality in any cultural setting of Late Antiquity.
Due to their fascinating chemical, optical, electrical, and biological properties carbon dots (CDs or CDots), carbon quantum dots (CQDs), and graphene quantum dots (GQDs) have attracted attention in ...biosensing as they can greatly improve the detection limit, sensitivity, and selectivity of biosensors. In general, CDs, CQDs, and GQDs are a class of carbon-based nanomaterials that are characterized by extraordinary fluorescence, a size less than 10 nm, high stability, low toxicity, and being easy to synthesize and presenting functional groups in their surface area that vary according to their synthesis source. In this review, a general description of the main methods and precursors reported in the scientific literature for the synthesis of CDs, CQDs, and GQDs are presented, as well as the chemical, optical, electrical, and biological properties that stand out the most from them; moreover, the main objective of this review is to summarize the application of these carbonaceous nanomaterials in biosensors for the detection of communicable and non-communicable diseases. The article summarizes the applications of CDs, CQDs, and GQDs according to the group of diseases they detected using the international classification of diseases in its 10th edition (ICD-10). To facilitate the reader's access to significant information from these biosensors, several tables summarize the information associated with the type of biomarker, the working ranges, and the biosensor assembly.
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•Carbon dot-based biosensors for communicable and non-communicable diseases have been reviewed.•Biomarker types and their main optical detection techniques have been discussed.•Carbon dot-based biosensors with detection limits, working rage, and the assembly of the biosensor, have been tabulated.•The main methods and precursors for the synthesis of Carbon dot-based biosensors and their properties have been explored.
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