Crowdsourcing to increase hepatitis B and C testing and reduce hepatitis stigma among medical students in Bangladesh.

This study addresses the pervasive challenges of low hepatitis B (HBV) and hepatitis C (HCV) testing rates coupled with the stigma associated with these diseases in low- and middle-income countries (LMICs) with a special focus on Bangladesh. This study aims to introduce an innovative crowdsourcing intervention that involves medical students, a crucial cohort with the potential to shape healthcare attitudes. Through a structured crowdsourcing approach, the study designs and implements a digital intervention to counter stigma and promote testing among medical students in Dhaka, Bangladesh. Participants submitted brief videos or texts aiming to encourage hepatitis testing and reduce stigma. The call, advertised through meetings, emails, and social media, welcomed entries in English or Bengali over 3 weeks. A panel of six judges evaluated each entry based on clarity, impact potential, innovation, feasibility, and sustainability, awarding prizes to students behind the highest-rated submissions. Seventeen videos and four text messages received an average score of 5.5 among 440 surveyed medical students, predominantly 22 years old (16%) and in their fourth year (21%). After viewing, 360 students underwent screening, identifying two previously undiagnosed HBV cases referred for care; no HCV infections were found. Notably, 41% expressed concerns about individuals with HBV working in hospitals or having a doctor living with HBV. In conclusion, this pilot showcases the power of medical students in spearheading campaigns to counter hepatitis stigma and encourage testing. By utilizing crowdsourcing, the study introduces an innovative approach to a persistent issue in LMICs specially in Bangladesh, offering a model that could potentially be adapted by other regions grappling with similar challenges.

Creative social media use for Covid-19 prevention in Bangladesh: a structural equation modeling approach.

In recent years, information dissemination has been quicker than earlier years with the sky-high development of diverse social media platforms, e.g., Facebook, WhatsApp, Twitter, YouTube and so on, which are more used in creative production. This advancement of social media disclosures has numerous merits and demerits to prevent and control contagious diseases like the Covid-19 pandemic. In this respect, this research scrutinizes the role of creative social media use in preventing the Covid-19 outbreak in Bangladesh utilizing the structural equation modeling (SEM) approach. To this end, this study uses an online survey from June to October 2020 engaging 265 (N = 265) Bangladeshi people as respondents at different ages. The study results establish that creative social media use helps enhance the knowledge of Covid-19 precautions online, and this pertinent knowledge contributes to preventing Covid-19 outbreak in Bangladesh. It implies that creative social media use has a significant indirect effect on Covid-19 prevention, whereas knowledge of Covid-19 precautions online mediates this relationship between creative social media use and Covid-19 prevention. The results also discover that the educational level of the people has a significant direct and positive impact on Covid-19 prevention. Therefore, the study suggests more creative use of social media in preventing the spread of the Covid-19 epidemic in Bangladesh.

Combination therapy with antiviral drugs and hepatitis B vaccine in incidentally-detected and asymptomatic chronic hepatitis virus B carriers at Bangladesh.

Abstract Asymptomatic chronic hepatitis B virus (HBV) carriers are at risk of developing complications of liver disease, but these patients are not recommended for treatment with antiviral drugs. In fact, antiviral drugs are ineffective in these patients in the immune tolerance phase, when they have inadequate levels of host immunity. We postulated that combination therapy of an immune modulator and antiviral drugs may have potential to help these patients. Twenty-five patients with incidentally-detected asymptomatic chronic HBV were immunized with hepatitis B vaccine (10 microg of hepatitis B surface antigen) intramuscularly five times (at 0, 1, 2, 6, and 12 mo) to induce HBV-specific immunity. The patients were also treated with lamivudine (100 mg) daily for 12 mo. The combination therapy was safe for all patients with asymptomatic chronic HBV, and no increases in alanine aminotransferase or liver damage were detected in any patient. Although all of the patients were expressing HBV DNA in their serum before treatment, HBV DNA became undetectable in 16 of 25 patients, and was reduced in 9 of 25 patients at the end of the combination therapy. Combination therapy with the antiviral agent lamivudine and an immune modulator (hepatitis B vaccine) represents a potential therapeutic option for the control of HBV without liver damage in asymptomatic chronic HBV carriers.