Lottery: The hope for upward mobility

“The poor play the lottery, the rich play the stock market.” This comical statement seems to hide both hope and the bitter truth. An economics professor at Chulalongkorn University invites us to understand why many Thais put their hopes into lotteries and analyzes how their popularity relates to social inequality, upward mobility and corruption.

The 1st and the 16th of every month seem to be the day of hope for millions of Thai people, especially in low and middle-income groups. Even though the chances of winning a big prize such as the 1st prize are only 1 in a million or 0.0001 percent, and the probability of winning a particular prize is only 1.41%, many Thais continue to buy lottery tickets no matter what the economic situation is like.  With the hope that “this time, luck may be on our side” and “I will get to move up the ladder and become a millionaire myself like all the others.”

Many people may view such beliefs as false hopes of risk-takers who do not rely on their abilities and efforts. But if we look at this with understanding, Assistant Professor Dr. Thanee Chaiwat, Director of the Chulalongkorn Experimental Economics Center (CEEC), says that we will find a complex and bitter truth — the failure to address the income and economic disparities of the country that cause the majority of the country’s population to approach lotteries, Ponzi schemes, and other gray businesses to have a chance to advance socially, have a better social status and quality of life.

Lottery, hope, and social inequality

Lotteries are available in all countries, but people’s expectations from the lottery in each country may vary, said Asst. Prof. Dr. Thanee observes.

In many countries, lottery buyers may only hope for some fun in winning, more than getting rich. But in Thailand, gambling with numbers is serious. It can be seen from the live broadcast of every lottery draw, the news coverage of the lucky lottery winners or the lottery, and many other news media that hints at potential winning numbers that could make some people rich.

Does this lottery popularity picture reflect a hopeful or hopeless society? Why do so many Thais love to buy lottery tickets despite the fact that there is only a small glimmer of hope?

“We often hear people say that buying a lottery ticket is buying hope, but more deeply, most people hope to win a lottery ticket because they have almost no hope in their lives to become wealthy. We live in a society where the chance of social mobility for the poor is practically nil.”

The lower their socioeconomic status, the more difficult it is to move up to the middle class and even more so to become rich.  So, placing high hopes in winning a lottery is a clear reflection of social inequality.

“If I work hard and can get rich in this country, I may be less interested in the lottery.  But we will see that more poor people who work harder and are more exhausted than I am, but there is almost no hope of a better position in life,” said Asst. Prof. Dr. Thanee.

Lotteries are therefore “the Hope” that many see as a risk worth risking!

Economic Monopoly in the Modern World

Economic monopolies in the modern world have an ingenious form and often leave most people feeling satisfied even though they may be exploited or their wages oppressed. Asst. Prof. Dr. Thanee explains.

“Let’s say I monopolize the ownership of convenience stores that are abundant in the country, i.e., 90 percent. I tend to monopolize the market, meaning I don’t have to keep the wages low. I can pay at a normal rate or quite well, but I make higher profits from selling products at a higher price.  Since there is no competition, I can sell products that are my house brand directly with more profit, and get richer.”

Asst. Prof. Dr. Thanee continues “To whom do these convenience stores sell little tubes of toothpaste, cream sachets, and various retail items? They are sold to low-income workers because these people cannot afford to stock up. It is a complex exploitation compared to the exploitation of old that normally took the form of wage oppression.  This new form of exploitation comes with convenience and consumer satisfaction. It is unconscious extortion that yields higher profits without competition. This is a difficulty in the modern business world. Therefore, there must be regulations with the competition law, which Thailand has not yet mastered.”

Two policies that drive “hope” in society

To address economic inequality, Asst. Prof. Dr. Thanee proposes that the government set two main policies: one, earnestly create measures that promote trade competition; and two, enact policies that promote opportunities for ordinary people to become prosperous entrepreneurs. For example, access to loans that enable small businesses to grow, industries promotion that is tailored to the ability of individuals, fund and opportunity distribution for artisan work, design, crafts, etc.

If the ties between capital groups and the government can be properly reduced, the lower classes of society will have access to capital and opportunities to compete more fairly, so that they can enjoy “the hope of a good life and a fair chance of social mobility”.  Only then that we may see fewer people paying for false hopes by buying lottery tickets, or placing their future on high-risk investments.

This article is abridged.

For the full release and more images, please visit: https://www.chula.ac.th/en/highlight/106356/

Chulalongkorn University Signs MoU with Temasek Polytechnic, Singapore

On Thursday, February 16, 2023, Asst. Prof. Dr. Chaiyaporn Puprasert, Vice President for Student Affairs, Chulalongkorn University, and Aw Tuan Kee, Deputy Principal and CEO, Temasek Polytechnic, Singapore, presided over the Memorandum of Understanding (MOU) signing ceremony between Chulalongkorn University and Temasek Polytechnic, Singapore.

The agreement was made to enhance collaboration between the two institutions in the areas of student exchange, field studies, and training in various fields, such as arts and culture, sports, volunteering, medical, and leadership. The two institutes will also cooperate on the exchange of professors, staff, and academic information, including events, projects and student internships abroad.

Chula researchers receive international awards

Congratulations to all Chulalongkorn University researchers for receiving awards from international stages.

The National Research Council of Thailand (NRCT), Ministry of Higher Education, Science, Research, and Innovation (MHESI), hosted an official recognition event for Thai innovators and researchers on December 14, 2022. Prof. Sirirurg Songsivilai, M.D., Ph.D., the Permanent Secretary for MHESI, presided over the ceremony and presented outstanding recognition certificates to Thai inventors and researchers who received international awards.

On this occasion, Assoc. Prof. Dr. Pannee Cheewinsiriwat, Assistant Vice President for Research Affairs, Chulalongkorn University, presented flower bouquets to Chulalongkorn University professors and researchers who have conducted exceptional research and enhanced the university’s reputation at the international level through competitions in foreign countries, including three inventions recognized at the Seoul International Invention Fair 2022 (SIIF 2022), which was held in Seoul, Republic of Korea:

• “Peta Gold Whitening Serum”, Gold prize, created by Prof. Dr. Nongnuj Muangsin and members of the Faculty of Science.

• “Truly Noninvasive Sweat Glucose Sensor for Diabetic Prone Person”, Silver award, invented by Dr. Nadnudda Rodthongkham and members of the Metallurgy and Materials Science Research Institute, Chulalongkorn University.

• “CoModule: Assembling the Toy Structures to Inspire Preschool Children”, Silver award, created by Asst. Prof. Pornthep Lerttevasiri and his team from the Faculty of Education. The team has also received a Gold Medal for this project from Kaohsiung International Invention & Design EXPO (KIDE 2022).

For the full release and more images, please visit: https://www.chula.ac.th/en/news/106389/

Chula’s ‘AICute’ innovation, an assessment tool for stroke risk

Each year, many people suffer from stroke, die, or become disabled and helpless. Although this disease is a sudden occurrence, it is not impossible to assess the risk in advance to prevent it.

The research team from the Faculty of Medicine and the Faculty of Engineering, Chulalongkorn University have worked together to invent a tool to help assess the chance of developing a stroke caused by various causes, starting with a tool to assess stroke risk caused by heart disease called “AICute”. It is hoped that the innovation will support the care given to patients in community hospitals and small hospitals in remote areas where there is often a lack of tools and cardiologists.

Higher occurrences of stroke

Thailand has approximately 250,000 patients suffering from stroke every year. In other words, every 2 minutes, one person is likely to suffer from the disease! Of these, 30 percent may die, 30 percent are severely disabled, unable to move their limbs and their mouths appear crooked, and 40 percent of patients have a chance to completely recover or have only a few remaining symptoms.

Although most patients who suffered from a stroke are in their 50s-60s, today, the age range is increasingly younger as a result of lack of physical activity and rest, smoking, substance abuse, an imbalanced diet, and chronic diseases such as hypertension, hyperlipidemia, diabetes, snoring/sleep apnea, and heart disease.

Stroke caused by heart disease is preventable if detected early

Although stroke is life-threatening if the cause of the disease is known and treated quickly, the likelihood of recovery from the disease is high and the recurrence of the disease can be reduced.

“Determining the cause of the disease is important to provide accurate and effective treatment. If the cause is not determined, there is a chance that the disease will reoccur. And when it is repeated for the second time, the third time, the chance of being disabled is increased, causing the dependency and cost increase to be borne by the caregiver,” said Wasan Akarathanawat, M.D., the Chulalongkorn Stroke Center of Excellence.

Stroke can be caused by many reasons (read more in the information box).  Each case has a different treatment approach. Currently, 18% of stroke is caused by heart disease. “Patients in this group often suffer from atrial fibrillation and valve dysfunction or cardiac hypertrophy, which leads to a risk of thrombosis inside the heart, and the clot could drift and cause blockage in the brain, resulting in a stroke.”

Inspiration in the Development of AICute   

Dr. Wasan explained that to determine the cause of stroke caused by heart disease, a thorough cardiac examination by a skilled cardiologist, echocardiography and cardiac monitoring device are needed — a factor that is still scarce in community hospitals and small hospitals in remote areas.

“Such a hospital would not be able to refer patients for detailed checkups due to the relatively high cost. Also, sending patients to large hospitals, cardiology centers or medical schools would cause congestion in hospitals. This is why the research team has chosen first to develop innovations to assess the stroke caused by the heart.” Dr. Wasan, one of AICute’s research and development team members, further explains the meaning of the AICute name “AICute spoken quickly sounds similar to the word acute, which refers to the sudden appearance of a stroke that requires immediate treatment.”

Apart from Chulalongkorn Stroke Center of Excellence, the Faculty of Medicine of Chulalongkorn University, AICute innovation is achieved through collaboration with the Faculty of Engineering of Chulalongkorn University and a group of Chula students under the auspices of Chulalongkorn University Technology Center (Chula UTC).

AICute – an easy, quick, and accurate patient assessment tool

AICute is a web application with artificial intelligence (AI) to analyze and evaluate patients for the risk of stroke from heart disease. It enables doctors in the community and small hospitals to make decisions and send patients to heart examinations more rapidly, making the treatment of stroke more effective.

Dr. Wasan explains the use of AICute “doctors who use the device simply log in through the web application and fill in 2 sets of data: patient’s symptoms and their partial history, together with 30-32 brain scans. Most of the small hospitals are already equipped with brain scan machines. The application then processes the data in about 30-32 minutes and then summarizes it into a report on the likelihood of stroke caused by heart disease.  Afterward, the practicing physician will read the results and decide if the patent should be referred to a cardiologist for further diagnosis.”

According to Dr. Wasan, AICute’s accuracy is at 92-94 percent according to the database of 40,000 high-resolution X-ray images. Moving ahead with AI development to identify the cause of stroke and save Thai people’s lives . Dr. Wasan reveals that AICute is still in the research phase and has been tested at Chulalongkorn Memorial Hospital with satisfactory results. “The research team plans to continue the research in a large group of real patients and collect data outside of Chula Hospital to improve the AI. It also develops an easy and beautiful interface that is expected to be completed around the middle of this year (2023) and open to other interested hospitals to use and develop the application together. In the long run, it will be released as paid commercial software.”   In the future, the research team also plans to develop AI to detect strokes from other causes, which may require additional databases of x-ray images and angiography.

Hospitals interested in AICute can contact Chulalongkorn Stroke Center of Excellence, King Chulalongkorn Memorial Hospital, Bhumisiri Building, 7th Floor, Zone C, or call +662 256 4000 Ext. 80724-5 .

Continue reading at https://www.chula.ac.th/en/highlight/106014/

 

Chula’s Faculty of Engineering welcomes the Executive Secretary of CTBTO

Dr. Robert Floyd, Executive Secretary of the Comprehensive Nuclear-Test-Ban Treaty Organization (CTBTO), delivered a speech at the conference on the Preparatory Commission for the Comprehensive Nuclear-Test-Ban Treaty Organization: CTBTO organized by Chulalongkorn University’s Faculty of Engineering, on Tuesday January 17, 2023, at Room 209, Building 3, Faculty of Engineering, Chulalongkorn University, with the Dean of the Faculty of Engineering, Prof. Dr. Supot Teachavorasinskun, giving a welcome speech.

The conference aims to propagate knowledge and raise awareness in the roles and significance of CTBTO among Chulalongkorn’s students and researchers. Dr. Robert Floyd’s speech came after his visit to Chula Museum.

Continue reading at https://www.chula.ac.th/en/news/103374/

Thammasat students receive first prize in Global Student Innovation Challenge

Teams of Engineering Students, Thammasat University won the first prize in the Global Student Innovation Challenge (gSIC 2022). NSTDA was in collaboration with CREATe Asia cooperation group to organize the 15th international academic conference on rehabilitation engineering and facilities technology (i-CREATe 2022) at the Hong Kong Special Administrative Region in a hybrid format.

The Global Student Innovation Challenge (gSIC 2022) has inventions from students who have been selected and participated in the final competition from 5 economic zones, namely Thailand, the Republic of Singapore, the People’s Republic of China, and Hong Kong and Taiwan Special Administrative Regions, with a total of 40 entries. The contest is divided into 2 categories: Innovations for people with disabilities and the elderly (Technology Category) and Innovative design works for people with disabilities and the elderly (Design Category)

As a result, a team from Thammasat University received a Gold Award for innovative design for the disabled and the elderly in the work “New design power wheelchair for easy transfer” developed by Ms. Thanrada Wiriyasubudom, Department of Mechanical Engineering, Mr. Supasin Somboondee, Department of Mechanical Engineering and Mr. Kavin Sirichantakul, Department of Mechanical Engineering, TEP Program, having Asst. Prof. Dr. Banyong Rungrueangduayboon, Lecturer at the Faculty of Engineering, Thammasat University as an advisor.

Ms. Thanrada Wiriyasubudom revealed that the idea starts from the fact that we see that the movement of people with disabilities nowadays is difficult, especially moving from a wheelchair to a chair or toilet seat in which people with disabilities have to exert a lot. This gave us the idea of whether it was easier or not if a disabled person can move from behind and are able to get in and out of the wheelchair without having to lift their bodies up.

This innovation is an electric wheelchair for paraplegics. This electric wheelchair can be accessed from behind. There is a stand system to increase the convenience of disabled people in their daily life and remote control of electric wheelchairs via mobile to facilitate retrieving or removing the wheelchair.

Mr. Supasin Somboondee said that it increases the convenience for the disabled in every aspect, whether it is designed to allow them to enter and exit the vehicle and move with minimal force, as well as with a seat height adjustment system so a handicapped person can adjust the height of the chair or toilet seat to suit their mobility.

Mr. Kawin Sirichantakul added that this electric wheelchair has been used by people with disabilities and it generally works fine. However, there are still bugs that need to be addressed. We have begun planning to develop a smaller wheelchair that can be used even in confined spaces and is easier to move. With our work as a front-wheel drive, it may take some time for the users to be familiar with controlling the wheelchair so that people with disabilities or the elderly can access our wheelchairs more easily.

“The very first feeling after receiving the first prize was shocking. But when it was gone, we were very happy. The tiredness or difficulty in working in the past is completely gone. By the time of receiving the award, we felt that people have seen the benefits of our wheelchairs and it is really worth designing and building the wheelchair,” said Kawin.

In addition, another team of students from the Faculty of Engineering, Thammasat University also won a Gold Award for technology for people with disabilities and the elderly from the same stage in the work “Design and development of physical therapy upper limb device with symmetrical reflections mechanism” developed by Mr. Methasit Kiatchaipha, Master’s degree student, Department of Mechanical Engineering, Ms. Thanyaporn Wongwatcharanon, Ph.D. student, Medical Engineering and Mr. Abul Kashem Tahmid Shahriar, Master’s degree student, Department of Mechanical Engineering, having Asst. Prof. Dr. Banyong Rungrueangduayboon, Faculty of Engineering and Assoc. Prof. Dr. Patcharee Khunkhamchu, Faculty of Allied Health Sciences, Department of Physical Therapy as advisors.

 

Chula’s engineering develops dynamic prosthetic feet with international standards

Thailand now has 39,647 people with disabilities, over 95% of whom are using poor-quality prosthetic feet which are heavy and do not have ankles. This can adversely affect the way they walk, as well as their lives.

The figures from the National Statistical Office of Thailand have inspired a research team from the Faculty of Engineering, Chulalongkorn University, to develop high-quality dynamic prosthetic feet which are flexible and bendable and can store energy with each step. The prosthetic feet are made from carbon fibers, making them light weight but strong and durable. Users can walk in them on rough terrains, while exercising and during a light jog. The innovation has received the ISO 10328 strength standards from Germany and has been certified with the ISO 13485 for quality. It has also been registered as a medical device with the Food and Drug Administration (FDA), been granted a petty patent, and registered in Thai SME-GP. The prosthetic feet are currently in the process of being registered with Thai Innovation, requesting the Made in Thailand certificate, and requesting for the CE Marking.

Asst. Prof. Dr. Pairat Tangpornprasert from the Mechanical Engineering Department, Faculty of Engineering, Chulalongkorn University, explained that the dynamic prosthetic feet have undergone clinical trials with 20 patients with disabilities and yielded highly satisfactory results. The users require approximately 2 weeks to adjust to the prosthetic feet. In comparison with the imported prosthetic feet now available in the market, the innovation has comparable qualities and efficiency but with a 5 times cheaper cost of production. This can then help reduce the high cost of prosthesis and orthosis imports. Moreover, commercial production of medical devices can expand the market overseas, leading to more generation of income, export opportunities, and the country’s competitiveness.

As an engineering lecturer with an interest in medical research, Asst. Prof. Dr. Pairat had to conduct interdisciplinary research and study, which is significant as working in a singular field may
lead to difficulty in application of the research.

“Developing dynamic prosthetic feet, which are considered a medical device, required the efforts of a network of doctors and prosthetists and orthotists sharing their expertise and interdisciplinary knowledge in order to achieve good-quality dynamic prosthetic feet that meet
international standards. I am proud to have successfully produced good-quality prosthetics and helped those with disabilities to regain function of their limbs,” added Asst. Prof. Dr. Pairat.

The dynamic prosthetic foot project was funded by the National Research Council of Thailand. It is part of the prosthesis and orthosis for the disabled project under the “New Beginnings with Research and Innovation” to commemorate the Coronation of King Rama X. 67 dynamic prosthetic feet were given to people with disabilities at over 13 hospitals. The innovation is currently being considered for government medical benefit schemes so that it may be accessible for people with disabilities, which will help improve their quality of life.

For the full release and more images, please visit: https://www.chula.ac.th/en/highlight/99060/

Thammasat students receive awards from the ‘Cultural Textiles Awards 2022’

Students from the Faculty of Fine and Applied Arts, Thammasat University received awards from the Cultural Textiles Awards 2022 of the Department of Cultural Promotion, Ministry of Culture to extend the design of Thai textiles to the international stage. This year, students of the Faculty of Fine and Applied Arts, Thammasat University received a total of 8 awards in various categories, and alumni of the Faculty of Fine and Applied Arts received 3 other awards, including the first prize in the creative textile category.

Creative textile Category

Saksit Pattaraprakit received the first prize for the work entitled “NEO-ZENKON NAKHON”

Petcharat Phrompool received the second runner-up award for the work entitled “In to the city”

Jesadaporn Sawatdiphan received an honorable mention for the work entitled “The rebirth of Andaman”

Natthanon Sangdaeng received an honorable mention for the work “Serpenti (Skin and Pattern of Snake)”

Silk Category

Thananuch Makdee received an honorable mention for the work entitled “Color of the wind”

Attaphon Meephan received an honorable mention for the work entitled “Return”

Cotton Category

Pemika Piahiang received the first runner-up award for the work entitled “Muang Khong” (Muang Khong Sub-District, Chiang Dao District, Chiang Mai Province)

Thatchet Prabpram received the second runner-up award for the work entitled “See Sea”

Nattaporn Jangpho received an honorable mention for the work entitled “The Riverside”

Pareeyuth Thongbamrer received an honorable mention for the work entitled “Khai Rang”

Rattawan Ruangsamut received an honorable mention for the work entitled “Nang Nuan”

Faculty of Public Health at Thammasat initiates ‘Health in Detention’ course

The Faculty of Public Health at Thammasat University in collaboration with the International Committee of the Red Cross (ICRC) jointly organized a course for both Thai and international graduates of the Faculty of Public Health on “Health in Detention”.

The course has been in development since 2017, making Thammasat the first university in Asia-Pacific to offer this course. The objective is to allow attendees to obtain basic knowledge in promoting, preventing, and taking care of the health of prisoners. They also have access to the health system, the justice system, and medical ethics including social and environmental factors affecting the health of prisoners including exchanging
knowledge with the on-site officers.

Asst. Prof. Dr. Wannapha Naravej, Lecturer of the Faculty of Public Health, Thammasat University said that the “Raising Awareness of Health in Detention Course” of the Faculty of Public Health, Thammasat University is included as part of the Master’s degree program in Global Health under GH 662 Health in Detention subject. This year, the course is organized in the form of a Hybrid class (Onsite & Online) with the objectives to enhance learning and understanding of the detention system and the problem of the prison population. Special emphasis will be placed on the role of human rights and professional ethics in providing well-being to men, women, and children in detention and detention internationally in the wake of COVID-19.

The course has been honored by lecturers who are experts in various disciplines, such as representatives of the International Committee of the Red Cross (ICRC), Department of Corrections, Ministry of Justice, Thailand Institute of Justice, Ministry of Public Health as well as professors and experts in Global Health, Faculty of Public Health, Thammasat University.

 

CUVET has developed the first stem cell transportation technology to treat pet diabetes

For the first time in Thailand, a research team from Chula’s Faculty of Veterinary Science (CUVET) is the first to have successfully developed a method to culture dog pancreatic cells from stem cells and cell transplantation technology.  They aim to test the method in the lab and sick animals suffering from diabetes.

Diabetes affects not only humans but also our pets with as many as 5-10 % of the cases found in cats as well as dogs.  Treatment with insulin injections is still not very effective. For this reason, a research team from Chula’s Faculty of Veterinary Science has collaborated with Bio ink Co., Ltd., one of Chula’s spin-off companies, to develop a method for pancreatic cell culture from stem cells and cell transplantation technology for the first time in Thailand. “Diabetes in humans and pets share some similarities though the knowledge on the treatment is far apart.  Using stem cells and advanced forms of technology to treat diabetes in human beings has become a trend, so we try to apply this technology to animal treatment as well,” Assistant Professor Dr. Chenpop Sawangmek, Department of Veterinary Pharmacology Science, Faculty of Veterinary Science, Chulalongkorn University and co-founder of Bio ink Co., Ltd. said as he described the motivation that led to this project. “Diabetes is a chronic disease and complications can be fatal to our pets.  The inability to control sugar levels can also cause the deterioration of various organs in the body.  This is a cause of much suffering for the pets as well as their owners, not to mention the financial burden.”

CUVET stem cell transplantation technology to treat pet diabetes

Stem cell innovation in the treatment of diabetes in animals

According to Assistant Professor Dr. Chenpop, the type of diabetes mostly found in dogs is type 1 diabetes where the body lacks beta-cells to create insulin resulting in insulin deprivation in their bodies.  For type 2 diabetes, mostly found in cats, the body still has beta-cells but there is a deficiency in insulin secretion or insulin resistance. Treatment for the two types of diabetes is therefore different. Dr. Sirirat Nantavisai and Dr. Watchareewan Rodprasert co-founders of Bio Ink Co. Ltd. enumerated that for this research, the Veterinary Stem Cell and Bioengineering Innovation Center (VSCBIC), a research unit of CUVET, and Bio Ink Co, Ltd. focused primarily on the type 1 diabetes in dogs as the currently used insulin injections treatment for dogs is not very effective. “During the research process, we will create dog’s pancreatic cells which one might call insulin-producing cells (IPCs) derived from canine mesenchymal stem cells (cMSCs) while developing transplantation technology to use in replacing pancreatic cells that have been damaged or destroyed.  The cells that have been produced can efficiently create and secrete insulin.” Dr. Watchareewan further explained that when used along with the double encapsulation transplantation technology, this method produces strong cells and prevents them from damage and deterioration while also preventing rejection from the immune system.

Stem cells and the hope for treating diseases in human beings and animals

At present, the research team has developed canine cell tissue for stem cell extraction and multiplication.  It has also been successful in creating the process of inducting cells along with transplantation technology.  This platform has been successful and is now ready to be tested for its efficiency and safety in both lab and sick animals.  It is estimated that within 3 years it can be used as an actual form of treatment in animals. “Stem cells can be adapted for use in various ways.  If we can successfully develop cells from stem cells, in the future all organs can be directly replaced by cells or tissues.  We are studying these options along with creating prosthetic bones to replace damaged bones or accelerate their repair along with producing eye cornea which is a collaborative research project between the faculties of Medicine and Engineering” said Assistant Dr. Chenpop.

Plans for producing medical products from stem cells

With knowledge in bioengineering and stem cell technology, the Faculty of Veterinary Science VSCBIC research unit and Bio Ink Co. Ltd. now have plans to develop stem cell products like cell therapy and stem-cell-derived products to treat pets soon.  One example is the exosome product that can be used for sick pets or administered to damaged organs for rehabilitation and repair.  It can also be adapted to treat such diseases as cancer, liver or kidney disease, and diseases stemming from organ deterioration, infections, or illnesses related to the immune system. The products are expected to be tested on lab animals within the year and in no more than two years will be offering them commercially.

For the full release and more images, please visit: https://www.chula.ac.th/en/highlight/92729/