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Introduction The textile industry is one of the largest economic activities. Still, the laborers involved in it are exposed to various health-damaging air pollutants, putting them at risk of health issues including morbidities of the respiratory system. Therefore, this study aimed to assess the pulmonary function parameters of the workers involved in textile manufacturing-related jobs. Methodology A cross-sectional study was carried out among adult individuals who had been working in textile manufacturing-related jobs as their main work. The details such as sociodemographic, clinical, workplace conditions, and smoking habits were collected, as well as chest auscultation and lung spirometry using a hand-held spirometer. The participants who had normal and abnormal lung function patterns were statistically analyzed for potential influencing factors. Results The findings of the study conducted from 95 eligible participants identified that the pulmonary function parameters assessed by spirometry were in the abnormal range among 84 (88%) participants. Around 72 (82%) of them had a restrictive pattern, and six (6%) had both restrictive and obstructive (mixed) patterns of lung disease. Smokers and those who lacked cross-ventilation and/or fresh source of air in the workplace were more likely to have abnormal lung function. Participants who had their workplace and residence as same had significantly 6.44 (95% CI: 1.24, 33.36) times higher odds of having abnormal lung function in spirometry. Conclusion As workers involved in household-run textile manufacturing jobs are found to be at a higher risk of developing abnormal lung function, using personal protective equipment, following occupational safety measures, and improving the working environment to acceptable standards are essential to safeguard the respiratory health of laborers in such unorganized sectors.
RESUMO
The ternary-arsenide compound BaCo2As2was previously proposed to be in proximity to a quantum-critical point where long-range ferromagnetic (FM) order is suppressed by quantum fluctuations. Here we report the effect of Ir substitutions for Co on the magnetic and thermal properties of Ba(Co1-xIrx)2As2(0 ≤ x ≤ 0.25) single crystals. These compositions all crystallize in an uncollapsed body-centered-tetragonal ThCr2Si2structure with space groupI4/mmm. Magnetic susceptibility measurements reveal clear signatures of short-range FM ordering for x ≥ 0.11 below a nearly composition-independent characteristic temperatureTcl≈ 13 K. The small variation ofTclwith x, thermomagnetic irreversibility between zero-field-cooled and field-cooled magnetic susceptibility versusT, the occurrence of hysteresis in magnetization versus field isotherms at low field and temperature, and very small spontaneous and remanent magnetizations < 0.01 µB/f.u. together indicate that the FM response arises from short-range FM ordering of FM spin clusters as previously inferred to occur in Ca(Co1-xIrx)2-yAs2. Heat-capacityCp(T) data do not exhibit any clear feature aroundTcl, consistent with the very small moments of the FM clusters. TheCp(T) in the paramagnetic temperature regime 25-300 K is well described by the sum of a Sommerfeld electronic contribution and Debye and Einstein lattice contributions where the latter lattice contribution suggests the presence of low-frequency optic modes associated with the heavy Ba atoms in the crystals.
RESUMO
Children with complex communication needs (CCN) develop severe limitation in communication functioning due to restricted access to environment, limited interactions with their communication partners, and few opportunities for communication (Light, 1997). In order to overcome these challenges and to enhance communication abilities, Augmentative Alternative Communication (AAC) can be introduced in intervention. This single case study reports the improvements in communication skills when the child made a transition from a communication book to an iPad speech generating app. Participant was a 7 year old child with multiple disability and CCN who was undergoing intervention using communication book and transited to an AAC app namely AVAZ. A comparison of pre and post-therapy communicative function was carried out using tool Communication Matrix to understand the improvement. When the child made transition from a communication book to a iPad speech generating AAC app, significant improvement was observed in all communicative functions namely refusal, obtaining, social purpose and for gathering information. After a total of 10 training sessions, the child advanced from level of using concrete symbols to a level of "Language" i.e. using a combination of abstract symbols for communication. This case report indicated that transition to an iPad AAC app had significant benefits on improving communication skills which in turn had positive impact on linguistic and literacy skills. Consequently, an improvement in levels of motivation and confidence was noted. Hence, providing access to the appropriate AAC device/technology in ongoing intervention is the foundation to building effective communication skills. Implications for rehabilitationImportance of ongoing assessments to understand the varying communication demands of AAC user.The timely decision of selecting appropriate AAC devices.Transition to appropriate AAC device to address higher communicative functions.Documenting evidence-based practices using AAC in a developing country like India.
