bluuebunny/crossref_metadata_2025_split huggingface dataset:
Kolofon P24
Authors: Christoffersen Erik Exe 
Published: May 2024

Peripeti
© Peripeti og forfatterne

Temaredaktion
Janicke Branch, Birgitte Hesselaa og Johan Holm Mortensen.
Redaktion
Janicke Branch, Erik Exe Christoffersen (ansv.), Michael Eigtved, Solveig Gade, Louise Ejgod Hansen, Falk Heinrich, Birgitte Hesselaa, Kjersti Hustvedt, Thomas D. Kragebæk, Jens Christian Lauenstein Led, Thomas Rosendal Nielsen, Laura Luise Schultz, Kenn Lund
Nielsen, Elin Andersen, Rasmus Malling Skov og Mads Thygesen. Layout: Kenn Lund Nielsen
Tryk: Werks Offset Oplag: 500
ISSN: 1604-0325
Peripeti udgives af Afdeling for Dramaturgi og Musikvidenskab. Teater og
-performancestudier og Dramatikeruddannelsen (Den Danske Scenekunstskole). Tidsskriftet udgives med støtte fra Forskningsrådet for Kultur og Kommunikation.
Redaktionsadresse
Peripeti
Afdeling for Dramaturgi og Musikvidenskab Institut for Kommunikation og Kultur, Aarhus Universitet,
Langelandsgade 139, DK- 8000 Århus C.
E-mail: aekexe@hum.au.dk www.peripeti.dk
Bestilling og abonnement peripeti@hum.au.dk Abonnement (to numre): 150 kr. Løssalg 100 kr.
Internet: http://www.peripeti.dk/bestilling/
Peripeti udkommer to gange om året.
Kolofon S7
Authors: Christoffersen Erik Exe 
Published: May 2024

Peripeti
© Peripeti og forfatterne

Temaredaktion
Susanne Andreasen, Knut Ove Arntzen, Annelis Kuhlmann og Birgit Kleist Pedersen
Redaktion
Janicke Branth, Erik Exe Christoffersen, Solveig Daugaard, Michael Eigtved, Solveig Gade, Falk Heinrich, Kjersti Hustvedt, Jens Christian Lauenstein Led, Johan Holm Mortensen, Susanne Hjelm Pedersen, Thomas Rosendal Nielsen, Laura Luise Schultz (ansv.), Mads Thygesen, Mette Tranholm og Cecilie Ullerup Schmidt
Layout: Lho Brockhoff
Omslagsfoto: Danseren Elisabeth Heilmann Blind fra forestillingen Angerlarsimaffeqanngitsoq IHjemløs ( Homeless (2019). Koreografi og dramaturgi: Ada Einmo Jiirgensen. Foto: Petvin Sandstri:im

ISSN: 1604-0325
Peripeti udgives af Afdeling for Dramaturgi (Aarhus Universitet) i samarbejde med Teater- og Performancestudier (Københavns Universitet) og Dramatikeruddannelsen (Den Danske Scenekunstskole) Dette nummer udgives i samarbejde med Nunatta Isiginnaartitsisarfia / Tue National Theatre of Greenland / Grønlands Nationalteater, Ilisimatusarfik / Grønlands Universitet/ University of Greenland og Universitetet i Bergen. Der er modtaget støtte fra Augustinus Fonden, Hans Lynge Fonden, Nunatta Isiginnaartitisiarfia / Tue National Theatre of Greenland / Grønlands Nationalteater og Aarhus Universitet Nummeret indeholder såvel essays som fagfællevurderede bidrag
Bestilling og abonnement
Løssalg 100 kr. Internet: http://www.peripeti.dk/bestilling/
Peripeti som digitalt tidsskrift kan findes på hjemmesiden https://tidsskrifr.dk/peripeti
Redaktionsadresse
www.peripeti.dk Peripeti
Afdeling for Dramaturgi
Institut for Kommunikation og Kultur, Aarhus Universitet Langelandsgade 139.
DK 8000 Århus C

Redaktion: laura@hum.ku.dk; soga@scenekunstskolen.dk
Kolofon P33
Authors: Rosendal Nielsen Thomas 
Published: May 2024

Peripeti 32
© Peripeti og forfatterne
Temaredaktion
Falk Heinrich, Susanne Hjelm Pedersen, Lotte Løvholm, Sidsel Nelund, Laura Luise Schultz, Ralf Richardt Strøbech
Redaktion
Janicke Branth, Josefine Brink Siem, Erik Exe Christoffersen, Solveig Daugaard, Michael Eigtved, Solveig Gade, Falk Heinrich, Susanne Hjelm Pedersen, Johan Holm Mortensen, Storm Møller Madsen, Thomas Rosendal Nielsen, Laura Luise Schultz (ansv.), Mads Thygesen, Cecilie Ullerup Schmidt
Layout:
Ivan Micic

ISSN: 1604-0325
Peripeti udgives af Afdeling for Dramaturgi (Aarhus Universitet) i samarbejde med Teater- og Performancestudier (Københavns Universitet) og Den Danske Scenekunstskole. Peripeti er støttet af Statens Kunstfond og Danmarks Frie Forskningsfond.
Redaktionsadresse
www.peripeti.dk
PeripetiAfdeling for DramaturgiInstitut for Kommunikation og Kultur, Aarhus UniversitetLangelandsgade 139.DK 8000 Århus C
Redaktion: laura@hum.ku.dk solveigg@hum.ku.dk aekexe@cc.au.dk
Kolofon P37
Authors: Rosendal Nielsen Thomas 
Published: May 2024

Peripeti 38
© Peripeti og forfatterne
Temaredaktion
Sandra Buch, Solveig Gade, Lise Sofie Houe, Thomas Rosendal Nielsen, and Yvonne Schmidt.
Redaktion
Erik Exe Christoffersen, Solveig Daugaard, Michael Eigtved, Solveig Gade, Storm Møller Madsen, Thomas Rosendal Nielsen (ansv.), Signe Nygaard, Cecilie Ullerup Schmidt, Laura Luise Schultz, Josefine Brink Siem.
Korrektur:
Marianne Ølholm
Omslag:
HABITAT+Bodyscaping 2021
Nana Francisca Schottländer
Produceret af Metropolis
Foto: Marine Gastineau
Layout:
Ivan Micic
ISSN: 1604-0325
Peripeti udgives af Afdeling for Dramaturgi (Aarhus Universitet) i samarbejde med Teater- og Performancestudier (Københavns Universitet) og Den Danske Scenekunstskole. Peripeti er støttet af Statens Kunstfond og Danmarks Frie Forskningsfond.
Redaktionsadresse:
www.peripeti.dk
Peripeti
Afdeling for Dramaturgi
Institut for Kommunikation og Kultur, Aarhus Universitet
Langelandsgade 139.
DK 8000 Århus C

Redaktion: thomas.rosendal@cc.au.dk
Teatrets kunststatus - i virkelighedens navn
Authors: Christoffersen Erik Exe 
Published: May 2024

I artiklen "Teaterkunstens status og funktion - i virkelighedens navn" diskuterer Erik Exe Christoffersen blandt andet politikeren Louise F reverts forsøg på at gribe ind overfor Teater Katapult (Århus) i forbindelse med Christian Lollikes stykke, Dom over skrig (2004), om gruppevoldtægt. Med afsæt i en analyse af, hvordan teaterkunsten udnytter virkeligheden og skaber nye alliancer, skriver Christoffersen om det konkrete samspil med den kulturelle kontekst, som teksten indgår i. Artiklen kan læses som et forsvar for kunstautonomien og tilskuerens kunstdom. Overfor det politiske systems krav om en statsautoriseret kanon, derskal bære et bestemt nationalt dannelsesideal, hævder Christoffersen, at et sådant krav vil være blokerende for den frie udøvelse af kunstdomme.
[The issue is reconstructed from a scanned copy. This might cause minor flaws in the text. This is also the cause of the odd page breaks].
Kolofon P7
Authors: Christoffersen Erik Exe 
Published: May 2024

Peripeti
© Peripeti og forfatterne

TEMAREDAKTION
Erik Exe Christoffersen, Laura Schultz, Solveig Gade og Jens Christian Lauenstein Led

REDAKTION
Erik Exe Christoffersen (ansvarshavende), Janicke Branth, Falk Heinrich, Mads Thygesen, Thomas Rosendal Nielsen, Birgitte Hesselaa, Laura Schultz, Solveig Gade, Michael Eigtved, Jens Christian Lauenstein Led og Jeppe Sejer Sørensen (PR).
Layout: Christian Brink Christensen og Mads Thygesen
Omslag: The Democ rac y (Foto: Das Beckwerk)
Tryk: Werks Offset
Oplag: 500
ISSN: 1604-0325
REDAKTIONSADRESSE
Peripeti
Afdeling for Dramaturgi Institut for Æstetiske Fag, Aarhus Universitet, Langelandsgade 139,
DK - 8000 Århus C.
E-mail: aekexe@hum.au.dk
BESTILLING OG ABONNEMENT
peripeti@hum.au.dk Abonnement (to numre): 120 kr. Løssalg 75 kr.
Internet: http://www.dramaturgi.au.dk/forskning/publikationer/peripeti

Peripeti udgives af Afdeling for Dramaturgi (Aarhus Universitet) i samarbejde med Teatervidenskab (Københavns Universitet) og Dramatikeruddannelsen (Aarhus Teater) Tidsskriftet udgives med støtte fra Forskningsrådet for Kultur og Kommunikation. Alle temaartikler gennemgår et peer review.

Peripeti udkommer to gange om året.

Planlagte udgivelser: Teatralitet (forår 2007), Teatertekster (efterår 2007).

Tidligere udgivelser: 1) Jon Fosse, 2) Why a Theatre Laboratory?, 3) Ny dansk dramatik,
4) Dogme og dramaturgi, 5) Henrik Ibsen.
Postoperative Opioid-Prescribing Practice in Limb Preservation Surgery
Authors: Brooks Brandon M. , Shih Chia-Ding , Bratches Reed W. R. , Pham Kevin T. , Brooks Bradley M. , Hooshivar Lili , Wolff Kristina B. 
Published: May 2024

Background: Limb preservation surgery affects more than 100,000 Americans annually. Current postoperative pain management prescribing practices of podiatric physicians in the United States are understudied. We examined prescribing practices for limb preservation surgery to identify prescriber characteristics' that may be associated with postoperative opioid-prescribing practices.
Methods: We administered an anonymous online questionnaire consisting of five patient scenarios with limb preservation surgery commonly performed by podiatric physicians. Respondents provided information about their prescription choice for each surgery. Basic provider demographics were collected. We developed linear regression models to identify the strength and direction of association between prescriber characteristics and quantity of postoperative opioid “pills” (dosage units) prescribed at surgery. Logistic regression models were used to identify the odds of prescribing opioids for each scenario.
Results: One hundred fifteen podiatric physicians completed the survey. Podiatric physicians reported using regional nerve blocks 70% to 88% of the time and prescribing opioids 43% to 67% of the time across all scenarios. Opioids were more commonly prescribed than nonsteroidal anti-inflammatory drugs and anticonvulsants. Practicing in the Northeast United States was a significant variable in linear regression (P = .009, a decrease of 9–10 dosage units) and logistic regression (odds ratio, 0.23; 95% confidence interval, 0.07–0.68; P = .008) models for the transmetatarsal amputation scenario.
Conclusions: Prescribing practice variation exists in limb preservation surgery by region. Podiatric physicians reported using preoperative regional nerve blocks more than prescribing postoperative opioids for limb preservation surgeries. Through excess opioid prescribing, the diabetes pandemic has likely contributed to the US opioid epidemic. Podiatric physicians stand at the intersection of these two public health crises and are equipped to reduce their impact via preventive foot care and prescribing nonopioid analgesics when warranted.
Balance performance, falls-efficacy and social participation in patients with type 2 diabetes mellitus with and without vestibular dysfunction
Authors: Komalasari Dwi Rosella , Vongsirinavarat Mantana , Hiengkaew Vimonwan , Nualnim Nantinee 
Published: May 2024

Background
The performance of balance is an important factor to perform activities. The complications of type 2 diabetes mellitus (T2DM), especially vestibular dysfunction (VD), could decrease balance performance and falls-efficacy (FE) which consequently impacts social participation and quality of life (QoL).

Purpose
This study aimed to compare balance performance, FE, social participation and QoL between individuals with T2DM with and without VD.

Methods
The participants comprised 161 T2DM with VD and 161 without VD. Three clinical tests used for confirming VD included the Head Impulse Test (HIT), the Dix Hallpike Test (DHT) and the Supine Roll Test (SRT). The scores of static and dynamic balances, FE, social participation and QoL were compared between groups.

Results
The balance performance, FE, social participation and QoL were lower in the group with VD. The number of patients who had severe social restriction was higher in T2DM with VD than without VD (58.4% vs 48.4%). Moreover, all domains of QoL (physical, psychological, social relationships and environmental) were lower in T2DM with VD than without VD.

Conclusion
The presence of VD in T2DM patients was associated with decreased physical balance performances and increased social and QoL disengagement. Comprehensive management related to balance and FE, as well as the monitoring to support social participation and QoL, should be emphasized in patients with T2DM with VD.
A Polyethylene Glycol‐Crosslinked Serum Albumin/Hyaluronan Hydrogel for the Cultivation of Chondrogenic Cell Types
Authors: Benz Karin , Freudigmann Christian , Müller Jana , Wurst Helmut , Albrecht Dirk , Badke Andreas , Gaissmaier Christoph , Mollenhauer Jürgen 
Published: September 2010

AbstractHydrogels are gaining increasing interest as a structural basis for regenerative cell implants. Here we present in vitro data on growth and differentiation of human mesenchymal stromal precursor cells (MSCs), adult human knee chondrocytes, and adult human intervertebral disk cells in a gel based on PEG‐crosslinked serum albumin, supplemented with 4% hyaluronan (HSA–HA). Each gel culture was compared to its parallel proliferating monolayer (PML) culture and non‐proliferating high density monolayer culture (HDML). MSCs were chondrogenically induced in both standard micromass (MM) cultures and HSA–HA. Cell viability in HSA–HA was above 90%. Chondrogenic differentiation was defined by changes in the expression of the mRNA for collagen types I, II, and X, for aggrecan, for alkaline phosphatase (ALP), and for hyaluronan synthases‐2 and ‐3 (has‐2, has‐3). For disk cells and chondrocytes, the changes for collagen type II and aggrecan were in the range of up to 100‐fold, depending on the human individual. After induction, MSCs differentiated equally well in MM and HSA–HA, showing increases spanning several orders of magnitude compared to uninduced monolayer (ML) cells. For has‐2 and has‐3, the changes were less obvious, but interestingly, the ratio of has‐2/has‐3 expression in HSA–HA cultures decreased approximately 40‐fold for disk cells, remained unchanged for chondrocytes, but increased sevenfold for MSCs, when compared to the corresponding ML cultures. Taken together, HSA–HA revealed its potential as an anchoring hydrogel for chondrogenic cell types.
Hybrids of Magnetic Nanoparticles with Double‐Hydrophilic Core/Shell Cylindrical Polymer Brushes and Their Alignment in a Magnetic Field
Authors: Xu Youyong , Yuan Jiayin , Fang Bing , Drechsler Markus , Müllner Markus , Bolisetty Sreenath , Ballauff Matthias , Müller Axel H. E. 
Published: September 2010

AbstractThe synthesis of double‐hydrophilic core/shell cylindrical polymer brushes (CPBs), their hybrids with magnetite nanoparticles, and the directed alignment of these magnetic hybrid cylinders by a magnetic field are demonstrated. Consecutive grafting from a polyinitiator poly(2‐(2‐bromoisobutyryloxy)ethyl methacrylate) (PBIEM) of tert‐butyl methacrylate (tBMA) and oligo(ethylene glycol) methacrylate (OEGMA) using atom‐transfer radical polymerization (ATRP) and further de‐protection yields core/shell CPBs with poly(methacrylic acid) (PMAA) as the core and POEGMA as the shell, which is evidenced by 1H NMR, gel permeation chromatography (GPC), and dynamic and static light scattering (DLS and SLS). The resulting core/shell brush is well soluble in water and shows a pH responsiveness because of its weak polyelectrolyte core. Pearl‐necklace structures are observed by cryogenic transmission electron microscopy (cryo‐TEM) at pH 4, while at pH 7, these structures disappear owing to the ionization of the core. A similar morphology is also found for the polychelate of the core/shell CPBs with Fe3+ ions. Superparamagnetic magnetite nanoparticles have also been prepared and introduced into the core of the brushes. The hybrid material retains the superparamagnetic property of the magnetite nanoparticles, which is verified by superconducting quantum interference device (SQUID) magnetization measurements. Large‐scale alignment of the hybrid cylinders in relatively low magnetic fields (40–300 mT) can easily be performed when deposited on a surface. which is clearly revealed by the atomic force microscopy (AFM) and TEM measurements.
Single Nucleotide‐Catalyzed Biomimetic Reductive Amination
Authors: Kumar Atul , Sharma Siddharth , Maurya Ram Awatar 
Published: September 2010

AbstractWe have successfully developed a single nucleotide (adenosine 5′‐diphosphate)‐catalyzed enantioselective direct reductive amination of aldehydes and ketones using a Hantzsch ester as reducing agent. The process is a simple, efficient and a real mimic of the NADH reduction approach for the synthesis of structurally diverse amines. This reaction is the first report demonstrating the ability of a single nucleotide as catalyst and one of the most genuine biomimetic reactions of organic chemistry.
Synthesis, in‐vitro Cytotoxicity, and a Preliminary Structure‐Activity Relationship Investigation of Pyrimido[4,5‐c]quinolin‐1(2H)‐ones
Authors: Metwally Kamel , Khalil Ashraf , Pratsinis Harris , Kletsas Dimitris 
Published: September 2010

AbstractAs part of our ongoing research effort to develop new antimitotic agents based on the recently reported pyrimido[4,5‐c]quinoline‐1(2H)‐one ring skeleton, we were interested in identifying structural elements that contribute to the cytotoxicity of this class of compounds. The effect of several quinoline‐ring substituents was examined and the new compounds were evaluated in vitro for cytotoxicity against three human cancer cell lines namely, lung fibrosarcoma HT‐1080, colon adenocarcinoma HT‐29, and breast carcinoma MDA‐MB‐231. Most of the compounds showed cytotoxic activity in the low micromolar and sub‐micromolar range. Structure‐activity relationship information revealed that a combination of electronic and steric factors may be involved. Flow cytometric cell cycle analysis performed on HT‐1080 cells revealed that the most cytotoxic compounds 48, 50, 54, 59, and 63 inhibit the S‐phase and arrest the cells in the G2/M phase of the cell cycle suggesting an antimitotic action of these compounds.
Synthesis of New Quinoline Derivatives as Inhibitors of Human Tumor Cells Growth
Authors: Rashad Aymn E. , El‐Sayed Wael A. , Mohamed Ashraf M. , Ali Mamdouh M. 
Published: September 2010

AbstractA series of new 8‐[(2H‐tetrazol‐5‐yl)methoxy]quinoline derivatives, their sugar hydrazones, and their N‐glycoside derivatives were synthesized. Furthermore, the 1,2,4‐triazole‐3‐one derivatives 3 and 4 were synthesized from the amidrazone derivative 2. Some of the newly prepared compounds demonstrated inhibitory effects on the growth of MCF‐7 human breast cancer cells as compared with the activity of the commonly used anticancer drug, cisplatin. The results of antitumor evaluation revealed that compounds 2–5, 8b, and 12 inhibited the growth of cancer cells through their effect as free‐radical regulators by increasing the activity of superoxide dismutase and depletion of intracellular levels of reduced glutathione, catalase and glutathione peroxidase activities, accompanied with a high production of hydrogen peroxide, nitric oxide, and other free radicals causing the killing of tumor cells. The results suggested that the prepared compounds possess significant anticancer activity comparable to cisplatin and the antitumor activity of these prepared compounds was accompanied with a reduction in the levels of protein and nucleic acids.
Synthese [b]‐kondensierter azepindione durch dealkoxycarbonylierung
Authors: Kunick Conrad 
Published: September 2010

AbstractSynthesis of [b]‐Fused Azepinediones by DealkoxycarbonylationThe 2,3,4,5‐tetrahydro‐1H‐1‐benzazepinediones 2 and 5,6,7,8‐tetrahydro‐4H‐thieno[3,2‐b]azepine‐5,8‐dione (11) are obtained by dealkoxycarbonylation in wet dimethylsulfoxide from fused azepinecarboxylic esters 3 and 10, respectively, 3b and 10 are prepared by Dieckmann reaction with KH in DMF/toluene from diesters 6 and 9, respectively.
Karstic morphologies identified with geophysics around Saulges caves (Mayenne, France)
Authors: Valois Rémi , Bermejo Lucia , Guérin Roger , Hinguant Stéphan , Pigeaud Romain , Rodet Joël 
Published: September 2010

AbstractGeophysical measurements were carried out around Saulges caves that sought to highlight the local karstic morphologies and the impact on preservation of archaeological material within the caves. Electrical resistivity tomographies (ERTs) and apparent conductivity mapping detected a soil cover on the plateaus that ends abruptly over fractured limestone or over a bowl‐shaped structure filled with clay soil. Moreover, there is at least one zone of soil accumulation with a basin form with almost no soil cover around this structure. The ERT and seismic refraction tomography (SRT) detected an important anomaly in the valley. Many clues indicate that this anomaly is a karstic conduit filled with water or clay. Therefore, some karstic dissolution zones have been found and only geophysical methods are able to detect such features. Detection of preferential pathways could help to protect prehistoric art within the caves and new karstic morphologies help to better understand this karstic system. Copyright © 2010 John Wiley & Sons, Ltd.
Geophysical prospection of the frontiers of the Roman Empire in southern Germany, UNESCO World Heritage Site
Authors: Fassbinder Jorg W. E. 
Published: September 2010

AbstractThe Roman Limes with a length of 550 km is the largest archaeological site of Europe as well as the largest monument of the Roman period. In July 2005 it was decided that the Limes and its interrelated archaeological sites, together with Hadrian's Wall in England, would be a component of a ‘Trans‐National World Heritage Site’ taking the name ‘Frontiers of the Roman Empire’. From that point it was necessary to minimize and/or to avoid archaeological excavation. Further research on such sites is mainly limited to the application of non‐destructive techniques. Among other geophysical tools, magnetometry, based on the rock magnetic knowledge turned out to be a highly suitable method. Two examples that allowed verification and completion of old maps of the Reichs‐Limes‐Kommission will be shown here; these projects exemplify geophysical work on the Bavarian Limes. At the site of Oberhochstatt we discovered the exact location and determined information on the size and orientation of the fort that previous searches for a long time had failed to find. At Theilenhofen we were able to complete the map of the whole fort with all fortification ditches and the water supply, to verify the troop level and to confirm the former fort on which is superimposed the traces of the Roman vicus. Copyright © 2010 John Wiley & Sons, Ltd.
Mitochondria and the culture of the Borg
Authors: Braschi Emelie , McBride Heidi M. 
Published: September 2010

AbstractAs endosymbionts, the mitochondria are unique among organelles. This review provides insights into mitochondrial behavior and introduces the idea of a unified collective, an interconnected reticulum reminiscent of the Borg, a fictional humanoid species from the Star Trek television series whereby decisions are made within their network (or “hive”), linked to signaling cascades that coordinate the cross‐talk between mitochondrial and cellular processes (“subspace domain”). Similarly, mitochondrial dynamics are determined by two distinct processes, namely the local regulation of fission/fusion and the global control of their behavior through cellular signaling pathways. Indeed, decisions within the hive provide each mitochondrial unit with autonomous control of their own degradation, whereby mitochondrial fusion is inactivated and they become substrates for autophagy. Decisions within the subspace domain couple signaling pathways involved in the functional integration of mitochondria with complex cellular transitions, including developmental cues, mitosis, and apoptosis.