11. Albarella, S.; Ciotola, F.; D’Anza, E.; Coletta, A.; Zicarelli, L.; Peretti, V. Congenital Malformations in River Buffalo (Bubalus bubalis). 17. d’Ovidio, D.; Melidone, R.; Rossi, G.; Albarella, S.; Noviello, E.; Fioretti, A.; Meomartino, L. Multiple congenital malformations in a ferret (Mustela Putorius Furo). 6. Vaiman, D.; Koutita, O.; Oustry, A.; Elsen, J.M.; Manfredi, E.; Fellous, M.; Cribiu, E.P. 7. Albarella, S.; D’Anza, E.; Galdiero, G.; Esposito, L.; De Biase, D.; Paciello, O.; Ciotola, F.; Peretti, V. Cytogenetic Analyses in Ewes with Congenital Abnormalities of the Genital Apparatus. There are qualitative analyses that discover and present the representations of gender; nevertheless, feminists problem these dominant ideologies concerning gender roles and biological sex. Affected canines are usually of particular breeds thus representing a trigger of financial losses for breeders. The examine of XX SRY-unfavorable sex reversal instances is of great interest because testicular tissue develops in these topics within the absence of SRY gene, thus allowing us to deepen the knowledge of all the opposite genes concerned in the event of testes and the constructions related to the male reproductive apparatus. Sry-detrimental XX true hermaphroditism in a roe deer. 5. Pailhoux, E.; Popescu, P.; Parma, P.; Boscher, J.; Legault, C.; Molteni, L.; Fellous, M.; Cotinot, C. Genetic evaluation of 38,XX males with genital ambiguities and true hermaphrodites in pigs.

1. Albarella, S.; De Lorenzi, L.; Catone, G.; Magi, G.E.; Petrucci, L.; Vullo, C.; D’Anza, E.; Parma, P.; Raudsepp, T.; Ciotola, F.; et al. 10. De Lorenzi, L.; Arrighi, S.; Rossi, E.; Grignani, P.; Previderè, C.; Bonacina, S.; Cremonesi, F.; Parma, P. XY (SRY-optimistic) Ovarian Disorder of Sex Development in Cattle. 14. De Lorenzi, L.; Banco, B.; Previderè, C.; Bonacina, S.; Romagnoli, S.; Grieco, V.; Parma, P. Testicular XX (SRY-Negative) Disorder of Sex Development in Cat. 13. Ciotola, F.; Albarella, S.; Pasolini, M.P.; Auletta, L.; Esposito, L.; Iannuzzi, L.; Peretti, V. Molecular and Cytogenetic Studies in a Case of XX SRY-Negative Sex Reversal in an Arabian Horse. XX intercourse reversal in a llama. These histology results and the crossing information indicate that the DMY-detrimental XX intercourse reversal originating from Shirone 01 is a heritable trait. This paper studies the outcomes of the study of 4 new canine disorders of intercourse development (DSDs) XX SRY-unfavourable circumstances during which 11 copy number variations (CNVs) are noticed, five of that are never described. The goal of this research is to report the clinical, cytogenetic and molecular genetic findings of 4 XX SRY-unfavorable DSD canine circumstances. Equine disorders of sexual improvement in 17 mares together with XX, SRY-unfavourable, XY, SRY-destructive and XY, SRY-constructive genotypes.

Impaired fertility associated with disorders of intercourse improvement (DSDs) resulting from genetic causes in canine are an increasing number of steadily reported. An ovary of BC female (c) and a testis of BC male (d) are much like a normal ovary (a) and testis (b), respectively. Within the remaining six gonads (25%), we observed gonial germ cells and somatic cells, which formed testis-particular acinous buildings: precursors of seminiferous tubules in normal development (Figures 2f and h) (Kanamori et al., 1985). An efferent duct was current in the central area of the gonads. These gonads contained gonial germ cells and quite a few oocytes at different developing stages, by which the most superior oocytes had entered the diplotene stage of meiotic prophase (Figures 2a and c). Conversely, the remaining gonads had gonial germ cells, fewer oocytes at the zygotene or pachytene phases of meiotic prophase and no oocytes on the diplotene stage (Figure 2d). These gonads were just like the growing testis seen in normal development (Figure 2b). At 30 days after hatching, the BC gonads could be clearly classified into two sorts. Asterisks point out numerous sizes of oocytes on the diplotene stage (a, c). This cult nineties drama is predicated around a gaggle of fun-loving young attorneys sharing a chaotic home in south London, and the show made stars of its younger cast.

Jolie then starred as Mariane Pearl within the documentary-style drama A Mighty Heart (2007). Based on Pearl’s memoir of the same name, the film chronicles the kidnapping and homicide of her husband, The Wall Street Journal reporter Daniel Pearl, in Pakistan. Diagnosis of XX/XY Blood Cell Chimerism at a Low Percentage in Horses. 2. Szczerbal, I.; Nowacka-Woszuk, J.; Albarella, S.; Switonski, M. Technical notice: Droplet digital PCR as a brand new molecular method for a easy and reliable analysis of freemartinism in cattle. 16. Nowacka-Woszuk, J.; Szczerbal, I.; Pausch, H.; Hundi, S.; Hytönen, M.K.; Grzemski, A.; Flisikowski, K.; Lohi, H.; Switonski, M.; Szydlowski, M. Deep sequencing of a candidate region harboring the SOX9 gene for the canine XX disorder of intercourse development. 12. Villagómez, D.A.; Lear, T.L.; Chenier, T.; Lee, S.; McGee, R.B.; Cahill, J.; Foster, R.A.; Reyes, E.; St John, E.; King, W.A. This time period is becoming more fashionable as a method to explain individuals without reference to a particular cultural norm, in a way that’s extra affirming and doubtlessly much less stigmatizing than gender nonconformity (Gender Spectrum, n.