Peptic ulcer is a sore on the stomach lining that results from the erosion of the gastrointestinal tract mucosa due to various influencing factors. Of these, Helicobacter pylori infection and non-steroidal anti-inflammatory drugs (NSAIDs) stand out as the most prominent causes. This condition poses a significant global health concern due to its widespread impact on individuals worldwide. While various treatment strategies have been employed, including proton pump inhibitors and histamine-2 receptor antagonists, these have notable side effects and limitations. Thus, there is a pressing need for new treatments to address this global health issue. Rutin, a natural flavonoid, exhibits a range of biological activities, including anti-inflammatory, anticancer, and antioxidant properties. This review explores the potential anti-ulcer effect of rutin in experimental models and how rutin can be a better alternative for treating peptic ulcers. We used published literature from different online databases such as PubMed, Google Scholar, and Scopus. This work highlights the abundance of rutin in various natural sources and its potential as a promising option for peptic ulcer treatment. Notably, the anti-inflammatory properties of rutin, which involve inhibiting inflammatory mediators and the COX-2 enzyme, are emphasized. While acknowledging the potential of rutin, it is important to underscore the necessity for further research to fully delineate its therapeutic potential and clinical applicability in managing peptic ulcers and ultimately improving patient outcomes. This review on the anti-ulcer potential of rutin opened a new door for further study in the field of alternative medicine in peptic ulcer management.

Purpose: The enrichment of microbial growth in prepackaged, frozen food goods from the day of manufacturing to the day of expiration has been the subject of recurrent concerns. These fortified foods are widely consumed by individuals of all ages in poor nations due to their ability to satisfy even the smallest of appetites. People often disregard the expiration dates printed on food packaging despite the fact that manufacturers are required by law to do so. This research looked into whether or not it was safe to consume packaged foods that were getting close to their expiration date. Finding out if people are exposed to hazardous microorganisms and how much bacteria is created daily on them.

The human body is a complex ecosystem that thrives on symbiosis. It is estimated that around 10^14 commensal microorganisms inhabit the human body, with the gut microbiota being one of the most diverse and complex populations of bacteria. This community is thought to comprise over a thousand different species that play a crucial role in the development of critical human diseases such as cancer, obesity, diabetes, mental depression, hypertension, and others. The gut microbiota has been identified as one of the most recent contributors to these metabolic disorders. With the emergence of inexpensive and high-performance sequence technology, our understanding of the function of the intestinal microbiome in host metabolism regulation and the development of (cardio) metabolic diseases has increased significantly. The symbiotic relationship between the gut microbiota and the host is essential for properly developing the human metabolic system. However, if this balance is disrupted by various factors such as infection, diet, exercise, sleep patterns, or exposure to antibiotics, it can lead to the development of various diseases in the body, including obesity and diabetes type 1 and 2. While many approaches and medications have been developed globally to treat these diseases, none have proven to be entirely effective, and many show side effects. Therefore, scientists believe that treating the gut microbiota using tried-and-true methods is the best option for combating obesity and diabetes. In this study, we aim to identify several feasible ways and prospects for gut microbiota therapy that can shape a new format for the treatment of obesity and diabetes.

The world is changing at a breakneck pace, and those who have the ability to change must adapt. Bangladesh's economy is one of the world's fastest-growing. People's eating habits are changing as a result of economic progress and urbanization. These changes are not evenly distributed throughout the urban and rural economic groups, as they are in other nations. People in metropolitan areas have hectic schedules. Cooking is a chore for them. As a result, the fast-food and ready-made food industries are growing, saving time and providing convenience to the modern world. Wheat is the mostly used grain for making fast food and bakery items. Therefore, the consumption rate of wheat is increasing day by day. If compared, the nutrients contents of wheat and rice, then this shifting is good in a broad sense. However, for the other associated factors like wheat food patterns and quality, this change requires a better evaluation. In this review paper, we will try to find out, how changes are ongoing? Can it solve the problems related to rice consumption by turning to Wheat? Or will it cause more problems? If it causes some problems then, here we will try to find how we can face the change positively.

Liquid-elastic phase separation (LLP) has become an important concept to understand how biomolecular condensate is performed in eukaryote cells, providing a unique opportunity for the virus to take advantage of this system during infections. There is an increasing collection of evidence that suggests that LLPs play a role in almost every stage of the viral life cycle, from early entrance and replication to genome packaging, immunoque and final release. This review collects recent findings of how different viruses utilize LLP to create special, membranous spaces that collect viral and host components, replicate replication efficiency and avoid the host defense. It also engages in potential therapeutic strategies aimed to target viral LLP, such as disrupting scaffolding protein interactions, changing the properties of condensate and disrupting changes after translation. While these approaches reflect promises, they face obstacles related to the unique, distribution and complex role of LLP in both hosts immune. Getting a deeper understanding of molecular complications of viral LLP, it would be important to develop innovative antiviral strategies, such as the functions of the internal and RNA structure, internal and the RNA structure. As the research develops, LLPS provides a new structure form to understand viral pathogenesis and drug discovery.