101,317 research outputs found
Intracranial Pressure and Intracranial Elastance Monitoring in Neurocritical Care
No full textPatients with acute brain injuries tend to be physiologically unstable and at risk of rapid and potentially life-threatening decompensation due to shifts in intracranial compartment volumes and consequent intracranial hypertension. Invasive intracranial pressure (ICP) monitoring therefore remains a cornerstone of modern neurocritical care, despite the attendant risks of infection and damage to brain tissue arising from the surgical placement of a catheter or pressure transducer into the cerebrospinal fluid or brain tissue compartments. In addition to ICP monitoring, tracking of the intracranial capacity to buffer shifts in compartment volumes would help in the assessment of patient state, inform clinical decision making, and guide therapeutic interventions. We review the anatomy, physiology, and current technology relevant to clinical management of patients with acute brain injury and outline unmet clinical needs to advance patient monitoring in neurocritical care
Signal sequence trap to clone cDNAs encoding secreted or membrane-associated plant proteins
No full textKristoffersen P, Teichmann T, Stracke R, Palme K. Signal sequence trap to clone cDNAs encoding secreted or membrane-associated plant proteins. Analytical Biochemistry. 1996;243(1):127-132
Gambaran Kristal Hemoglobin pada Bercak Darah yang Terpapar Beberapa Sabun Krim Menggunakan Tes Teichmann dan Takayama
No full textThe biologic sample like bloodstains are precious physical evidence thatcan be found at any crime scene. Bloodstains that be found can indicate struggleor murderer case and identification of bloodstains found at criminal scene cangive information about actual criminal acts. The criminals often try to remove orcamouflage bloodstains by using cleaning agents like cream detergent that makesbloodstains contamined with detergent surfactant and may be affect the chemicalbloodstains identification using Teichmann and Takayama test. The purposes ofthis experiment are to know the description of hemoglobin crystal at contaminedbloodstain with some cream detergents using Teichmann and Takayama test. Thisexperiment is the experimental description. This experiment has done inBiochemical Laboratory Medical Faculty of Riau University. There're 38 slidesthat made in this experiment with twice experiment (duplo). The bloodstain slideswere washed using cream detergent A, B, C, D, E, and F once until three times.The result of this experiment was positive in all bloodstain slide that washed bycream detergent when it tested with Teichmann and Takayama test
Gambaran Kristal Hemoglobin pada Darah dan Bercak Darah yang Terpapar Beberapa Sampo Cuci Mobil Menggunakan Tes Teichmann dan Tes Takayama
No full textBloodstain is very useful in crime scene disclosure through a series of forensic laboratory test. Attempted in removing evidence of bloodstain with cleaning agents such as car wash shampoo is a challenge in the investigation. Crystal hemoglobin test is a chemically confirmation that based on crystals formation of hemoglobin such as Teichmann and Takayama test. The purpose of this study is to observe crystal hemoglobin formation in blood and bloodstains exposed with car wash shampoo using Teichmann and Takayama test. This study is laboratory experimental descriptive. The study was conducted in biochemical laboratory of university of Riau medical faculty. Using 52 pieces slides with twice repetition (duplo). The slides were divided into blood and bloodstain slide group, which both group washed with A, B, and C car wash shampoo as much as one till three times continued with Teichmann and Takayama test. In the study was found that in all done slide either Teichmann or Takayama test the result is positive.Keywords: Bloodstain, hemoglobin crystal, car wash shampoo, Teichmann and Takayama1. PENDAHULUANPemeriksaan forensik tidak terbatas untuk luka yang ditemukan pada korban hidup atau mati saja tetapi juga dapat dilakukan pada benda atau barang bukti yang ditemukan di tempat kejadian. Salah satu barang bukti yang sering ditemukan adalah darah atau bercak darah. Keberadaan bercak darah ini sangat berguna dalam pengungkapan tindakan kekerasan atau kejahatan melalui serangkaian pemeriksaan laboratorium forensik
Kristal Hemoglobin pada Bercak Darah yang Terpapar Beberapa Sabun Cuci Piring Cair Menggunakan Tes Teichmann dan Tes Takayama
No full textCrime scene may leave various items of evidence, one of them bloodstain. Bloodstain might provide valuable information that indicates a lot form of violence that can be used as a solution in a criminal case. Criminals often camouflage the traces or evidence by cleaning the bloodstains using cleaning agents to cover up the crime. One of the cleaning agents that may be used by criminal is liquid dish soap. Bloodstains that contaminated by liquid dish soap may affect the results of the examination using Teichmann and Takayama tests. The purpose of this study is to describe the hemoglobin crystal in bloodstains that contaminated by liquid dish soap using Teichmann and Takayama test. In this study, there were five liquid dish soap solutions swabbed onto bloodstained slides for each tests. The results show that all 22 slides (100 %) still have positive result which means the hemoglobin crystal still could be found in the contaminated bloodstain using Teichmann and Takayama test. The conclusion of this study is liquid dish soap that used might not affect the formation of hemoglobin crystal using Teichmann and Takayama test
Kristal Hemoglobin Pada Bercak Darah Yang Terpapar Dengan Beberapa Sabun Antiseptik Cair Menggunakan Tes Teichmann Dan Tes Takayama
No full textForensic investigation was not only done to investigate injuries sustained by the victim of crime, but also to investigate objects or other evidences, such as blood, in crime scene. Some forensic investigation that can confirm if suspected object is blood was confirmatory test (Teichmann and Takayama test). The criminals often wipe out blood using antiseptic liquid soap. In that case, it may give different description in forensic investigation. Therefore, the aim of this study was to know the description of hemoglobin crystal on bloodstain that exposed by antiseptic liquid soap with Teichmann and Takayama test. This study was experimental study with pre-test post-test design. There were 18 bloodstain slides as sample of this study, including 2 control slides and 16 slides that had been exposed with 4 antiseptic liquid soap brands. This study showed 18 bloodstain slides (100%) had positive result after exposed by using Teichmann and Takayama test and there were no changes of crystal's shape. It could be conclude that hemoglobin crystal still could be found in bloodstain that exposed by antiseptic liquid soap with Teichmann and Takayama test
Franziska Rehlinghaus / Ulf Teichmann (Hgg.): Vergangene Zukünfte von Arbeit. Aussichten, Ängste und Aneignungen im 20. Jahrhundert, Bonn: J.H.W. Dietz Nachf., 2019
No full textMöbius T. Franziska Rehlinghaus / Ulf Teichmann (Hgg.): Vergangene Zukünfte von Arbeit. Aussichten, Ängste und Aneignungen im 20. Jahrhundert, Bonn: J.H.W. Dietz Nachf., 2019 . Sehepunkte. 15.07.2020;20(7/8)
Letter, [Author unclear] to Paulina T. Merritt
No full textHandwritten letter to Paulina Merritt from an unknown author, October 1, 1876.
The role of public-private partnerships in local infrastructure : the case of carbon offset projects.
No full textL’investissement dans des infrastructures locales sobres en carbone est considéré comme une composante importante de la lutte contre le changement climatique. Les mécanismes de règlementation climatique (comme la compensation carbone) font supporter aux développeurs de projet les risques liés à la réduction des émissions de gaz à effet de serre (GES): les risques opérationnels, technologiques ou liés au monitoring environnemental et aux mécanismes régulateurs. Nous montrons que l’efficacité environnementale et économique des projets dépend en grande partie des modalités de partage de ces risques entre les différents acteurs impliqués dans le projet. Sur un échantillon de projets de torchage des gaz d’enfouissement financés par le Mécanisme pour un Développement Propre, il est montré que la délégation de la fourniture de la technologie crée des risques supplémentaires. La délégation de l’élaboration de la documentation du projet selon les règles formelles de l’UNFCCC et la séparation de l’opération de la décharge et du projet MDP semblent être maîtrisables par la mise en place de mesures de partage de risques.Investment in low carbon infrastructure is considered an important component of the fight against climate change. The mechanisms of climate regulation (such as carbon offsets) transfer to project developers the risks associated with reducing emissions of greenhouse gas (GHG) emissions, i.e. operational and technological risk, or risks associated with the environmental monitoring and the regulatory mechanism itself. The success of projects depends importantly on the risk sharing arrangements between the private and public partners. It is shown that the delegation of tasks between the partners can create risks that affect the environmental effectiveness and economic efficiency of the project. For a sample of landfill gas flaring projects financed under the Clean Development Mechanism, it is shown that the outsourcing of the provision of technology creates additional risks. The outsourcing of the development of the official project documentation required by the UNFCCC and the separation of the operation of the landfill and the CDM project development appear to be manageable by risk sharing arrangements.partenariats privé-public; infrastructure locale; gestion des déchets; Mécanisme pour un Développement Propre; changement climatique; théorie des contrats; Public-private partnerships; local infrastructure; waste management; Clean Development Mechanism; climate change; contract theory;
Handwritten biographical information on Paulina T. McClung Merritt
No full textA handwritten biography of Paulina T. McClung Merritt by an unknown author, 1892.
- …
