65 research outputs found
Estudio descriptivo del cuestionario proyectivo de Sacks. (Frases incompletas).. Anales del Instituto Nacional de Antropología e Historia. Num. 50 Tomo II (1969) Séptima Época (1967-1976)
No full textGaltung, J. 1966 Teorías y métodos de la investigación social. EUDEBA. (Ediciones previas). Buenos Aires.Garza Cantú, F. 1966 Selección psicológica en la Armada de México. Revista Médica, vol. XII, No. 46, pp. 239-83. México.Gulljksen, H. 1950 Theory of mental tests. Wiley. New York.Guttman, L. 1945 A basis for scaling qualitative data. Psychometrika, No. 10, pp. 255-82.Hayakawa, S. 1967 El lenguaje en el pensamiento y en la acción. UTEHA. México.Kahn, L., Bodine, A. y Guttman, L. 1951 Scale Analysis by means IBM equipment. Educ. Psychol. Measmt., No. 11, pp. 288-314.Likert, R. A. 1932 Technique for the measurement of attitudes. Arch. Psychol., No. 140.Rotter, J. B. 1963 Métodos de asociaciones de palabras y frases incompletas, en Anderson y Anderson. Técnicas Proyectivas del Diagnóstico Psicológico, pp. 328-63. Ed. Rialp. Madrid.Rotter, J. B., Rafferty, J. E. y Schachtitz, E. 1949 Validation of the Rotter Incomplete Sentence Blank for college screening. J. Consult. Psychol., No. 13, pp. 348-56
Genomic inbreeding measures applied to a population of mice divergently selected for birth weight environmental variance
No full textAuthor contributions: CO-M: Conceptualization, Data curation, Formal Analysis, Investigation, Methodology, Software, Visualization, Writing–original draft, Writing–review and editing. IC: Conceptualization, Investigation, Project administration, Resources, Supervision, Validation, Writing–review and editing. NF-R: Data curation, Supervision, Writing–review and editing. JPG: Conceptualization, Formal Analysis, Investigation, Methodology, Software, Supervision, Writing–review and editing.This study aimed to compare different inbreeding measures estimated from pedigree and molecular data from two divergent mouse lines selected for environmental birth weight during 26 generations. Furthermore, the performance of different approaches and both molecular and pedigree data sources for estimating Ne were tested in this population. A total of 1,699 individuals were genotyped using a high-density genotyping array. Genomic relationship matrices were used to calculate molecular inbreeding: Nejati-Javaremi (FNEJ), Li and Horvitz (FL&H), Van Raden method 1 (FVR1) and method 2 (FVR2), and Yang (FYAN). Inbreeding based on runs of homozygosity (FROH) and pedigree inbreeding (FPED) were also computed. FROH, FNEJ, and FL&H were also adjusted for their average values in the first generation of selection and named FROH0, FNEJ0, and FL&H0. ∆F was calculated from pedigrees as the individual inbreeding rate between the individual and his parents (∆FPEDt) and individual increases in inbreeding (∆FPEDi). Moreover, individual ∆F was calculated from the different molecular inbreeding coefficients (∆FNEJ0, ∆FL&H, ∆FL&H0, ∆FVR1, ∆FVR2, ∆FYAN, and ∆FROH0). The Ne was obtained from different ∆F, such as NePEDt, NePEDi, NeNEJ0, NeL&H, NeL&H0, NeVR1, NeVR2, NeYAN, and NeROH0. Comparing with FPED, FROH, FNEJ and FVR2 overestimated inbreeding while FNEJ0, FL&H, FL&H0, FVR1 and FYAN underestimated inbreeding. Correlations between inbreeding coefficients and ∆F were calculated. FROH had the highest correlation with FPED (0.89); FYAN had correlations >0.95 with all the other molecular inbreeding coefficients. NePEDi was more reliable than NePEDt and presented similar behaviour to NeL&H0 and NeNEJ0. Stable trends in Ne were not observed until the 10th generation. In the 10th generation NePEDi was 42.20, NeL&H0 was 45.04 and NeNEJ0 was 45.05 and in the last generation these Ne were 35.65, 35.94 and 35.93, respectively FROH presented the highest correlation with FPED, which addresses the identity by descent probability (IBD). The evolution of NeL&H0 and NeNEJ0 was the most similar to that of NePEDi. Data from several generations was necessary to reach a stable trend for Ne, both with pedigree and molecular data. This population was useful to test different approaches to computing inbreeding coefficients and Ne using molecular and pedigree data.Ministerio de Ciencia, Innovación y Universidades (España)Depto. de Producción AnimalFac. de VeterinariaTRUEpu
Does Preoperative Anal Physiology Testing or Ultrasonography Predict Clinical Outcome With Sacral Neuromodulation for Fecal Incontinence?
No full textFolksonomy: The Manner of Data-processing and Organization
No full textNowadays folksonomy known as a manner of data-processing and organization within the Internet is very prevalent. The author of the document and other Internet users are allowed to put a keyword – a tag which helps to sort out the necessary data within the process of information gathering. Unfortunately most of the given tags are inappropriate and do not characterize the content of the document causing the possibility to meet the useless information.
The aim of investigation was to explore Latvian websites which offer the possibilities of folksonomy and to determine how informative tags are, as well as to find out how popular among the users the allocation of tags (democratic indexing) is
Dynamic Article: Percutaneous Nerve Evaluation Versus Staged Sacral Nerve Stimulation for Fecal Incontinence
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