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This exegetical essay and 'companion' short fictions examines intertextual representations of Canis lupus familiaris’ from Homer to the present. As part of a larger short fiction project exploring life-long relationships between human and nonhuman creatures, I aim to explore how certain narrative techniques (intertextuality, fable, hyper-anthromorphism and other writerly modes identified by Ursula Le Guin, Jane Bennett, Anna Tsing and others) best (1) support re-voiced, silenced animal others; and (2) portray the dialogical ‘mesh’ of creaturely encounters. That is to say, how can imaginative narrative mechanics, as explored by Le Guin, Bennett, Tsing, Harriet Tarlo, Deborah Levy and others, problematise literary representations of domesticated creatures? Evoking both historical and future arcs of the Anthropocene, the stories aim to subtly shift fixed notions of power and exchange between human and non-human creatures. The double short story sequence ‘First Dog, Last Dog’ explores interdependencies between domesticated animals and humans. The first story, ‘The Death of the First Dog’, re-reads and quotes from Homer’s The Odyssey and the encounter between Odysseus and his aged hunting dog Argos. Its companion piece, ‘The Carrying’, is set in a speculative future. Exploiting qualities of the Borghesian fable, both tales are interspecies tales of love and loss. This work was read at the 2018 Melbourne Writers Festival ‘Animal Church’

The double short story sequence ‘First Dog, Last Dog’ explores interdependencies between domesticated animals and humans. The first story, ‘The Death of the First Dog’, re-reads and quotes from Homer’s The Odyssey and the encounter between Odysseus and his aged hunting dog Argos. Its companion piece, ‘The Carrying’, is set in a speculative future. Exploiting qualities of the Borghesian fable, both tales are interspecies tales of love and loss. This work was read at the 2018 Melbourne Writers Festival ‘Animal Church’ event curated by Dr Laura McKay.

Heat stress reduces fertility of high-producing dairy cows, and early administration of equine chorionic gonadotropin (eCG) may improve it. Here, 401 heat-stressed, high-producing dairy cows on a single commercial farm were given eCG (500 UI, n = 214) or saline (n = 187) on days 11–17 after calving, and the effects on fertility after the first artificial insemination (AI) were assessed. On post-partum day 96.34 ± 9.88, all cows were inseminated after a “double short Cosynch” synchronization protocol. Ovarian activity and uterine status were checked by ultrasound on the day of eCG administration and every 7 days thereafter for a total of 3 weeks; checks were also performed during synchronization, and 7 days after AI. On post-partum day 30, cytobrush uterine cytology was performed to check for subclinical endometritis. Pregnancy status was checked on days 30 and 60 after AI. The eCG and control groups did not differ significantly in terms of average lactations per cow (2.33 ± 1.34), days in milk at first AI (96.33 ± 9.88), average milk yield at AI (41.38 ± 7.74 L), or the particular inseminator or bull used for AI. The eCG and control groups showed increasing ovarian activity with time, with approximately 75% of cows in both groups showing a corpus luteum at the beginning of the synchronization protocol. On post-partum day 30, 17.4% of eCG cows and 22.9% of control cows showed subclinical endometritis. Cows treated with eCG showed a tendency toward lower hyperecogenic intraluminal content (16.8 vs. 21.4%, P = 0.15), but ovarian activity during the synchronization protocol was similar between eCG and control groups, with 91% of animals in both groups showing luteolysis after prostaglandin application and 88% showing ovulation after the last administration of gonadotropin-releasing hormone. Fertility was similar between the two groups at both time points after AI (30 days, 34.9 vs. 31.8%; 60 days, 30.6 vs. 28.5%; P > 0.2). These results suggest that early postpartum eCG

Heat stress reduces fertility of high-producing dairy cows, and early administration of equine chorionic gonadotropin (eCG) may improve it. Here, 401 heat-stressed, high-producing dairy cows on a single commercial farm were given eCG (500 UI, n = 214) or saline (n = 187) on days 11–17 after calving, and the effects on fertility after the first artificial insemination (AI) were assessed. On post-partum day 96.34 ± 9.88, all cows were inseminated after a “double short Cosynch” synchronization protocol. Ovarian activity and uterine status were checked by ultrasound on the day of eCG administration and every 7 days thereafter for a total of 3 weeks; checks were also performed during synchronization, and 7 days after AI. On post-partum day 30, cytobrush uterine cytology was performed to check for subclinical endometritis. Pregnancy status was checked on days 30 and 60 after AI. The eCG and control groups did not differ significantly in terms of average lactations per cow (2.33 ± 1.34), days in milk at first AI (96.33 ± 9.88), average milk yield at AI (41.38 ± 7.74 L), or the particular inseminator or bull used for AI. The eCG and control groups showed increasing ovarian activity with time, with approximately 75% of cows in both groups showing a corpus luteum at the beginning of the synchronization protocol. On post-partum day 30, 17.4% of eCG cows and 22.9% of control cows showed subclinical endometritis. Cows treated with eCG showed a tendency toward lower hyperecogenic intraluminal content (16.8 vs. 21.4%, P = 0.15), but ovarian activity during the synchronization protocol was similar between eCG and control groups, with 91% of animals in both groups showing luteolysis after prostaglandin application and 88% showing ovulation after the last administration of gonadotropin-releasing hormone. Fertility was similar between the two groups at both time points after AI (30 days, 34.9 vs. 31.8%; 60 days, 30.6 vs. 28.5%; P > 0.2). These results suggest that early postpartum eCG

We present the results of a study of the star HD 34736. The spectropolarimetric observations carried out at the 6-m telescope showed the presence of a strong variable longitudinal magnetic field, exceeding -4500 G. The analysis of the HIPPARCOS photometry gives a set of possible periods of the brightness variability of the star, of which 0.3603 days is preferred. The variable radial velocity of spectral lines of the star and some signatures of lines of at least one other component show that HD 34736 is a double short-period system. Modeling of the spectra allowed us to estimate the effective temperature $T_{eff}$ of the stars (13 700 and 11 500 K) and their projected rotational velocities $v\sin i$ (73 and $\geq90$ km s$^{-1}$). The analysis of all the available information about the star allows us to hypothesize that the object of study is a close, possibly interacting binary system., Comment: 10 pages, 2 tables, 4 figures, 26 references. Accepted to Astrophysical Bulletin

We present a new method for computing the Konishi anomalous dimension in N=4 SYM at weak coupling. It does not rely on the conventional Feynman diagram technique and is not restricted to the planar limit. It is based on the OPE analysis of the four-point correlation function of stress-tensor multiplets, which has been recently constructed up to six loops. The Konishi operator gives the leading contribution to the singlet SU(4) channel of this OPE. Its anomalous dimension is the coefficient of the leading single logarithmic singularity of the logarithm of the correlation function in the double short-distance limit, in which the operator positions coincide pairwise. We regularize the logarithm of the correlation function in this singular limit by a version of dimensional regularization. At any loop level, the resulting singularity is a simple pole whose residue is determined by a finite two-point integral with one loop less. This drastically simplifies the five-loop calculation of the Konishi anomalous dimension by reducing it to a set of known four-loop two-point integrals and two unknown integrals which we evaluate analytically. We obtain an analytic result at five loops in the planar limit and observe perfect agreement with the prediction based on integrability in AdS/CFT., Comment: 42 pages, 7 figures; v2: reference added, minor corrections

Udgivelsesdato: 1996-Apr-2, DNA from the double short tandem repeat (STR) system MBP (locus 18q23-pter) was amplified by the polymerase chain reaction (PCR) and the two polymorphic repeat systems were separated by cutting with the restriction enzyme NlaIII. The lengths of the DNA fragments of the two MBP STR systems MBP-A and MBP-B were analyzed by vertical electrophoresis in polyacrylamide gels followed by silver staining. DNA samples from 112 unrelated Danes, 140 unrelated Greenland Eskimos, and 88 Danish mother/child pairs were analyzed. The distributions of MBP phenotypes were in Hardy-Weinberg equilibrium in both the Eskimo and Danish populations. Significant differences were observed between the distribution of fragments ('alleles') in Greenland Eskimos and in Danes. The allele MBP-A7 was considerably more frequent in Eskimos (0.2214) than in Danes (0.0775) and also the allele MBP-B9 was considerably more frequent in Eskimos (0.225) than in Danes (0.06). Strong gametic associations were found between fragments from MBP-A and MBP-B series in both Danes and Eskimos. Some of the associations were different in Danes and Eskimos. In the 88 Danish mother/child pairs, the segregation of the MBP genotypes were in accordance with a genetic model of co-dominant inheritance and no mutation was found. Two MBP STR regions with irregular structures were sequenced. One fragment had a single base G to A transition at position 124 in the primer binding region between the MBP-A and MBP-B regions. In the other fragment, a deletion starting at position 117 and including the primer binding region between MBP-A and MBP-B regions was found.

The object of this thesis is to describe the features of laments in Aeschylus, Sophocles and Euripides. Comparison of the specific meters, structure and content of laments reveals essential similarities. The likeness of laments suggests that they may be considered to be a structural part of tragedy in the same way as rheseis, parodoi and messenger speeches. Four aspects of the laments are considered for comparison: the occasion, strophic structure, meters and content. The occasion combines the dramatic action, which is usually lamentation for a recent death, and the location of the lament in the play, which is invariably near the end. The structure of laments combines the antiphony of ritual laments in actual life and the strophic regularity of tragic odes into a bipartite form. The two parts contain different rates and styles of antiphonal exchange as well as different meters. The meter of one part is double-short, and the meter of the second part is single-short, lyric iambs with occasional dochmiacs. The content of laments is considered in two categories: the topoi of lamentation and the repeated linguistic features such as anaphora. The full laments which contain these elements are: Persians 908-1077, Seven 961-1004, Oedipus Coloneus 1670-1750, Oedipus Tyrannus 1307-1366, Antigone 1261-1346, Euripides' Suppliants 1114-1164, Troiades 1287-1352 and Andromache 1173-1225. The characteristic elements of laments are used by all three tragedians in full laments toward the end of the play for the combined emotional and climatic effect. When lamentation occurs at a different part of the play, the lament contains many of the original features, but it is modified or reduced according to the dramatic situation and characters. Reduced laments are useful because they can suggest past or future lamentation and color the present scene without bringing the play to a full climax when the action is not complete. Some reduced laments deviate slightly from the full lament in exactly