The P-scale consisting of 18 items was administered in the local language (Hindi) and used by the Counsellor along with relevant clinical and socioeconomic details. Results There were 84 women and 166 men, distributed in all the five categories. Overall, 142 patients out of 250 (56.8%) had no participation restrictions; 39 (15.6%) had mild social restrictions; 20 (8.0%) had moderate, 28 (11.2%) had severe and 21 (84%) had extreme participation restrictions. Paradoxically, there were some cases without severe deformity who are also subjected to restrictions.

Patients in Grades AZD6094 nmr 0a and 0b, had practically no severe or even moderate restrictions in their social participation, but their perceived stigma was high, requiring suitable leprosy education, family counselling and coping skills to feel confident that they were capable of normal work like any of their peers. Counselling became more intensive in Grade 1 and

for almost all in Grade 2, who experienced moderate to severe restrictions in meeting new people, participating in social activities and indulging in socioeconomic activities. Counselling for such groups of patients required multiple approaches, including in-depth leprosy education for regular treatment, self-care measures, mobilisation of coping skills, self-confidence and acceptance counselling, and follow-up counselling for those released from treatment after multidrug therapy. Conclusions &

Recommendations The P-scale BLZ945 order provides essential information JNK-IN-8 to enable a Counsellor to offer more meaningful and balanced counselling to leprosyaffected people, especially in coping with enacted stigma. Education oriented counselling and psychological supportive counselling are necessary adjuncts for clinical care and treatment. Client-oriented counselling allows clients to freely express their fears and anxieties, and promotes coping skills and confidence.”
“AKT3 (v-akt murine thymoma viral oncogene homolog 3) is located at chromosome 1q44 and encodes a 479 amino acid protein, a member of the protein kinase B (PKB) family. This gene is frequently involved in 1q44 deletion syndrome in patients with microcephaly, intellectual disability, and dysmorphic features. Phenotype and genotype studies of patients with 1q44 deletion syndrome have suggested that deletion of the AKT3 gene is responsible for the microcephaly in these patients. However, the phenotype of pure AKT3 deletion has not been studied. We report on a 1q44 deletion involving only AKT3 in a boy and his father. The boy has microcephaly, hypotonia, feeding difficulties, developmental delay, and minor dysmorphic features. His father does not have microcephaly and is of normal intelligence.