PURPOSE The burden of cancer is increasing globally, with poor outcomes in terms of morbidity and mortality in patients, especially in low- and middle-income countries. Lack of awareness of the risk factors, symptoms, and signs of common cancers in addition to inadequate cancer prevention programs at the community level are a major hindrance to the early detection of cancer. METHODS A cross-sectional study was conducted in the North East Region (NER) of India, with a sample population of 1,400 participants from Assam (n = 1,000), Meghalaya (n = 200), and Nagaland (n = 200). The questionnaire developed for the study consisted of sociodemographic profile, knowledge about cancer (oral, breast, and cervical), its warning signs, risk factors, and attitude toward cancer screening. Statistical analysis was performed using STATA version 13.0. RESULTS Among all the participants, 59% had heard about oral cancer, 50% about breast cancer, and 31% about cervical cancer. A limited understanding of risk factors, symptoms, and signs was reported for oral cancer (45%), breast cancer (54%), and cervical cancer (63%). A total of 34% of participants were aware of cancer screening. Among those who were aware of cancer screening, only six people had undergone any form of cancer screening, and 71% cited media as the major source of information. CONCLUSION The level of cancer awareness is low in the NER. A multipronged approach is needed with assistance from government and nongovernment organizations for training, providing adequate human resources and equipment, and developing cancer screening infrastructure. This needs to be coupled with mass media communication and interpersonal communication through frontline health workers.

INTRODUCTION Tobacco use is a major risk factor for cancer and other non-communicable diseases and is the single largest cause of preventable deaths worldwide causing premature death. There are various laws and legislations for tobacco control in India. The Cigarettes and Other Tobacco Products Act (COTPA) 2003 was enacted in 2004 but is not enforced rigorously. The aim of this study was to determine any violation of COTPA Section 4 (prohibition of smoking in public places) around educational institutions and Section 6b (prohibition of sale of tobacco products near educational institutions). METHODS A cross-sectional, observational study was conducted in 307 schools and colleges selected across 12 districts in 5 states in India. Data were collected by the tobacco control coordinators. From the centre of the city, the coordinators travelled in four different directions to a maximum distance of 10 km radius. Along the path, any educational institutions that were encountered were surveyed for violation of COTPA Sections 4 and 6b. RESULTS Out of 307 schools surveyed across the five states, an average of 85% of the schools violated Section 4 and an average of 69% violated Section 6b. CONCLUSIONS A coordinated effort by all stakeholders, especially by the police, educational institutions, and the community, is required. Adherence to the guidelines on Tobacco-Free Educational Institutions can improve the implementation of COTPA in and around educational institutions.

Background Areca nut is the fourth most commonly used psychoactive substance worldwide after tobacco, alcohol and caffeine. In India, it is perceived in various ways, ranging from a ‘fruit of divine origin’ in Hindu religious ceremonies to a mouth freshener. Areca nut use both on its own and with tobacco additives is addictive. The aim of this study was to understand the pattern of areca nut consumption, to determine the Knowledge, Attitude and Practices (KAP) among areca nut users and the dependency associated with areca nut use. Methods A cross sectional study was conducted in Guwahati, Assam using a self-administered questionnaire eliciting the pattern of areca nut consumption, KAP among users and understanding their dependency using Betel Quid Dependence Scale. The chewers of areca nut alone with or without betel quid, gutkha and tobacco participated in the study. Areca nut users were selected using purposive sampling method from the vendor shops of all the four assembly areas of the city. Their participation was voluntary and free not to answer or quit the survey. The data was analysed using SPSS software. Results A total of 500 participants were approached in all four areas, 479 completed the survey (response rate 95%). The people who participated in the study were mostly male with an average age of 40 years, educated to secondary level or higher, married and self-employed. Betel quid with tamul was the most prevalent form of areca nut chewing in both men and women. About 441 (92%) participants experienced pleasure when chewing areca nut and 327 (68%) chewed it to relieve stress. Only 86 (18%) of subjects had ever tried to quit chewing areca nut and 387 (81%) thought that it was highly addictive. The results revealed relatively high levels of endorsement for ‘physical and psychological urgent need’ (mean = 43%) and ‘increasing dose’ (mean = 50%), whereas endorsement level for ‘maladaptive use’ was low (mean = 16%). Conclusion Areca nut use (tamul) is of major concern in India and many Southeast Asian countries and its use has been increasing across the globe. The evidence suggests a dependence similar to tobacco use and policy makers need to refine its strategy for control of its use by engaging with multiple stakeholders and adapting it to local context with surveillance and cessation guidelines in order to address this issue.

Background:The technology enabled distributed model in Kerala is based on an innovative partnership model between Karkinos Healthcare and private health centers. The model is designed to address the barriers to cancer screening by generating demand and by bringing together the private health centers and service providers at various levels to create a network for continued care. This paper describes the implementation process and presents some preliminary findings. Methods: The model follows the hub-and-spoke and further spoke framework. In the pilot phases, from July 2021 to December 2021, five private health centers (partners) collaborated with Karkinos Healthcare across two districts in Kerala. Screening camps were organized across the districts at the community level where the target groups were administered a risk assessment questionnaire followed by screening tests at the spoke hospitals based on a defined clinical protocol. The screened positive patients were examined further for confirmatory diagnosis at the spoke centers. Patients requiring chemotherapy or minor surgeries were treated at the spokes. For radiation therapy and complex surgeries the patients were referred to the hubs. Results: A total of 2,459 individuals were screened for cancer at the spokes and 299 were screened positive. Capacity was built at the spokes for cancer surgery and chemotherapy. A total of 189 chemotherapy sessions and 17 surgeries were performed at the spokes for cancer patients. 70 patients were referred to the hub. Conclusion: Initial results demonstrate the ability of the technology Distributed Cancer Care Network (DCCN) system to successfully screen and detect cancer and to converge the actions of various private health facilities towards providing a continuum of cancer care. The lessons learnt from this study will be useful for replicating the process in other States.

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