622 research outputs found
Dudith – Auctores transmissi
Az Europa HUmanistica sorozat újabb kötete, a Kárpát-medencében alkotó 16. századi szerzők kiadott műveinek ismertetése, jelentős magyar vonatkozással. A praefatiók tartalmi kivonata és a szerzők életművei
Breviarium secundum usum almae Ecclesiae Strigoniensis. Anno 1524. Venetiis in edibus. Petris Liechtenstein: Michael Prischuiz Librarius Budensis excudi mandavit.
KatalĂłgustĂ©tel a "Közös Ăşton. Budapest Ă©s KrakkĂł a közĂ©pkorban." KiállĂtási katalĂłgus, a Budapest TörtĂ©neti MĂşzeum Ă©s a Muzeum Historyczne Miasta Krakowa közös kiállĂtása. Budapesti TörtĂ©neti MĂşzeum VármĂşzeum, 2016-március 18-jĂşlius 24. Budapest, 2016. c. kötethez. Az OSZK RNYT-ben találhatĂł kĂ©t pĂ©ldány egy VelencĂ©ben nyomtatott BreviáriumbĂłl, amelyet Petrus Liechtenstain (1497-1528) kölni származásĂş nyomdász adott ki 1524-ben, Michael Prischviz budai könyvárus költsĂ©gĂ©n. A kötet leĂrása
The Channel Between Janus Pannonius and the Antiquity. (Transmitting Media for the Panegyric Written to René of Anjou
As the large argument of the conference is the book as medium and an object of efforts of printers, publishers, booksellers and interest of book collectors, I would like to introduce my researches on Janus Pannonius and the transmitting channels (media) of the antiquity. My principal aim is to present how it had been possible to resurrect the Antiquity and the Renaissance in his eulogy composed for René of Anjou in 1451, before the invention of printing, since our poet was forced to use the manuscript tradition and his excellent memory. Then I would like to enlighten the reception and the printed afterlife of his work through the centuries untill our modern age
Janus Pannonius antik reminiszcenciái a Carmen pro pacanda Italia c. dicskölteményében
A tanulmány cĂ©lja Janus Pannoniusnak a ferrarai korszakában, a Frigyes császárhoz Ărt dicsköltemĂ©nyĂ©nek vizsgálata, az idĂ©zett szöveghelyek pontos beazonosĂtása, Ăgy elsĹ‘sorban az antik, másodsorban pedig a reneszánsz Ă©s a közĂ©pkori-keresztĂ©ny átvĂ©telek, allĂşziĂłk elemzĂ©se. Mindezek fĂ©nyĂ©ben tanulmányozhatunk majd olyan rendkĂvĂĽl árnyalt kultĂşr-irodalom- Ă©s kommentártörtĂ©neti vonatkozásokat, amelyek a reneszánsz neolatin költĂ©szet Ă©s szövegĂ©rtelmezĂ©si hagyomány teljes egĂ©szĂ©t átszövik, valamint hatással bĂrnak Janus teljes költĹ‘i Ă©letművĂ©re
Vascular Endothelial Dysfunction as the Mechanism for Development of Obesity
Obesity is one of the major public health issues in the world with a rapid increase
in its prevalence. According to the last public health report from supreme public health in
Qatar in 2012, 71.8 % of the women were overweight compared to 68.3% of men.
Adipocytes are where their size can vary with different food intake. The rapid expansion
of the adipose tissue requires high vascularization to support their expansion. Branching
of vasculature depends on properly functioning endothelial cells of the vessels. Different
diseases including diabetes and obesity has been reported to cause defects in the
endothelial cell function. This defect could be due to changes in nitric oxide production
which regulate vascular contractility or production of other oxyradicals leading to damage
to the tissue.
Calreticulin (CRT) is a multifunctional protein localized in the endoplasmic
reticulum of all mammalian cells. The main functions of CRT are regulation of
intracellular Ca2+ hemostasis and chaperone. Our transgenic mouse model overexpressing
CRT in endothelial cells (ECCRT+) showed evidence of endothelial dysfunction and
susceptibility to obesity and diabetes as they age. Therefore, we hypothesized that
overexpression of CRT in endothelial cells results in endothelial dysfunction that
increases angiogenesis leading to activation of adipogenesis.
In our study we examined changes in the phenotype of adipocytes of wild type
(wt) and ECCRT+ mice fed either high fat (60%) or regular fat (10%) diet for different time
points (8-24 weeks). Our results illustrated that these mice expressed lower eNOS thus
leading to endothelial dysfunction. The Glucose tolerance test (GTT) assay illustrated that ECCRT+ mice developed diabetes as they aged when on 10% fat diet. However, on high fat
diet they failed to regulate blood glucose even at 8 weeks. Histological analysis of the wt
and ECCRT+ mice showed significant changes in the adipocyte size and number suggesting
a possible association between endothelial dysfunction and adipogenesis. Our study is the
first to show an important role of endothelial dysfunction in altering adipogenesis process
leading to the development of obesity and diabetes. Our data also highlights the
importance of an endoplasmic reticulum chaperone in this process
Building Hadith ontology to support the authenticity of Isnad
The two fundamental sources of Islamic legislation are Qur’an and Hadith. Hadiths, or prophetic traditions, are narrations originating from the sayings and actions of Prophet Muhammad (peace be upon him). Isnad or Sanad is the chain of narrators attesting to the historical authenticity of a particular Hadith. It helps differentiate between the accepted and rejected Hadiths. In this paper we build a domain specific ontology (Hadith Isnad Ontology) to support the process of authenticating/judging Isnad. We evaluate the ontology through Hadith example and DL-Queries. The developed ontology will be used (in a future work) to automatically generate a suggested judgment of Hadith Isnad
A review of recent innovations in remote health monitoring
The development of remote health monitoring systems has focused on enhancing healthcare services’ efficiency and quality, particularly in chronic disease management and elderly care. These systems employ a range of sensors and wearable devices to track patients’ health status and offer real-time feedback to healthcare providers. This facilitates prompt interventions and reduces hospitalization rates. The aim of this study is to explore the latest developments in the realm of remote health monitoring systems. In this paper, we explore a wide range of domains, spanning antenna designs, small implantable antennas, on-body wearable solutions, and adaptable detection and imaging systems. Our research also delves into the methodological approaches used in monitoring systems, including the analysis of channel characteristics, advancements in wireless capsule endoscopy, and insightful investigations into sensing and imaging techniques. These advancements hold the potential to improve the accuracy and efficiency of monitoring, ultimately contributing to enhanced health outcomes for patients.Publisher's VersionQ2WOS:001130630400001PMID:3813832
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