Mark obviously says that all of the disciples of Jesus desert him and flee (Mark 14:50). Mark, however, introduces a young man as a new character who was following Jesus like other disciples and fled naked before Jesus’s suffering. This young man is the most enigmatic character in Mark. In particular, the young man never appears in other Gospels. For this reason, the young man’s identity and his conduct has been a topic of longstanding dispute among scholars. Some regard him as historical figures, one of Jesus’ own disciples like John the son of Zebedee, James the Lord’s brother, or John Mark. They consider him as witness of Jesus. Others take the young man to be symbolic figures like an angel, Jesus himself, Christian initiate, and a representative of disciples’ reality. In this work, I suggest that the young man is Mark’ literary creation by imitating Homeric model of Elpenor. Mark relies on a specific genetic model, not on historical reports of witness or symbolic interpretation. Mark’s literary intention by using Homer’s Elpenor is to substitute his own value for Homer’s. The idea of the afterlife in Homeric epics is replaced to Christianized the concept of the afterlife that is resurrection. In addition, the identity of the young man is Mark’s creation as a stand-in to substitute for Jesus and exculpate him from responsibility for not warning his disciples before the Jewish Temple destruction. According to Mark’s Gospel, Jesus himself told his disciples in advance. Moreover, the young man in Jesus’s empty tomb provides the three women with the message of Jesus to escape from the tragic incident. Therefore, nobody would blame Jesus for the suffering of the Jerusalem Church in Jewish war. The women’s failure to transmit the message doomed Jesus’ followers to the carnage of the war. The identity of the young man in Mark’s Gospel can be detected by considering Mark’s literary model and his mimetic achievement. As a creative and skillful author, Mark imitates well-known model in Greco-Roman literary world. Mark, however, does not just copy of the model; Mark emulates and transforms it to replace the concept of the afterlife. In addition, Mark’s mimetic achievement in the episode of the young man is to convey the supremacy of Jesus by exculpating him from responsibility not saving his followers from the catastrophe. Mark’s Gospel is the response for the issue. In sum, Mark’s dependence on Homer explains the most enigmatic character and scene in Mark.

Thesis (M.Sc. (Animal production)) --University of Limpopo, 2011 / A study was conducted to examine the effect of protein level of the diet of Naked neck hens on egg production, hatchability and chick productivity. The first part of the experiment determined the effect of protein level on feed intake, number of eggs produced, egg weight, egg white nitrogen content, egg yolk nitrogen content, egg hatchability and chick hatch-weight. A total of 25 hens aged 30 weeks were confined in cages and fed diets differing in protein content. A complete randomized design, comprising of diets differing in protein levels (P12.94%, P13.94%, P14.38%, P15.75% and P18.13% CP), replicated five times with one hen in each replicate was used. Semen was collected from one cock to fertilize all hens. Protein level had an effect on (P<0.05) feed intake and egg white nitrogen content. However, protein level of the diet of hens had no effect(P>0.05) on the number of eggs produced, egg white nitrogen content, egg yolk,egg weight, egg hatchability and chick hatch-weight. Quadratic analyses indicated that feed intake, number of eggs produced, egg weight, egg white nitrogen content, egg yolk nitrogen content, hatchability and chick hatch-weight were optimized at different protein levels of 14.7 (r2 = 0. 623),14.9 (r2 = 0.568),13.9 (r2 = 0.094), 18.2 (r2 = 0.563), 15.1(r2 = 0.424), 15.9 (r2 = 0.451) and 15.9 %(r2 = 0.898) , respectively. The second part of the experiment determined the effect of protein level of hens on productivity of their progenies from a day old up to 13 weeks of age. A total of 95 chicks hatched from the first part of the study were assigned to 20 floor pens according to the number of chicks hatched. Chicks had an average initial live weight of 35 ± 2 g per bird. The chicks were fed the same commercial grower diet and fresh water ad libitum up to seven weeks of age. Protein level of the diet of Naked neck hens had an effect (P<0.05) on feed intake, live weight and feed conversion ratio of chicks from a day old up to seven weeks of age. However, protein level of the diet of Naked neck hens had no effect (P>0.05) on growth rate and mortality of chickens from a day old to seven weeks of age. Feed intake, feed conversion ratio, growth rate and mortality of chickens were optimized atdifferent protein levels of 15.8 (r2 = 0.298), 16.1 (r2 = 0.236), 16.1 (r2 = 0.077) and 14.3 % (r2 = 0.617), respectively. Protein level of the diet of Naked neck hens had no effect (P>0.05) on feed intake, growth rate and feed conversion ratio of both their male and female progenies between eight and 13 weeks of age. Protein levels of the diet of hens had an effect (P<0.05) live weight of their male progenies and carcass weights of both their male and female progenies at 13 weeks of age. However, the level of protein of the diet of hens had no effect (P>0.05) on live weight of their male progenies, and breast meat yield, breast meat nitrogen content and fat pad weight of both their male and female progenies at 13 weeks of age. Live weight,breast meat yield, breast meat nitrogen content and fat pad weight of their male progenies at 13 weeks of age were optimized at different protein levels of the diets of hens of 18.9 (r2 = 0.666), 15.6 (r2 = 0.081), 15.4 (r2 = 0.786) and 17.7 %(r2 = 0.775), respectively. Similarly, live weight, carcass weight, breast meat yield, breast meat nitrogen content and fat pad weight of their female progenies at 13 weeks of age were optimized at different protein levels of 15.7 (r2 = 0.294),15.4 (r2 = 0.180), 15.8 (r2 = 0.059), 15.1 (r2 = 0.882) and 16.1 % (r2 = 0.405), respectively. It is concluded that protein level of the diet of the hen may affect its productivity and that of its progeny. However, the calculated protein levels for optimum productivity will depend on the production parameter in question. / National Research Foundation

This thesis summarizes a study of higher-dimensional distorted objects such as a distorted 5-dimensional Schwarzschild-Tangherlini black hole. It considers a particular type of distortion corresponding to an external, static distribution of matter and fields around this object. The corresponding spacetime can be presented in the generalized Weyl form which has an RxU(1)xU(1) group of isometries. This is a natural generalization of the 4-dimensional Weyl form which was presented in the paper by Emparan and Reall [1]. In the frame of this generalized Weyl form one can derive an exact analytic solution to the Einstein equations which describes the non-linear interaction of the black hole with external matter and gravitational fields. This research focuses on the effects of such interaction on the event horizon and the interior of the black hole. A similar study was presented in the papers [2] for 4-dimensional neutral black holes, where special duality relations between a neutral black hole horizon and singularity were derived. In relation to this work it is interesting to study which properties of distorted black holes remain present in the 5-dimensional case. This thesis also gives an investigation of the d-dimensional Fisher solution which represents a static, spherically symmetric, asymptotically flat spacetime with a massless scalar field. This solution has a naked singularity. It is shown that the d-dimensional Schwarzschild-Tangherlini solution and the Fisher solution are dual to each other. [1] R. Emparan and H. S. Reall, Phys. Rev. D, 65, 084025 (2002). [2] V. P. Frolov and A. A. Shoom, Phys. Rev. D, 76, 064037 (2007).

This paper seeks to fill a gap in the literature regarding the consequences of banning ‘naked’ Credit Default Swaps (CDS). In particular, I use the European Union’s Ban on ‘naked” Sovereign CDS as an event study to evaluate the impact that banning such derivative products has on the price discovery process in the credit markets. Using both Granger Causality tests and a Vector Error Correction Model, I find that before November 1, 2012, CDS are the clear price leader in the credit markets. However, since the official date the regulation was put into effect, CDS’ price leadership was eroded. Moreover, after the ban, CDS and Bond Yield Spreads are no longer cointegrated in the long run, suggesting that different pricing mechanisms now exist between the two securities

Background: The naked mole-rat (NMR) is a long-lived and cancer resistant species. Identification of potential anti-cancer and age related mechanisms is of great interest and makes this species eminent to investigate anti-cancer strategies and understand aging mechanisms. Since it is known that the NMR expresses higher liver mRNA-levels of alpha 2-macroglobulin than mice, nothing is known about its structure, functionality or expression level in the NMR compared to the human A2M. Results: Here we show a comprehensive analysis of NMR- and human plasma-A2M, showing a different prediction in glycosylation of NMR-A2M, which results in a higher molecular weight compared to human A2M. Additionally, we found a higher concentration of A2M (8.3±0.44 mg/mL vs. and 4.4±0.20 mg/mL) and a lower total plasma protein content (38.7±1.79 mg/mL vs. 61.7±3.20 mg/mL) in NMR compared to human. NMR-A2M can be transformed by methylamine and trypsin resulting in a conformational change similar to human A2M. NMRA2M is detectable by a polyclonal antibody against human A2M. Determination of tryptic and anti-tryptic activity of NMR and human plasma revealed a higher anti-tryptic activity of the NMR plasma. On the other hand, less proteolytic activity was found in NMR plasma compared to human plasma.

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The purpouse of the thesis was compared the comparison in the yields of hulled and naked verifield varieties and new breeding genotypes of oats. The research was conducted in the breeding station Selgen Krukanice and and it was mainly focused on the main elements of yieĺd - number of plants, cuttings, and lat per m2, toatal grain yield, the number of grains per panicle, and the quality of grain - weight of thousand grains, density and share of fixed plugs. Results of the main elements of yield was average at all genotypes of oat, qualitative parametres wasslighty below average, the reason wast dry and warm weather. Also was found good health of oats, cause of weather, that was not favorable for disease development.

The theme of this thesis is a comparison of the yield capability naked and hulled oat varieties. The work is divided into two sections. The first half of this thesis is devoted to literature search. The second part of this thesis describes the actual experiment, which was carried out in 2012 on the farm school University of South Bohemia (České Budějovice). 10 varieties of oats, 4 of them naked varieties and 6 hulled varieties, was used for this experiment. Highest average yield of hulled varieties reached Vok variety (3.85 tons per ha) and of naked varieties with a yield of 3.43 tons per hectare the Otakar variety. The average thousand grain weight was in naked varieties 28,7 grams and 33,4 grams hulled varieties. Number of grains per panicle reached 57 grains on average in nude varieties and 55 grains on average in hulled varieties. in nude varieties averaged 57 grains and 55 grains of hulled varieties.

On the basis of experiment was performed an evaluation of yield production of the selected spectrum of naked and hulled oat varieties. There were compared time-tested varieties to new varieties registered in the list of recommended varieties in 2013. At the same time were compared methods of yield production of hulled oat and naked oat. After evaluation of real yield was informatively compared the amount of raw food materials obtained from naked oat with the oat rice obtained from hulled oat by hulling machine.