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Due to this increase in temperature caused by global warming,

In the case of food poisoning, it was confirmed that the number of heat wave days and the number of patients increase together, and anemia was found to be a disease directly affected by heat waves in the short term. In the case of heart disease, skin cancer, and obesity, it was confirmed that the number of patients tends to increase along with the rise in temperature.

Thailand, characterized by its tropical monsoon climate, is experiencing intensified high temperatures and humidity due to climate change. Rising temperatures and increased rainfall have led to the wider spread of mosquito-borne diseases such as malaria and dengue fever. Additionally, floods have heightened the risk of waterborne diseases like cholera and typhoid. Heat-related illnesses, such as heatstroke, are also becoming more prevalent, particularly among outdoor workers, as extreme weather events become more frequent.

South Korea, with its temperate climate and distinct seasons, is witnessing changes such as milder winters, more frequent heatwaves, and extreme weather conditions. These changes are creating favorable conditions for tropical diseases like dengue fever and malaria, which were previously rare in Korea. Increased mosquito activity in summer poses a higher risk for these diseases. Moreover, rapid temperature fluctuations and dry winter air are exacerbating respiratory illnesses such as influenza, pneumonia, and asthma. Climate change has also extended pollen seasons, intensifying allergic diseases like hay fever and asthma, while worsening air pollution contributes to respiratory health issues.

Both countries share common challenges, such as the potential spread of tropical diseases to new regions and increased rates of vector-borne and waterborne illnesses due to climate change. However, the specific impacts differ. Thailand faces worsening mosquito-borne and waterborne diseases, while South Korea is experiencing new threats from tropical diseases alongside a rise in respiratory and seasonal illnesses.

In conclusion, climate change is reshaping disease patterns in both Thailand and South Korea in distinct ways. Both countries must develop tailored public health strategies that reflect their unique climate conditions and disease dynamics to effectively manage the health impacts of climate change.

Additionally, traditional Korean meals are centered around ingredients rich in dietary fiber, such as rice, various seasoned vegetables, and seaweed. Dietary fiber serves as a food source for gut microbes, facilitating the production of short-chain fatty acids (SCFAs). These SCFAs help protect the gut lining, reduce inflammation, and prevent diseases like colon cancer. As a result, the Korean diet has fostered the development of gut microbiota that effectively break down dietary fiber.

Korean cuisine also includes a practice of pairing meat with leafy vegetables or seasoned vegetable side dishes. This helps maintain balance by preventing an excessive increase in Bacteroides levels, which can occur with high consumption of animal protein. The combination of meat and dietary fiber in meals supports a healthier gut microbiome composition, increasing the proportion of beneficial bacteria.

Spicy foods have also had a unique influence on the gut microbiome in Korea. Capsaicin, the active component in chili peppers, has antibacterial properties that suppress harmful bacteria and aid digestion. Consuming spicy foods in moderation has likely contributed to maintaining gut health.

Thailand, on the other hand, is known for its cuisine that features tropical fruits, seafood, herbs, and spices. Ingredients commonly used in Thai cooking, such as coconut milk, lemongrass, and cilantro, are believed to influence the gut microbiome in ways different from Korean dietary practices. How might Thai dietary traditions affect the gut microbiome?

I would like to discuss the differences in the development of physics and the traditional aspects of physics in Thailand and South Korea. Based on my research, I understand that Thailand has traditionally advanced scientific thinking through a deep interest in Buddhist philosophy and nature. However, please understand that my findings may not be entirely accurate, so I am open to your insights.

From what I have discovered, Thai physics is well demonstrated in agriculture, especially in the design of terraced rice fields, which account for the flow of water and the effects of gravity. I also learned that the significant development of physics in Thailand began in the late 20th century. Currently, fields such as nanotechnology, optics, and materials science are actively researched in Thai universities and research institutions.

As for South Korea, where I live, our traditional contributions to physics include inventions such as the honcheoni (armillary sphere) and angbuilgu (sundial). These devices were created using principles of astronomy and physics. Similar to Thailand, Korea saw rapid progress in physics after the 20th century, particularly in fields like semiconductors, quantum physics, and space science, which are now at a globally recognized level.

One noticeable difference between Thailand and South Korea in terms of physics development is that Thailand's focus on agriculture has significantly influenced its advancements in this area, while South Korea's growth has been more technology-driven.

I am eager to explore this topic further and would love to hear your opinions and ideas.

I would like to know if there are any additional species, besides the examples I have already mentioned, that are unique to each country.

Cancer is a serious disease that causes immense suffering to people worldwide. Korea has been developing new drugs and treatment methods using advanced technologies to treat and prevent cancer, earning global recognition in this field. Korea’s research and achievements also contribute significantly to improving cancer treatment in other countries.

In Korea, approximately 313 out of every 100,000 people were diagnosed with cancer as of 2020, a rate higher than the global average. Common types of cancer in Korea include stomach cancer, colorectal cancer, lung cancer, and liver cancer. Lifestyle factors and aging are major causes of these cancers. However, advancements in early detection and treatment technologies have significantly increased Korea’s cancer survival rate to about 70%, one of the highest in the world.

One of Korea’s notable cancer treatment technologies is CAR-T therapy (Chimeric Antigen Receptor T-cell therapy), an innovative treatment that modifies a patient’s immune cells (T-cells) to attack cancer cells.

Normally, immune cells may fail to recognize and target cancer cells. CAR-T therapy involves extracting the patient’s T-cells, genetically engineering them to specifically identify and attack cancer cells, and reinfusing them into the patient’s body. These modified T-cells actively locate and destroy cancer cells.

In Korea, CAR-T therapy is being researched for use in treating hard-to-cure cancers, such as blood cancers, with promising resul

Another significant advancement is biosimilar technology, which creates drugs that are as effective as existing cancer treatments but at a lower cost. Korean companies such as Celltrion and Samsung Biologics are leaders in biosimilar development, supplying these affordable medications to countries worldwide.

This is especially beneficial for developing nations, where the high cost of cancer treatment poses a challenge.

Korea is actively sharing its cancer treatment technologies with other countries through collaborative research and partnerships. This helps develop treatment methods tailored to the healthcare systems of each nation.

Moreover, Korea’s innovations in cancer treatment are not limited to cancer alone—they have the potential to be applied to the treatment of other diseases. These efforts enable patients worldwide to access better treatments, contributing to improved healthcare globally.

Through continuous advancements and international collaboration, Korea plays a vital role in providing healthier lives for people around the world.

The Cygnus constellation is a prominent one during the summer, while Orion represents the winter sky. While they appear most clearly during their respective seasons, they can be observed throughout the year from different positions in the sky.

These days, it seems that people don't observe constellations as much, but I really enjoy stargazing because my dream is to become a geoscience teacher. I know that Thailand, being closer to the equator, has better visibility of constellations in the southern sky compared to South Korea. I'm really curious about which constellations are clearly visible in Thailand. I’ll take a look at photos of the main constellations observed in South Korea for comparison.

Education and Research of chemical technic.

- South Korea:

1. Renowned universities like Seoul National University, KAIST, and POSTECH conduct cutting-edge research in chemical engineering.

2. The scope of research spans from fundamental studies to applied sciences, with emphasis on nanotechnology, bio-based materials, and green chemistry.

-Thailand:

1. Leading universities such as Chulalongkorn University and Mahidol University offer strong chemical engineering programs.

2. Research tends to focus on applied topics such as agricultural chemicals, rubber industries, and biomass utilization.

Climate change brings mankind closer to pathogens. For example, global warming and changes in precipitation have expanded the range of activities (habitat) of disease-carrying vectors such as mosquitoes, ticks, birds, and bacteria. This has caused certain diseases to appear in unexpected countries. For example, in the summer of 2024, 27 malaria patients were reported in Incheon, Korea due to an increase in the range of malaria mosquitoes, and a warning was issued for the entire region. In addition, Thailand has a tropical climate with a dry season and a rainy season, and if it is affected by global warming, it will rain more in the rainy season, causing floods and the spread of waterborne infectious diseases.

Therefore, global warming is more fatal to our lives than we think, so it is most important to induce eco-friendly methods such as low-carbon emissions to slow down global warming worldwide.

First, education and awareness are crucial. We need to strengthen educational programs about diabetes so that people are well-informed about its risk factors and prevention methods.

Second, maintaining healthy eating habits is important. It is necessary to follow a balanced diet and reduce the intake of foods high in sugar and fat

Third, regular health screenings are essential. Regular check-ups can help detect and manage diabetes early. The government and healthcare institutions need to collaborate to expand screening programs.

Lastly, mental support is also important. We need to operate programs that provide mental support to diabetes patients to help them manage stress and depression effectively.

These are my thoughts. What do you think? By sharing our experiences, we can find better ways to tackle the diabetes problem in both countries.

Korea has kept its competitiveness in the world by using chemistry as a key part of the high-tech industry. This includes the use of pure chemicals in making semiconductors, research on electrolytes for lithium-ion batteries, and creating advanced chemical materials from petrochemicals. Notably, Korea is concentrating on eco-friendly chemical technologies like hydrogen energy to achieve carbon neutrality, supported by the government’s strong investment in research and development and a robust industrial system.

Chemistry Research and Applications in Thailand

Thailand is displaying impressive strength in the chemical industry due to its rich natural resources. It creates biochemical products using agricultural resources like rubber and sugarcane, and boosts the economy by producing plastics and fuels in the petrochemical sector. Moreover, Thailand is focusing on developing eco-friendly agricultural chemicals and bio-based products, which aim for sustainable industrial growth. These advancements can be seen as outcomes of the effective use of the country's resource advantages.

Differences between Korea and Thailand

Korea and Thailand exhibit clear differences in the focus and main areas of their chemical industry development.

1. Resource Utilization: South Korea emphasizes developing technology-based chemical processes and materials in resource-limited settings, while Thailand excels in creating agricultural and petrochemical products from its abundant natural resources.

2. Industry-centric: South Korea primarily applies chemistry in high-tech sectors like semiconductors and batteries, whereas Thailand is prominent for its chemical uses in traditional resource-driven industries.

3. Environmental Response: South Korea prioritizes a technology-led, eco-friendly energy change and carbon neutrality, while Thailand focuses on producing bio-based products and sustainable agricultural chemicals.

Realization

This comparison shows that both countries have uniquely applied chemistry to address their environmental and economic needs. Korea's technology-driven strategy and Thailand's resource-focused approach suggest opportunities for mutually beneficial collaboration. This program relates closely to my career in chemical engineering, and I believe it was a significant chance to understand the importance of global scientific collaboration and gain a fresh viewpoint.

Korea also had problems with FMD, as they were once eliminated from the peninsula but has recently made its presence again since 2000. Korea has established a program that ensured all FMD susceptible animals were vaccinated, but attempts were futile and FMD recurred.

To tackle this tremendously terrible trouble, we must follow each government’s biosecurity measures as best as we can.

Vaccines of FMD exist, but they are not effective as they fail to induce long-term protective immunity. As an individual who is willing to reduce the number of the tragic mass culling, we should research the FMD virus’s traits, such as their reason for their ability to be so contagious.

As global warming accelerates, the disease is spreading in unexpected ways around the world. According to a study in Thailand, the incidence of tropical diseases such as malaria and dengue fever can increase dramatically every time the average temperature rises by 1 degree. These changes do not simply end with environmental problems, and schools in Thailand are also in a situation where students' health and learning environment are directly threatened by climate change.

For example, heavy rains and floods in recent years have destabilized school buildings and facilities, and water-borne diseases are spreading among students and increasing absenteeism rates. In particular, dengue fever is steadily increasing in schools due to the increase in mosquito breeding.

In Korea, climate change is affecting the spread of diseases through abnormal climates such as heat waves, rising temperatures, and rainy seasons. The rise in average temperature has increased the activity period of mosquitoes, increasing the incidence of mosquito-borne diseases such as triple-year malaria in northern Gyeonggi and Gangwon. In addition, heat waves increase the risk of fever and combine with fine dust to worsen respiratory diseases. Climate change is not just an environmental problem, but a factor that poses a direct threat to people's health.

On the other hand, Thailand's direction in physics reflects its unique socio-economic and environmental needs. Thailand focuses more on applied physics to address local challenges, such as renewable energy solutions, water resource management, and sustainable agriculture. For example, Thailand invests in material sciences to develop efficient agricultural tools and in renewable energy technologies, such as solar and bioenergy, to reduce reliance on imported energy sources. The country's academic and research institutions are working to build their global presence by emphasizing regional issues like disaster resilience, especially given Thailand's vulnerability to floods and climate-related challenges. Thailand views physics as a tool for national and regional development, aiming to balance industrial growth with environmental sustainability.If I'm wrong about anything, please correct me.

Introduction

Traditional medicine has long been a cornerstone of health care systems across the globe. Both Thailand and Korea boast rich traditions in herbal medicine, offering a unique opportunity to explore how modern biotechnology can enhance these age-old practices. This report delves into the characteristics of traditional medicine in Thailand and Korea, investigates how biotechnology is being applied to elevate their therapeutic potential, and identifies areas for collaboration and innovation.

Thai Traditional Medicine (TTM) is deeply rooted in herbal remedies, massage therapy, and holistic wellness practices. Thailand is renowned for its diverse array of medicinal plants, such as kaffir lime, lemongrass, and turmeric (curcumin). These herbs are commonly used to treat ailments ranging from digestive issues to infectious diseases like malaria and dengue fever. For instance, curcumin, the active ingredient in turmeric, has demonstrated significant anti-inflammatory and antioxidant properties in numerous studies.

Similarly, Korean traditional medicine integrates herbal treatments with practices like acupuncture and moxibustion. Korean herbal remedies often feature ingredients such as ginseng, licorice root, and astragalus. Ginseng, for example, is prized for its adaptogenic effects, boosting immunity and reducing fatigue.

Both traditions emphasize natural remedies tailored to individual needs, forming a solid foundation for modern biotechnological applications.

Biotechnology offers transformative tools to enhance the efficacy and accessibility of traditional herbal medicines. Here are some notable applications:

1. Gene Editing for Enhanced Active Compounds

   • Technologies like CRISPR-Cas9 enable the genetic modification of medicinal plants to increase the concentration of therapeutic compounds. For instance, bioengineered turmeric plants could yield higher levels of curcumin, boosting its pharmaceutical potential.

2. Drug Development from Herbal Extracts

   • Active compounds derived from herbs can undergo pharmacological testing to develop modern drugs. In Thailand, lemongrass extracts have been studied for their antimicrobial properties, while Korean ginseng is being explored as a basis for anti-cancer medications.

3. Digitalization and AI in Traditional Medicine

   • Creating a comprehensive database of traditional herbal knowledge can facilitate research and innovation. AI algorithms can analyze such data to predict interactions, optimize formulations, and identify new therapeutic uses.

Thailand and Korea share complementary strengths in traditional medicine and biotechnology. Collaborative initiatives could include:

• Joint Research Projects: Investigating medicinal plants that thrive in tropical climates (e.g., lemongrass) and temperate regions (e.g., ginseng) for synergistic effects.

• Education and Knowledge Exchange: Hosting workshops to share insights on herbal cultivation techniques and clinical applications.

• Sustainable Cultivation Practices: Addressing the challenges of climate change by developing resilient crop varieties through genetic engineering.

Conclusion

The fusion of traditional medicine and modern biotechnology offers immense potential to revolutionize healthcare. By leveraging their rich herbal traditions and advancing biotechnological tools, Thailand and Korea can pave the way for innovative, sustainable, and accessible healthcare solutions. This cross-cultural collaboration not only preserves the heritage of traditional medicine but also ensures its relevance in addressing contemporary health challenges.

Supply chain optimization is critical to reducing carbon emissions. Accenture estimates that supply chains account for 60% of global carbon emissions. According to the U.S. Environmental Protection Agency, supply chains can account for more than 90% of corporate greenhouse gas emissions. A look at how supply chains work or don't work today reveals some surprising details about the scale of resources and capital wasted. For example, overstocking costs an estimated $562 billion, with 17% of food and 8% of retail and consumer goods products discarded each year.

One example where Generative AI is being deployed effectively is in the precision agriculture sector. Using Amazon SageMaker with a human-in-the-loop (HITL) approach, the Pendulum team tunes commands for large language models (LLMs) at AWS Trainingium. This creates machine-readable data from unstructured files that customers' agricultural machinery can use to determine the usage of pesticides, water, and other products. As a result, customers are less likely to overuse or overorder resources, save money, and reduce carbon emissions and their impact on the environment. They can also comply with cultivation requirements, local regulations, and other important standards.

Aerodynamics: Korea's aviation industry has made well-developed technologies to increase aerodynamic efficiency. KAI's unique technology focuses on minimizing aircraft's air resistance and maximizing stability, reflecting Bernoulli's principle, a physical principle, and how to optimize lift. Korea is applying advanced technologies to reduce air resistance, especially when flying at high speeds, in military aircraft

. Thailand, on the other hand, is more reliant on collaborative development, and these technological advances may be limited in some cases.

Material Science: Korea is increasing the efficiency of airplanes by utilizing high-strength composite materials and lightweight materials in the manufacture of aircraft. Optimizing the strength-weight ratio is important, which is a physical principle that improves a plane's fuel efficiency and maneuverability. Composite materials are selected physically by considering modulus of elasticity and heat resistance

. Thailand may be relatively behind South Korea in the use of these high-end materials.

Propulsion System: The propulsion of an aircraft physically follows Newton's third law. Korea has invested heavily in the development of high-efficiency engines, especially for military aircraft, which have gained the upper hand in engine technology for high-speed and high-altitude flights

. Thailand's supply and demand depend on foreign countries, which may show a difference from Korea in its propulsion technology.

As such, aviation technology differences between Korea and Thailand are determined by differences in understanding and application of physical principles—especially technologies in aerodynamics, materials science, and propulsion.

In September, northern Thailand has cloudy mornings and cool weather. In the afternoon, there is often light rain. A few months later, the rain gets heavier, and sometimes it causes flooding.

Made by Bell 16 and Sim 30

Yokky 10

Korpai 12

Different parts of the world have different climates. Some parts of the world are hot and rainy nearly every day. They have a tropical wet climate. Others are cold and snow-covered most of the year. They have a polar climate. Between the icy poles and the steamy tropics are many other climates that contribute to Earth’s biodiversity and geologic heritage.

Climate is determined by a region’s climate system. A climate system has five major components: the atmosphere, the hydrosphere, the cryosphere, the land surface, and the biosphere.

Nam-Ing 18, Aom 13

In March 2024, central Thailand, usually dry with minimal rainfall, experienced unusual summer storms, including thunderstorms, strong winds, and hail. While March typically sees around 31 mm of rain over 3 days, unexpected weather variations occurred this year.

Made by Win&Owen

Yaya 26

Mook 29

Tidal currents are horizontal water movements that occur when tides rise and fall, causing the water to move horizontally near the shore. They are the only type of current that can be predicted for future dates because they change in a very regular pattern.

When a tidal current moves toward the land and away from the sea, it “floods.” When it moves toward the sea away from the land, it “ebbs.” These tidal currents that ebb and flood in opposite directions are called “rectilinear” or “reversing” currents.

Rectilinear tidal currents, which typically are found in coastal rivers and estuaries, experience a “slack water” period of no velocity as they move from the ebbing to flooding stage, and vice versa. After a brief slack period, which can range from seconds to several minutes and generally coincides with high or low tide, the current switches direction and increases in velocity.

Prinkbiw 14 , Lady 22

1. Coral Bleaching: In the Gulf of Thailand and the Andaman Sea, rising temperatures have caused coral bleaching, leading to coral degradation and ecosystem imbalance.

2. Loss of Biodiversity: Marine species such as tuna and snapper are migrating to cooler waters, affecting coastal fisheries and local livelihoods.

3. Rising Sea Levels: Coastal areas like Samut Songkhram and Songkhla are experiencing coastal erosion and loss of habitats for marine life.

By Pepper And EarnEarn

Noey Chompu 11 17

Key Features

7 main stars form the shape of a dipper or spoon, and the two stars at the end of the dipper are often called the Pointer Stars because they can be used to find the North Star (Polaris).

Uses

1. Locating the North Star: The two stars at the end of the Big Dipper (Merak and Dubhe) point toward Polaris, which is part of the Ursa Minor constellation.

2. Navigation: Historically, sailors and travelers used Ursa Major to help guide their way in the northern sky.

Mythology

In Greek mythology, Ursa Major is linked to the story of Callisto, a nymph who was turned into a bear by Zeus and placed among the stars to protect her.

Location

Ursa Major is visible year-round in many parts of the northern hemisphere and is one of the most important constellations for beginners in astronomy. It is situated in the northern sky.

Boss.3 Torfun No.20

1. Exercise 1 to 3 hours after meals.

2. Measure blood sugar levels before, during, and after exercise to understand the changes in blood sugar due to exercise.

3. Check blood sugar levels twice at 30-minute intervals before exercise to determine if blood sugar is dropping.

4. Avoid exercising during the peak action time of insulin.

5. Reduce the dosage of insulin that is active during exercise.

6. If engaging in intense exercise or exercising for more than 1 hour, it is necessary to consume snacks during or after exercise.

7. Remember that depending on the intensity of exercise, additional food may be needed for up to 24 hours.