phd biology japan

PhD Program in Human Biology will train up specialists with integrated technical knowledge and research abilities in life science, medicine, chemistry and computing technology.

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To understand human beings in the contexts of the natural and social environments and thereby contribute to the happiness of a sustainable earth

The program aims to nurture global leaders who can learn about various fields of study related to human biology, and from this perspective, can set up issues, find solutions, and overcome various problems that arise on the earth.

Application Guideline has been released

Briefing session for entrance examination will be held on april 20 and june 15, 2024 by zoom, information for ay2025 admission (august and january) schedule is now updated, announcement of successful applicants of entrance examination - january 2024, digital brochure created..

Introduction: Doctoral Program in Human Biology 2020

Human Biology Degree Program CM “At the University, I will be special (IMAGINE THE FUTURE version)

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The Department of Biological Sciences, Graduate School of Science, offers a variety of graduate programs including lectures on a wide range of current biology, research training and advanced seminars focusing on specific topics. The programs are guided by researchers at the Department of Biological Sciences, Institute for Protein Research, Research Institute of Microbial Diseases, Genome Information Research Center, Frontier Biosciences, and three affiliated institutes outside the university. The Department of Biological Sciences was reorganized in 1996 by combining two departments, Physiology and Biochemistry, both of which had been founded in 1953. Reorganization together with cooperation with three institutes outside the university covers a wide range of research fields of current biology and life sciences, which have been rapidly expanding.

Postgraduate students enrolled in the Master and/or Doctoral programs are requested to conduct their own researches in the laboratories to be conferred with their degrees. The research is supervised by one of the supervisors of the Graduate School. In the doctoral course, two advisers in addition to the supervisor will guide your research.

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The Department of Biological Sciences offers both Master's and Doctoral Programs!

Our Master's program     is a two-year program aimed to prepare students for specialized careers in the industry and in the academia. We put strong emphasis on learning how to apply scientific knowledge for work in various areas in biology. Students in this program are expected to engage in laboratory research and develop a research thesis, in addition to participation in relevant coursework, laboratory seminars, and research conferences. Graduates from this program have gone on to work in the industry, non-profit organizations, academia, or have continued to do their Ph.D.

Our Doctoral program    is a three-year program aimed to provide students the opportunity to conduct intensive research with a broad scope on their specific topic of interest. Students are encouraged to interact and learn within a multi-disciplinary research that incorporates components of evolutionary biology, ecology, systems biology, cell biology, molecular biology, developmental genetics, and neurobiology. Students in this program are expected to engage in high-level laboratory research, develop a dissertation, and publish their work, in addition to participation in laboratory seminars, research conferences, and optional coursework. Graduates from this program have gone on to work in the industry and the academia, including several alumni as post-docs here and abroad.

Graduate programs at our department are designed to prepare our students for global careers in Biological Sciences. To this end, we have put together a comprehensive array of learning avenues where students can participate to build their skills, broaden their research network, and promote their work to both local and international communities. Biology graduate students are provided with a wide range of classes that are held both in English and Japanese. We regularly invite accomplished local and foreign researchers to talk about their work in order to provide students with exposure to a diverse set of research topics and experimental techniques. We provide opportunities for students to participate in research exchanges with universities abroad, where they can gain international experience, and we regularly host conferences on campus to foster local exchange. Most importantly, we continuously strive to offer our students the chance to conduct immersive, cutting-edge research by providing access to good experimental facilities and support from our experienced, multi-disciplinary faculty. Our department hosts many local and foreign graduate students at both Master's and Doctoral levels.

Interested in learning more? Take a look at our  Admissions Information  for more information on admissions procedures and funding opportunities for graduate students. You can also browse through our research laboratories to find out what projects we are currently involved in. Our department also welcomes post- docs, so we encourage everyone to contact the professors in your laboratory of interest!

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PhD Biology programs in Japan

Bioresource and bioenvironment.

Kyushu University

The Times Higher Education World University Rankings is the only global university performance table to judge research-intensive universities across all of their core missions: teaching, research, knowledge transfer and international outlook.

Biological Science

Nagoya University

Chemistry-biology combined major.

Osaka University

Special integrated science course, applied marine biology.

Tohoku University

Tsukuba University

Deadline information, best universities with biology in japan.

Bachelor Biology programs in Japan

Master Biology programs in Japan

Most Popular Biology programs in Japan

PhD Biology programs in Japan

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8 Best Marine Biology Schools in Japan

Japan, an island nation surrounded by sea, is a marine paradise. Its waters are home to a diverse array of aquatic life, from coral reefs to deep-sea trenches. The country’s marine ecosystems are also teeming with colorful fish, mysterious giant squids, sea turtles, and even the world’s tallest-legged arthropod, the Japanese spider crab. With such a rich natural underwater heritage, it’s no wonder that Japan is an optimal choice for marine biology research and education.

With specialized academic programs and hands-on experiences, Japan’s top marine biology schools offer students a chance to explore the oceans like never before. To discover these top five remarkable institutions and learn more about them, keep reading!

Top Schools Offering Marine Biology Programs in Japan

1. hokkaido university.

• Bachelor’s Program | Graduate Program | Tuition Fees | Scholarships
• Degree/s Offered : Bachelor’s, Master’s, Ph.D. | Medium of Instruction : Japanese, English

Japan’s northernmost island, Hokkaido, is renowned for its natural hot springs, world-class ski destinations, and geothermal volcanoes. It is also home to Hokkaido University , the top marine biology school in Japan. Established in 1876, this distinguished institution has earned global recognition for its significant contributions to marine biology.

Moreover, the university offers specialized bachelor’s, master’s, and doctoral research programs in marine biology, all of which have courses conducted in English, thereby opening its doors to international students seeking quality education in Japan. This high-quality education is made possible by the highly qualified and esteemed faculty members of the School of Fisheries Sciences . Students are probably convinced of a bright future thanks to their wisdom and dedication.

2. University of Tokyo

• Bachelor’s Program | Master’s Program | Tuition Fees | Scholarships
• Degree/s Offered : Bachelor’s, Master’s | Medium of Instruction : Japanese

With marine biology programs termed as “Aquatic Life Sciences” and “Aquatic Biological Sciences,” Tokyo University’s Faculty of Agriculture is famous for its comprehensive marine science education.

Although the medium of instruction is primarily Japanese , international students are still drawn to the university for its exceptional global rankings and high employability ratings . They demonstrate that language is not a barrier when it comes to the quality of education and future career prospects offered by Tokyo University.

Adding to its appeal, Tokyo University’s Faculty of Agriculture offers affordable tuition fees . The annual fees range from $ 3,400 to $ 3,700, which are notably lower compared to other universities of similar global rankings.

3. Nagasaki University

• Degree/s Offered: Bachelor’s, Master’s, Ph.D. | Medium of Instruction: Japanese

Nagasaki City, once ravaged by the atomic bomb during World War II, has risen from the ashes to become a symbol of resilience and peace. This city’s commitment to rebuilding inspired the mission of Nagasaki University established just four years after the tragic event in 1949.

In alignment with Nagasaki’s ethos of peace and progress, Nagasaki University aims to contribute to society by fostering a creative spirit among its students and promoting innovative science for the betterment of the world. Its efforts have helped it land a spot in our list of the best marine biology schools in Japan.

In this unique and inspiring environment, the Faculty of Fisheries at Nagasaki University offers marine biology programs at all academic levels, equipping students with the knowledge and skills to understand and safeguard marine ecosystems. Moreover, the university’s commitment to research and innovation is reflected in its plans to establish the Institute for East China Sea Research , emphasizing its dedication to advancing marine science.

4. Tohoku University

• Study Program | Tuition Fees | Scholarships
• Degree/s Offered: Bachelor’s | Medium of Instruction : English

Built on the historic castle grounds, Tohoku University is one of Japan’s most distinguished marine biology institutions, with a global network that spans over 300 overseas universities and research centers.

Today, Tohoku University , while rooted in history, is a forward-looking institution with various faculties and outstanding facilities. The Faculty of Agriculture, notably, offers an exclusive Bachelor’s program in Applied Marine Biology, catering to prospective students with a keen interest in the field. Students also benefit from a wide range of resources and amenities , which include state-of-the-art laboratories, extensive libraries, and an international support office , all of which contribute to a well-rounded and enriching educational experience.

5. University of Ryukyus

• Degree/s Offered: Bachelor’s, Master’s, Ph.D. | Medium of Instruction: English, Japanese

Founded in 1950 as a territorial university on the site of the historic Shuri Castle, the University of the Ryukyus is a national institution located in the Senbaru Region of Nishihara, Okinawa, Japan.

UR offers a comprehensive marine biology education with a bilingual approach, providing programs in both English and Japanese to accommodate a diverse student body. The Faculty of Science offers a range of programs, from Bachelor’s in Marine Biology to specialized graduate studies, including specializations like Coral Reef Biology and Fisheries Biology. This diversity of offerings reflects UR’s goal of providing students with a well-rounded marine biology education.

Japan is home to several technologically advanced institutions, especially in marine biology. Marine biology schools in Japan have cutting-edge research facilities and exceptional marine biology programs that enable them to provide comprehensive, theoretical, and practical knowledge of the intricate world of the marine ecosystem.

This article covers five of the best marine biology schools in Japan, which have demonstrated excellence in research and academics, and contributed massively to marine biology. Please read this article to the end to learn more about them.

6. Tokyo University of Marine Science and Technology

• Degree/s Offered: Bachelor’s, Master’s, Ph.D. | Medium of Instruction: English, Japanese

In 2003, Tokyo University of Marine Science and Technology began accepting students into its faculties. It also created the Faculty of Marine Life Science, where students are taught the philosophy that encourages them to know the sea, protect it, and use it.

Tokyo University of Marine Science and Technology also offers comprehensive and profound scientific instructions relating to marine biology. Students are also taught to make logical decisions, appropriate judgments, and apply problem-solving skills.

7. Kobe University

• Degree/s Offered: Bachelor’s | Medium of Instruction: English, Japanese

In April 2021, the Faculty of Oceanology Kobe University was established to succeed the Faculty of Maritime and continue the school’s tradition of training marine experts. Using expert teaching techniques and modern scientific facilities, the school produces talented professionals capable of solving issues faced in the marine field. This makes it an excellent option for international students.

Students interested in studying here can obtain a bachelor’s degree from departments like Marine Engineering, Maritime Policy Studies, and Marine Sciences. They will be taught how to use human resources to solve issues affected by the oceans.

Although Kobe University accepts students worldwide, you will still be expected to meet specific admission requirements before you begin studying there.

8. University of Miyazaki

• Degree/s Offered: Bachelor’s, Master’s, Ph.D. | Medium of Instruction: English, Japanese

The University of Miyazaki is located in the southern Miyazaki city in Japan, and it is sometimes referred to as “UoM”. The school began operation in 1884 before it was officially changed into a university in 2003. It has since built a reputation for producing brilliant individuals like former members of Japan’s House of Representatives, Takami Eto, and evolutionary biologist Masatoshi Nei.

International students looking to study courses related to microbiology will have a great start at this school. The school provides students with an in-depth understanding of aquaculture, aquatic organisms, genetic analysis of the marine ecology system, fishery resources, and coastal organisms.

Students will also be taught how to identify environmental issues and ensure ecological preservation, in a way that benefits humans and aquatic animals. However, students who wish to study at this institution must meet all the admission requirements.

FAQs: Marine Biology Studies in Japan

Is pursuing a degree in marine biology worth it.

Yes, pursuing a degree in Japan or elsewhere in marine biology can be worth it for students with a genuine passion for marine life and conservation. Additionally, experience with Japan’s rich marine biodiversity opens doors to roles like research scientist, aquarium curator, fisheries biologist, marine educator, and others.

In fact, the salary ranges for marine biology career paths in Japan are comparable to those in other developed countries. For example, the average salary for a research scientist or marine biologist in Japan is ¥6,000,000 – ¥8,000,000, which is equivalent to $40,000 – $50,000 per annum.

With esteemed universities like Hokkaido University and the University of the Ryukyus, aspiring marine biologists have the opportunity to explore the best of marine ecosystems and engage in cutting-edge research in Japan. They also get to witness the country’s most extraordinary underwater sites. So, apply to a top marine biology school in Japan today!

We hope this article has helped you discover the best Japanese marine biology schools. If you’re interested, check out the Study in Japan and Available Programs in Japan for more articles and study options!

About the Author: Hyun Lee

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PhD /master's Candidate

PhD /master's Candidate Graduate School of Frontier Science Initiative, Kanazawa University is seeking candidates for PhD and master's students in the fields of Lifescience and Biotechnology

ICYS Research Fellow, NIMS, Japan

years based on annual evaluation**. All applicants must have obtained a PhD degree within the last 10 years. Applicants should submit the following 5 items: application form including a research proposal

Postdoctoral researcher

microbial systems using combinatorial DNA libraries, evolution experiments, sequencing, and machine learning. Candidates should hold a PhD in microbiology, genetics, biotechnology or related field

Theory of quantum sensors Postdoctoral Fellow

, electronic, vibration, optical or magnetic with any expertise in levitation being highly desirable. Requirement: PhD in physics or related discipline; Prior experience in research related to experiments

Experiments in hybrid quantum systems – magnetic levitation

Lecturer or assistant professor (department of applied physics).

materials and organic materials. [Work content and job description] Research supervision for undergraduate, graduate, and PhD students, lecturing for undergraduate and graduate students, and other

Full time Tenure Track Position (Economics) (Assistant/Associate Professor Positions)

is roughly 1.5 hours from Tokyo. The school specializes in graduate degrees, Masters and PhD , and all courses are delivered in English. Compensation: The International University of Japan follows a

Postdoctoral position on the Belle II experiment (M/F)

requires a PhD or equivalent in particle physics, obtained no longer than 3 years prior to the date of employment. The ideal candidate will have a solid experience in experimental particle physics, a strong

Lectureship in the Political Economy of Japan (1,0 fte)

of Japan with a PhD in political economy, international relations, political science, development studies, or geography, with demonstrated teaching experience and research potential. The ideal candidate has

Application Guidelines for Full-Time Faculty of Nagoya University (NU) Global Multi-Campus Asian Satellite Campuses Institute

campus in Japan to provide guidance on collecting research materials and writing doctoral dissertations (academic writing) for PhD students taking the "Transnational Doctoral Programs for Leading

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100 Best universities for Oncology and Cancer research in Japan

Updated: February 29, 2024

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Below is a list of best universities in Japan ranked based on their research performance in Oncology and Cancer research. A graph of 9.93M citations received by 411K academic papers made by 215 universities in Japan was used to calculate publications' ratings, which then were adjusted for release dates and added to final scores.

We don't distinguish between undergraduate and graduate programs nor do we adjust for current majors offered. You can find information about granted degrees on a university page but always double-check with the university website.

1. University of Tokyo

For Oncology and Cancer research

2. Osaka University

3. Kyoto University

4. Kyushu University

5. Nagoya University

6. Tohoku University

7. Keio University

8. Hokkaido University

9. Hiroshima University

10. Tokyo Medical and Dental University

11. Kanazawa University

12. Chiba University

13. Kumamoto University

14. Okayama University

15. Kobe University

16. Kyoto Prefectural University of Medicine

17. Yokohama City University

18. Sapporo Medical University

19. University of Tsukuba

20. Kurume University

21. Kindai University

22. Gunma University

23. Osaka City University

24. Juntendo University

25. Nagoya City University

26. Nagasaki University

27. University of Tokushima

28. Gifu University

29. Kagoshima University

30. Tokyo University of Science

31. Niigata University

32. Nippon Medical School

33. Jichi Medical University

34. Mie University

35. Saitama Medical School

36. shinshu university.

37. Jikei University School of Medicine

38. Kitasato University

39. Showa University

40. Nara Medical University

41. Yamaguchi University

42. Tottori University

43. Tokyo Medical University

44. Tokai University

45. Kansai Medical University

46. Nihon University

47. Hyogo College of Medicine

48. Hamamatsu University School of Medicine

49. University of Occupational and Environmental Health, Japan

50. shimane university.

51. Fujita Health University

52. Fukuoka University

53. Teikyo University

54. Wakayama Medical University

55. Ehime University

56. Kagawa University

57. Oita University

58. Iwate Medical University

59. Fukushima Medical University

60. Osaka Medical College

61. university of yamanashi.

62. Toho University

63. Hirosaki University

64. Akita University

65. Shiga University of Medical Science

66. yamagata university.

67. University of Fukui

68. St. Marianna University School of Medicine

69. health science university.

70. Kanazawa Medical University

71. University of Toyama

72. Kyorin University

73. Tohoku Pharmaceutical University

74. Tokyo Institute of Technology

75. Aichi Medical University

76. University of Miyazaki

77. Kochi University

78. Saga University

79. University of the Ryukyus

80. Dokkyo Medical University

81. Dokkyo University

82. Tokyo University of Pharmacy and Life Science

83. Kyoto Pharmaceutical University

84. Nara Institute of Science and Technology

85. University of Shizuoka

86. Asahikawa Medical University

87. Waseda University

88. Tokyo University of Agriculture and Technology

89. Gifu Pharmaceutical University

90. Sojo University

91. International University of Health and Welfare

92. Osaka Prefecture University

93. Tokyo University of Agriculture

94. Osaka University of Pharmaceutical Sciences

95. aichi gakuin university.

96. Graduate University for Advanced Studies

97. Hoshi University

98. Tokyo Dental College

99. Tokyo Metropolitan University

100. Meikai University

The best cities to study Oncology and Cancer research in Japan based on the number of universities and their ranks are Tokyo , Suita , Kyoto , and Fukuoka .

Medicine subfields in Japan

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I am considering PhD in Japan. Do anyone of you know how it looks like? I mean, do I need to go to grad school like in USA? Is Japanese language necessary at the beginning (I want to learn it, but during PhD)? My field is biology.

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12 PhD Positions (fully funded) | Cologne Graduate School of Ageing Research

The Cologne Graduate School of Ageing Research (CGA) in Germany is a joint venture of the University of Cologne Excellence Cluster on Stress Responses in Aging-Associated Diseases (CECAD), the University Hospital Cologne, the Max Planck Institute for Biology of Ageing and the Max Planck Institute for Metabolism Research. Cologne has emerged as a leading global research cluster with a stellar constellation of institutes and scientists dedicated to ageing research in Life Sciences.

We offer up to 12 fully funded PhD positions to highly motivated and talented researchers. The structured PhD training programme within a cutting-edge research environment will start on an individual basis between July 1 and October 1, 2025. The initial contract is limited to three years. Payment is based on the German TV-L E13 scale, 65% if terms and conditions under collective bargaining law are fulfilled or on an equivalently remunerated PhD support contract of the Max Planck Society.

• An outstanding international research environment at one of the most prestigious ageing research clusters in Europe
• Excellent infrastructure for training and research by internationally recognized scientists in facilities with state-of-the-art technologies
• PhD projects that can be carried out in up to 47 participating interdisciplinary research groups at the above institutes
• Excellent supervision with academic guidance from thesis advisory committees
• A comprehensive and structured PhD programme in the vibrant city of Cologne, Germany, conducted entirely in English
• An individual career mentoring programme & coaching, a wide range of methodology courses & soft skills workshops, and conference travel grants
• Intensive support and guidance for international students in all administrative matters

We are looking for

• Highly qualified and motivated students holding an MSc or equivalent degree in Biology, Cell/Molecular Biology, Biochemistry, Bioengineering, Bioinformatics, Biophysics, Genetics, Medical Biology, Translational Medicine or a related field
• Students who have already demonstrated their motivation, interest and qualification for the above research areas by achieving very good grades in their BSc and MSc studies
• Candidates with very good English skills (C1 level, written and spoken)

Further information

• Application period: August 12 - November 4, 2024
• Online application portal: https://application.ageing-grad-school.de
• Contact: [email protected]
• nternet: https://www.ageing-grad-school.de

The associated institutes are committed to diversity, diversity of perspectives and equal opportunities. Applications from people with disabilities and their peers are especially welcome, and preference will be given to people with disabilities if they are equally qualified. We are also committed to increasing the number of women in areas where they are under-represented and therefore strongly encourage women to apply.

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How did Raygun qualify for the Olympics? Is she really the best Australia has to offer?

Since Australian breaker Rachael "Raygun" Gunn failed to score a single point in any of her Olympic bouts, many have asked how she qualified for the Games.

Fellow breaker and anthropologist Lucas Marie says she won her qualification "fair and square" last year, but African American man Malik Dixon has criticised the Olympic body for letting her in.

What's next?

Breaking will not be an event at the 2028 Los Angeles Olympic Games — a decision made before Raygun's performance.

The 2024 Paris Olympics marked breaking's debut as a sport at the global event, with 36-year-old lecturer and breaker Rachael "Raygun" Gunn representing Australia for the first time.

Having failed to win a single point in any of her Olympic bouts, Raygun quickly became a viral sensation.

The question on many people's minds now is: How did she even qualify?

Lucas Marie is a breaker who has competed, performed, taught and judged breaking competitions over the past 25 years. He's also an anthropologist who recently co-authored an article with Gunn.

He says the answer to that question is simple.

"There was an Oceania qualifier in which any B-boy or B-girl from Australia [or] New Zealand could enter, and that was in Sydney in October 2023," he told ABC News.

"And leading up to that, there were a lot of other events in which breakers were competing.

"She won those battles fair and square and won the qualification in Sydney.

"And it wasn't really a surprise to anyone. 

"She's been fairly consistent, winning or coming second or third at a lot of breaking events in Australia for the last five to 10 years."

Marie said there was nothing out of the ordinary about Raygun's performance.

"It's not like gymnastics where there's this kind of agreed-upon standard," he said.

"It's always had a rawness to it. It's always had an improvisational kind of quality. And I think looking different and trying different stuff has always been celebrated.

"And I think Raygun, in a way, was just expressing a core kind of hip hop trait in a way a lot of breakers do."

He described her efforts as bold.

"I thought — and this is how I judge a lot of breaking events — I thought, 'Oh, she's making some really interesting choices to mimic Australian animals.' And you can kind of see the choices that she's making in the moment."

Is she the best Australia has to offer?

Team Australia chef de mission Anna Meares insisted after Raygun's performance that she was the best breaker the country had to offer. But is this true?

"It's sometimes just who's performing better on the day," Marie said.

"And at the qualification event in which she won, and other events in which she's won, she performed better on that day and won the ticket.

"That doesn't mean she's the best. It doesn't really work like that.

"I think she's a great breaker. She won the qualification. She's won other events in the past, and she was a good representative for Australia at that competition."

Asked whether there were B-girls in Perth, regional Victoria or rural Brisbane who might have qualified but could not afford to travel to Sydney for the tryouts, Marie agreed this was possible.

"Of course, there's breakers all over the country that maybe should have been in that event, but they weren't."

Breaking will not carry over to the 2028 Olympics in Los Angeles, a decision made before Raygun's battle.

Marie described this as sad.

"Maybe, based on the ratings, they'll reassess that and maybe allocate some medals to breaking," he said.

"I really hope that's the case, and I hope that for other breakers who want to compete in it as a dance sport."

Marie said that at the end of the day people should remember they were dealing with a human.

"As a friend of Rachael's, there's a human being who's getting a lot of negative attention," he said.

"I think people kind of miss that sometimes and forget the human aspect of all this."

'Toying with the culture'

Malik Dixon is an African American who has been living in Australia for more than a decade and is a Sydney University graduate.

He said Raygun made a total "mockery" out of breaking at the Olympics.

"She was dressed like a member of the cricket team or an Australian PE teacher, and from that point it just seemed like satire," Mr Dixon told ABC News.

"It just looked like somebody who was toying with the culture and didn't know how culturally significant it was being the first time in the Olympics and just how important it was to people who really cherish hip hop and one of the elements of hip hop, which is breakdancing.

"It made me think, was Borat her breakdancing coach?"

Mr Dixon said too many people felt entitled to African American culture.

"The African American space has been one where we've shared our community so much and without any restraints, any barriers, roadblocks, obstacles, any gatekeepers, that essentially what should have been African American cultural capital is just shared, which is cool," he said. 

"We like to share, right? 

"We shared 400 years of free labour.

"To see Rachael in her attempt to be a part of the culture just be grossly underwhelming made it seem like she didn't take it seriously."

Olympics body criticised for Raygun qualification

Mr Dixon criticised the body that qualified Raygun, saying she devalued breaking with her performance.

"Whatever governing body nominated her as Australia's entrant into the Olympics either did not understand the assignment or didn't really believe in the integrity or significance of breakdancing, because if they did they would just say, rather than disrespect the culture, we're just not ready to send an applicant this year."

He said Raygun was extremely audacious and not self-aware.

"You've got to know your role, know your position, know your limitation," he said. 

"And I think that part of privilege is saying that there are no limits to what I can do. 

"Part of privilege is having the authority to say that there are no limits and there are no requirements, there are no prerequisites to what I can do."

Raygun's degrees do not hold much water with Mr Dixon.

"Due to consumerism, this Foundational Black American product, which is hip hop, is global," he said.

"And even people who have no connection to any African Americans or any local or regional things that come out in these songs, they have become a part of the whole experience now.

"If I came in and said that I was an authority on Greek music and I was going against the grain of what the mainstream Greek musicians thought, or the school of thought, and I've said that I was the authority, people would check me on that.

"If I had a PhD in sprinting, does that qualify me to go against Noah Lyles? No, it doesn't."

He also doubts Raygun was the best breaker Australia had to offer.

"[There's] got to be somebody out here that's better than that! The kangaroo! The sprinkler! She did the sprinkler out there, man!" he said.

Should everybody just lighten up?

Should we lighten up? Mr Dixon does not believe so.

"Larrikinism is used as a get-out-of-jail-free card and to escape responsibility of how words or actions impact a hurt person," he said.

"But when the majority culture is offended, there's no playing around.

"This is a part of my culture, and I don't think Australians are in a place to tell me how I should feel about breakdancing being mocked on an international stage.

"People who don't have any or limited access to black people or hip hop culture now may see Rachael and her buffoonery as a representation of hip hop and black culture.

"People who were already side-eyeing breakdancing as an Olympic sport, Rachael Gunn has put the nail in that coffin.

"This might be the most viral clip of the whole Olympics. From a comedy standpoint, she's got it, but from an Olympics perspective, its regressive."

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Europe: 20+ fully-funded PhD positions

Discover a wide range of courses and programs at prestigious universities across Europe in disciplines such as chemistry, biological sciences, biochemistry, biotechnology, engineering, molecular biology, medical sciences, agricultural sciences, soil science, environmental science, water science, physics,  mathematics, geosciences, computer science, industrial engineering, downstream processing, and more. Below is a list of schools offering the positions as well as direct links to the posts in the EURAXESS portal.

Here is a list of leading institutions providing these opportunities:

• Karlsruhe Institute of Technology 
• Medical University of Vienna
• Institute of Haematology and Transfusion Medicine 
• University of Bergen 
• Basque Center for Macromolecular Design and Engineering POLYMAT Fundazioa
• Université de Liège
• Inserm U1297
• Università Della Calabria 
• Austrian Centre of Industrial Biotechnology (ACIB GmbH)
• Lund University 
• University of Salerno
• University of Southern Denmark 
• iBET - Instituto de Biologia Experimental e Tecnológica 
• INSA Rouen Normandie 
• Hasselt University 
• Institute of Agrophysics of Polish Academy of Sciences
• University of Modena and Reggio Emilia 
• University of Iceland Science Institute  

Seize the opportunity to advance your academic and research career. Apply now for doctoral (PhD) positions at these esteemed institutions:

PhD Student in Characterization and Recovery of Bionanoparticles for Vaccine Delivery and Gene Therapy, Karlsruhe Institute of Technology (Germany)

PhD Student in the Huppa Lab at the Medical University of Vienna, Medical University of Vienna (Austria)

PhD Student in Molecular Biology, Oncology and Hematology, Institute of Haematology and Transfusion Medicine (Poland)

PhD Student in Causal Decision Making, University of Bergen (Norway) 

PhD Fellowship in Applied Chemistry and Polymeric Materials, Basque Center for Macromolecular Design and Engineering POLYMAT Fundazioa (Spain)

PhD Student in Characterization of thermo-hydro-mechanical properties of longwall goaf for geothermal energy storage in abandoned coal mines, Université de Liège (Belgium)

PhD Student in urinary cytokines for the early detection and outcome assessment of kidney injury, Inserm U1297 (Spain)

PhD Student in MetacMed - Acoustic and mechanical metamaterials for biomedical and energy harvesting applications, Università Della Calabria (Italy)

PhD Fellow in Wind Modeling, UiT The Arctic University of Norway (Norway) 

PhD Fellow in Geodynamics and Surface Processes, University of Bergen (Norway)

PhD Student in Separation and purification of bionanoparticles by convective material and 3D-printed material, Austrian Centre of Industrial Biotechnology (ACIB GmbH) (Austria)

PhD Student in Synchrotron Methods and Applications in Sweden, Lund University (Sweden)

PhD Student in Industrial Engineering (chemical engineering, mechanical engineering, electronic engineering) - University of Salerno (Italy) 

PhD Student in Model-based prediction of bionanoparticle separation by continuous ultracentrifugation and convective chromatography, Austrian Centre of Industrial Biotechnology (ACIB GmbH) (Austria)

PhD Student in LLM-assisted Multirobot Mission Planning and Control, University of Southern Denmark (Denmark)

PhD Student in Area of Natural Bioactives & Nutraceuticals, iBET - Instituto de Biologia Experimental e Tecnológica (Portugal) 

PhD Student in Electrochemical Gold-Catalysed Processes, INSA Rouen Normandie (France)

PhD Student quantum mechanical modelling of polymers, Hasselt University (Belgium)

PhD Student in legume-based diversification of cereal cropping systems, IRTA (Spain)

PhD Student in Splash phenomenon as a mechanism of transportation of soil bacteria, Institute of Agrophysics of Polish Academy of Sciences (Poland)

PhD Research Fellow in applied and computational mathematics, University of Bergen (Norway)

PhD Student in Palynology, University of Modena and Reggio Emilia (Italy)

PhD Student in AI-modelling of Powerful Microwaves in Fusion Plasmas, University of Southern Denmark (Denmark) 

PhD Student in personalized medicine in chronic kidney disease, Inserm U1297 (France)

PhD Student in method development and simulation of solid / liquid interfaces,

University of Iceland Science Institute (Iceland)

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Whitehead Institute graduate student researchers Christopher Giuliano (Lourido Lab) and Julian Roessler (Hrvatin Lab) have been awarded the 2024 Regeneron Prize for Creative Innovation.

Merrill meadow | whitehead institute, july 30, 2024.

Whitehead Institute graduate student researchers Christopher Giuliano and Julian Roessler have been awarded the 2024 Regeneron Prize for Creative Innovation. In addition, postdoctoral researcher Chen Weng was selected as a finalist in the postdoctoral fellows competition.

The Regeneron Prize, sponsored by global biotechnology company Regeneron Pharmaceuticals, Inc., is a competitive award designed to recognize and honor exceptional talent and originality in biomedical research. Individual graduate students and postdoctoral fellows in the biomedical sciences are nominated by the nation’s top research universities. Then, nominees outline their “Dream Projects” — potentially groundbreaking research projects that they would pursue given unrestricted access to resources and state-of-the-art technology.

The “Dream Project” proposals, presented by the nominees to a selection committee comprised of Regeneron’s leading scientists, are used to evaluate a trainee’s scientific merit, elegance, precision, and creativity. Novel research ideas and out-of-the-box thinking is encouraged — although the proposal must include a strong rationale, basic methodology and design for the project, and a discussion of how its results could advance the field. Both Giuliano and Roessler have been awarded $50,000 for their proposals, which can be used in any way the winners choose. In addition, Weng was awarded $5,000 as a finalist, and Regeneron has made a $10,000 grant to the Whitehead Institute as the home institute of the winners to support its seminar series.

This year’s awards are distinctive in that the two winners are from the same institution: Both Giuliano and Roessler are pursuing their PhDs at Massachusetts Institute of Technology (MIT) and conducting their doctoral research at Whitehead Institute.

Giuliano is a researcher in the lab of Whitehead Institute Member Sebastian Lourido, who is also an associate professor of biology at MIT and holds the Landon Clay Career Development Chair at Whitehead Institute. Giuliano’s Dream Project seeks to address the unique challenges posed by genetically based muscle disorders. “An obstacle in using current gene therapies to treat these conditions,” he explains, “is that muscle tissue comprises large syncytial cells, which contain hundreds of nuclei in a shared cytoplasm. Even when a gene therapy is able to reach an individual muscle cell, it often isn’t able to spread to every nucleus within that cell.” However, certain parasites, like Toxoplasma gondii, thrive because they have the capacity to successfully gain access to and manipulate muscle cells. T. gondii, the primary focus of the Lourido lab’s work, may infect nearly one third of all humans. “My project,” Giuliano says, “would identify the specific biological mechanisms used by the parasites to spread their virulence factor proteins throughout the cell. Using genetic screens for protein spread, we would work toward applying these protein features to improve the efficiency of muscle-directed gene therapies, and ultimately test our system in a mouse model of Duchenne muscular dystrophy.”

Roessler is a researcher in the lab of Whitehead Institute Member Siniša Hrvatin, who is also an assistant professor of biology at MIT. While Roessler’s doctoral research focuses on the neuronal circuitry underlying torpor and hibernation in small mammals, his Dream Project seeks to identify the sensory circuitry regulating the “diving reflex” displayed in land- and sea-dwelling mammals, including humans. The diving reflex occurs when an animal’s face is immersed in cold water, prompting an array of organs to reduce their function in ways that, scientists believe, privileges the flow of oxygen to the brain and muscles. “That this reflex has been conserved across millions of years of mammalian evolution suggests an extraordinary genetic advantage,” Roessler says. “Yet, researchers have given comparatively little attention to the neuronal circuits underlying this reflex, and we don’t understand even the fundamental mechanisms by which the nervous system coincidently detects both cold temperature and the presence of water.” Beyond elucidating a foundational aspect of mammalian biology, Roessler’s projects could, if pursued, underpin new interventions for conditions ranging from migraine headaches to cardiac arrhythmia that might be ameliorated by artificial stimulation or inhibition of the diving response.

Weng is a postdoctoral researcher in the lab of Whitehead Institute Member Jonathan Weissman, who is also a professor of biology at MIT, the Landon T. Clay Professor of Biology at Whitehead Institute, and an Investigator of the Howard Hughes Medical Institute. His Dream Project — which proposes a new approach to using single-cell genealogy to understand factors driving cell line evolution — is an extension of his current work. Indeed, this past year he co-developed a technology that details the family trees of human blood cells and provides new insights into the differences between lineages of hematopoietic stem cells. The technology gives researchers unprecedented access to any human cells’ histories — and a path to resolving previously unanswerable questions.

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Biomedical Sciences Graduate Program Receives Approval for New PhD Program in Computational Biology

July 11, 2024 by [email protected]   |   Leave a Comment

Computational biology is an interdisciplinary field that centers on the development and application of computational methods to analyze large collections of biological data, such as genetic sequences, cell populations or protein samples, to make new predictions or discover new biology. The computational approaches used include analytical methods, mathematical modeling and simulation. The shift toward more quantitative approaches to biological research and experimentation is driving demand for expert computational biologists who can manage, analyze and interpret large sets of biological data. Our new degree program will address this need by training computational biologists who are prepared to develop and apply sophisticated computational approaches to key biological and biomedical questions in academia and industry. The proposed PhD program will equip students with the knowledge and skills to conduct advanced analysis of large data sets. Students will also gain an in-depth understanding of the biology behind the data they are analyzing and will learn to apply computational approaches such as algorithms and statistical models that are commonly used across biological fields. Importantly, the students will learn and apply the principles of open science – transparency, scientific reproducibility, data sharing and collaborative research. Graduates will be able to identify areas for future research and contribute to research teams to drive discovery and innovation in the biological sciences in both the public and private sector.

Now that the official SCHEV approval letter is safely in hand, Dr. Sheffield is preparing to assume his role as the inaugural Director of Graduate Studies for the UVA SOM Computational Biology PhD program. He will work with many others who will be involved in the work of bringing the program to life. This will require continuing to build new coursework, recruiting faculty mentors for trainees and, of course, marketing the opportunity to the next generation of students seeking a PhD in Computational Biology!

Many thanks go to all of the individuals who helped with this effort at any point throughout the very long process of shepherding this proposal through the approval process – it took a village!

Link to full article.

Tags: Computational Biology , CPHG , Nathan Sheffield

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Japan Needs Foreign Workers. It’s Just Not Sure It Wants Them to Stay.

Foreign employees have become much more visible in Japan. But policies designed only for short-term stays may hurt the country in the global competition for labor.

By Motoko Rich and Kiuko Notoya

The reporters visited a nursing home operator in Maebashi and a Japanese inn in Oigami Onsen, and also reported from Tokyo.

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Japan desperately needs people like Ms. Thazin to fill jobs left open by a declining and aging population. The number of foreign workers has quadrupled since 2007, to more than two million, in a country of 125 million people. Many of these workers escaped low wages, political repression or armed conflict in their home countries.

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