The goal of this manuscript is to encourage Division 17 and counseling psychology students to evaluate the purpose and clarify the mechanisms of the Division 17 Student Affiliate Group (SAG). Survey data collected from 125 postgraduates... more
The goal of this manuscript is to encourage Division 17 and counseling psychology students to evaluate the purpose and clarify the mechanisms of the Division 17 Student Affiliate Group (SAG). Survey data collected from 125 postgraduates and 377 students (representing 35 counseling psychology training programs) were analyzed to assess the relationship between student membership in SAG and postgraduate membership in Division 17. In addition to SAG and Division 17 membership status and intentions, the survey qualitatively assessed student opinions about the viability of SAG within Division 17. Results indicate that among postgraduates, SAG membership is significantly correlated with current Division 17 membership, and that current SAG members are somewhat more likely than nonmembers of SAG to state intentions to join Division 17. These results and the summary of the qualitative comments are discussed in terms of perceptions of the extent to which SAG fulfills its role as the link betwe...
Research Interests:
Research Interests:
Polycrystalline ceria doped with several rare‐earth oxides (, and ) at various concentrations were fabricated. Conductivity was measured by ac admittance and dc four‐probe methods. The conductivity was separated into grain and grain... more
Polycrystalline ceria doped with several rare‐earth oxides (, and ) at various concentrations were fabricated. Conductivity was measured by ac admittance and dc four‐probe methods. The conductivity was separated into grain and grain boundary contributions using complex admittance ...
Research Interests:
The mouse Brachyury (T) gene is required for normal development of axial structures. Embryos homozygous for the T mutation show severe deficiencies in mesoderm formation. They lack the notochord and allantois, have abnormal somites, and... more
The mouse Brachyury (T) gene is required for normal development of axial structures. Embryos homozygous for the T mutation show severe deficiencies in mesoderm formation. They lack the notochord and allantois, have abnormal somites, and die at approximately 10 days postcoitum probably as a result of the allantois defect. Mice heterozygous for the T mutation exhibit a variable short-tailed phenotype. The T gene has been cloned and shown to be expressed in the tissues most strongly affected by the mutation. In this paper, we show that a single-copy transgene representing the wild-type T allele is able to rescue the T-associated tail phenotype. In addition, we show that increasing dosage of the T gene in Tc/+ mice causes an increased extension of the axis. These data show the correlation of the level of T product with the extension of the anteroposterior axis, directly demonstrating the involvement of the T product in this process.