Network


Latest external collaboration on country level. Dive into details by clicking on the dots.

Hotspot


Dive into the research topics where Sabine Stanek is active.

Publication


Featured researches published by Sabine Stanek.


Studies in Conservation | 2014

Searching for blood in Chinese lacquerware

Silvia Miklin-Kniefacz; Martina Griesser; Walther Parson; Václav Pitthard; Sabine Stanek

In various historical Chinese sources pigs’ blood is described as a binding medium for the ground layers of Chinese lacquerware [1–3]. This paper gives an overview of some approaches used to verify the presence of pigs’ blood in Chinese lacquer, especially in so-called Cantonese lacquer, and discusses the reasons for its use. During the conservation and restoration of the lacquer room in the Palace of Schönbrunn, Vienna, Austria, between 2001 and 2005, samples of the Chinese lacquer panels (Fig. 1) from the beginning of the eighteenth century were tested for protein with benzidine and luminol by the Institute for Forensic Medicine in Vienna, though the results were inconclusive. Tests undertaken in 2011 with benzidine on a Chinese tea box from the nineteenth century and a Chinese Qianlong period jewellery box were positive. They were accompanied by gas chromatography combined with mass spectrometry (GC–MS) analyses and histochemical tests, which also identified the presence of protein [4,5]. In 2006, real-time polymerase chain reaction (PCR) analyses at the University of Veterinary Medicine in Vienna verified the presence of pig DNA; further recent PCR analyses of the Chinese cabinets, Palace of Schönbrunn, Vienna, and recent results by the Austrian Central DNA laboratory in Innsbruck, Austria, showed that all five samples from the Chinese lacquer panels contain DNA of Sus scrofa (wild pig), but in two samples human DNA was also detected. The reasons for this result will be presented. The use of histochemical staining with Amido Black AB2 on cross-sections was helpful in identifying the presence of protein in ground layers. GC–MS analyses were able to identify the presence of specific amino acids. 根據不同的中國歷史文獻記載,中國漆器的底灰會


Studies in Conservation | 2016

Searching for blood in Chinese lacquerware: zhū xiě huī 豬 血 灰

Silvia Miklin-Kniefacz; Václav Pitthard; Walther Parson; Cordula Berger; Sabine Stanek; Martina Griesser; Štěpánka Hrdličková Kučková

The study gives an overview of the tests and analyses undertaken in the past 20 years to establish the presence of blood in the foundation layers of Chinese lacquer artefacts and also shows the development of analytical methods over that period. When undertaking the conservation of lacquer objects it is crucial to know the type of binding medium as this influences the selection of any consolidants that may be required in the treatment. Microchemical tests to identify blood using benzidine and luminol, various chromatographic and mass spectrometric techniques and DNA analyses were assessed on selected Chinese lacquer objects, and the results gained are summarized.


Studies in Conservation | 2016

The technical investigation of an eighteenth-century Chinese imperial carved lacquer screen and its role in developing an appropriate conservation treatment

Václav Pitthard; Sabine Stanek; Martina Griesser; Christiane Jordan; Silvia Miklin-Kniefacz; Richard Miklin

This paper gives an overview of the results of a comprehensive conservation research project on an eighteenth-century Chinese carved lacquer screen. Special emphasis was put on scientific analyses of the original materials and techniques. The objects history, previous restoration treatments, and the current condition were documented before the conservation treatment commenced. The extensive analytical investigations on a set of 24 samples, performed by means of optical and scanning electron microscopy as well as pyrolysis–gas chromatography–mass spectrometry, helped to determine the stratigraphy of the lacquer screen and to reveal the compositions of the materials used. The results and information presented here are the products of an interdisciplinary collaboration of conservators and scientists, which contributed significantly to the preparation of a conservation strategy for the screen and helped in the selection of conservation techniques and the choice of appropriate conservation materials.


Studies in Conservation | 2014

Technical investigation of an eighteenth-century Chinese Imperial carved lacquer screen

Václav Pitthard; Sabine Stanek; Martina Griesser; Christiane Jordan; Silvia Miklin-Kniefacz

This paper gives an overview of the results of a comprehensive ongoing conservation and research project with emphasis on the scientific investigation of the original materials and the subsequent restoration treatments of an Imperial Chinese carved lacquer screen. The three-panel wooden screen from the Qianlong period (1736–95) of the Qing dynasty, with impressive dimensions (3.30 m × 2.60 m), has carved lacquer with yellow, green, and red layers on the front, and gold painted onto black lacquer on the reverse. It has been in the possession of the Weltmuseum, Vienna, Austria, since 1902 and is ranked among the most exquisite furniture pieces in the collection. A matching throne is a central piece of the China collection of the Victoria and Albert Museum, London (W.399-1922) [1]. The polychrome carved lacquer on the front of the screen depicts the Pan Tao Feast, with the eight Daoist immortals, the Queen Mother of the West (Xi Wang Mu) and her entourage celebrating her birthday in the central panel. This elaborately carved scene resonates with the painted images on the back with cranes, waves, rocks, clouds, and peaches with bats, which convey a wish for longevity (Fig. 1). One purpose of the research project is to document the history, previous restoration treatments and the current condition of the object. A clearer insight into the materials and techniques used on the screen is sought through extensive analytical investigations on a set of 24 samples performed by means of optical and scanning electron microscopy with energy-dispersive 本文概述一項仍在進行中的全面修護及研究計劃的


Macromolecular Symposia | 2006

Study of Complex Organic Binding Media Systems on Artworks Applying GC-MS Analysis: Selected Examples from the Kunsthistorisches Museum, Vienna

Václav Pitthard; Martina Griesser; Sabine Stanek; Tatjana Bayerová


Chromatographia | 2005

Gas chromatography - mass spectrometry of binding media from early 20th century paint samples from arnold Schönberg's palette

Václav Pitthard; Sabine Stanek; Martina Griesser; T. Muxeneder


Archaeometry | 2010

SCIENTIFIC INVESTIGATIONS OF ANTIQUE LACQUERS FROM A 17TH-CENTURY JAPANESE ORNAMENTAL CABINET

Václav Pitthard; Shuya Wei; S. Miklin-Kniefacz; Sabine Stanek; Martina Griesser; M. Schreiner


Annali Di Chimica | 2006

Methodology and application of gc-ms to study altered organic binding media from objects of the Kunsthistorisches Museum, Vienna.

Václav Pitthard; Martina Griesser; Sabine Stanek


Journal of Cultural Heritage | 2011

Organic patinas on Renaissance and Baroque bronzes–Interpretation of compositions of the original patination by using a set of simulated varnished bronze coupons

Václav Pitthard; Richard E. Stone; Sabine Stanek; Martina Griesser; Claudia-Kryza-Gersch; Helene Hanzer


Archive | 2015

First Investigations of the Asian Lacquer Panels in the “Chinese Cabinets”, Schönbrunn Palace, Vienna

Silvia Miklin-Kniefacz; Richard Miklin; Susanne M. Käfer; Florian Schwetz; Václav Pitthard; Sabine Stanek; Martina Griesser; Walther Parson

Collaboration


Dive into the Sabine Stanek's collaboration.

Top Co-Authors

Avatar
Top Co-Authors

Avatar
Top Co-Authors

Avatar
Top Co-Authors

Avatar

Cordula Berger

Innsbruck Medical University

View shared research outputs
Top Co-Authors

Avatar

Helene Hanzer

Kunsthistorisches Museum

View shared research outputs
Top Co-Authors

Avatar

Manfred Schreiner

Vienna University of Technology

View shared research outputs
Top Co-Authors

Avatar

Walther Parson

Innsbruck Medical University

View shared research outputs
Top Co-Authors

Avatar

Richard E. Stone

Metropolitan Museum of Art

View shared research outputs
Researchain Logo
Decentralizing Knowledge