Penciptaan Tokoh Jasmine Tiger Dalam Naskah Jasmine Tiger Terinspirasi Dari Novel Sang Pemenang Berdiri Sendirian Karya Paulo Coelho

Naskah Lakon Jasmine Tiger terinspirasi dari novel Sang Pemenang Berdiri Sendirian terjemahan Rosemary Kesauly dari The Winner Stands Alone karya Paulo Coelho. Sang Pemenang Berdiri Sendirian , novel yang penuh ketegangan, di mana kemewahan dan sukses menjadi yang paling utama, sehingga orang – orang yang mengejar hal itu sering kali menulikan telinga dari suara hatinya. Tokoh Jasmine Tiger dalam naskah Jasmine Tiger merupakan sosok yang sangat ambisius dan pekerja keras. Pengalaman pahit di masa lalu membuatnya beranggapan bahwa kebahagiaan terletak pada kekayaan dan popularitas yang harus diraihnya. Jasmine sadar betul bahwa untuk mendapatkan apa yang diinginkan harus melalui usaha yang keras. Dalam proses penciptaan karakter Jasmine Tiger, aktor menggunakan metode presentasi. Metode presentasi adalah tindakan yang mencoba untuk mengidentifikasi emosi tokoh dengan pengalaman aktor sehingga sikap aktor akan mengalir dan terbawa oleh emosi dalam bermain. Metode ini diyakini dapat membantu mewujudkan karakter Jasmine secara utuh. Proses kreatif yang digunakan untuk membangun karakter Jasmine Tiger adalah dengan memaksimalkan semua instrumen aktor (rasa, tubuh dan suara) dan komponen pelengkap lainnya seperti setting panggung, kostum, make-up dan musik ilustrasi. Proses kreatif yang disebutkan di atas termasuk menganalisis karakter Jasmine Tiger dan peran lainnya, kemudian melakukan beberapa pelatihan untuk mewujudkan karakter mereka dengan menerapkan metode akting dan teknik dalam memainkan tokoh. Proses pelatihan termasuk menyanyi, menari, berlatih beladiri, dan belajar dialek yang berbeda. Kata kunci : Jasmine Tiger, Presentas

Media 3: In vivo neuroimaging through the highly scattering tissue via iterative multi-photon adaptive compensation technique

Originally published in Optics Express on 09 March 2015 (oe-23-5-6145

Media 4: In vivo neuroimaging through the highly scattering tissue via iterative multi-photon adaptive compensation technique

Originally published in Optics Express on 09 March 2015 (oe-23-5-6145

Media 1: In vivo neuroimaging through the highly scattering tissue via iterative multi-photon adaptive compensation technique

Originally published in Optics Express on 09 March 2015 (oe-23-5-6145

Public relations in leisure facilities

TITLE: Public Relations in Leisure Time Centres AUTHOR: Kamila Müllerová DEPARTMENT: Centrum školského managementu SUPERVISOR: Ing. Bc. Blanka Pechová ABSTRACT: This bachelor thesis is aimed at finding public relations concept for leisure time centres which can be subsequently implemented by particular leisure time centre management in their own regional public relations policy. The thesis considers public relations an important tool for a successful run of a leisure time centre within the marketplace of leisure time activities and services. There are three distinctive parts of the thesis; theoretical, research and practical one. The objective of the theoretical part is to introduce the institution of the leisure time centre in general and define the main aspects of public relations subject matter. The basis for this part became findings from available literature and other sources regarding public and media relations cited as follows. The research part builds on analysis of the state, run and the true practice of PR in leisure time centres. The instrument of the research was a web-site questionnaire. The conclusion of this part serves as one of the bases for the final outcomes of the thesis. The subject of investigation became leisure time centres located in the Czech Republic. The practical part of the..

Visualization 4: Multicolor multiphoton in vivo imaging flow cytometry

Neutrophils traffic through the vasculature of mouse ear. Originally published in Optics Express on 21 March 2016 (oe-24-6-6126

Visualization 7: Multicolor multiphoton in vivo imaging flow cytometry

Voltex (left) and ObliqueSlice (right) views of the cell morphology in Fig 6b. Originally published in Optics Express on 21 March 2016 (oe-24-6-6126

Visualization 3: In vivo volumetric imaging of biological dynamics in deep tissue via wavefront engineering

Transient morphologies of the mitochondria in lymphocytes Originally published in Optics Express on 25 January 2016 (oe-24-2-1214

Visualization 5: Multicolor multiphoton in vivo imaging flow cytometry

Typical results of cross-sectional imaging of neutrophil trafficking at 2 kHz frame rate. Originally published in Optics Express on 21 March 2016 (oe-24-6-6126

DataSheet3_Systematic analysis reveals novel insight into the molecular determinants of function, diversity and evolution of sweet taste receptors T1R2/T1R3 in primates.XLSX

Sweet taste is a primary sensation for the preference and adaption of primates to diet, which is crucial for their survival and fitness. It is clear now that the sweet perception is mediated by a G protein-coupled receptor (GPCR)-sweet taste receptor T1R2/T1R3, and many behavioral or physiological experiments have described the diverse sweet taste sensitivities in primates. However, the structure-function relationship of T1R2s/T1R3s in primates, especially the molecular basis for their species-dependent sweet taste, has not been well understood until now. In this study, we performed a comprehensive sequence, structural and functional analysis of sweet taste receptors in primates to elucidate the molecular determinants mediating their species-dependent sweet taste recognition. Our results reveal distinct taxonomic distribution and significant characteristics (interaction, coevolution and epistasis) of specific key function-related residues, which could partly account for the previously reported behavioral results of taste perception in primates. Moreover, the prosimians Lemuriformes species, which were reported to have no sensitivity to aspartame, could be proposed to be aspartame tasters based on the present analysis. Collectively, our study provides new insights and promotes a better understanding for the diversity, function and evolution of sweet taste receptors in primates.</p