The goals for establishing the Lundquist Institute CIRM training program are threefold: 1) to create a stem cell-focused program at TLI that will enable to recruit and train researchers in stem cell biology and regenerative medicine, its translational significance, the underlying ethical considerations involved, “bench-to-bedside” translation, and commercialization strategies; 2) to educate the public, with a specific focus on South Bay, on the biology and ethics of stem cell research and keep the community updated on the technological advances in the field; and 3) to retain the trained stem cell researchers by providing access to the latest emerging companies based locally at TLI. Currently, the TLI CIRM training program has recruited and is supporting 7 postdoctoral fellows and 4 graduate students in the first period of this award. The scientific projects span different aspects of stem cell research and different organ systems (immune system, lung, brain, pancreas, etc.). The scope of these projects span disease modeling, gene editing approaches, as well as gene and cell therapy. The trainees are mentored by world renowned experts in developmental biology and stem cell research who have expertise in germ cells, human embryonic stem cell (hESC), and induced pluripotent stem cell (iPSC) culture and differentiation.
A set of courses and training modules took place in this first period. Didactic courses in biostatistics, responsible conduct of research as well as technology transfer and commercialization were implemented. Basic stem cell coursework has been planned to take place in year 2. Furthermore, CIRM scholars in this period participated in training and outreach opportunities through the high school summer program as well as the little Einstein’s program initiated by the Lundquist Institute. Many trainees have attended national and international meetings where they presented their work and earned awards and recognitions for their work. The trainees also attended the monthly president’s lecture series, IWI monthly lecture series, where several renowned stem cell scientists were invited to speak. In addition, many of the trainees presented their work in progress at the bi-monthly research in progress forum. CIRM trainees, graduate students and postdoctoral fellows, have selected or are in the process of selecting a mentoring committee. All trainees are then expected to meet with their mentoring committee to assess progress, career goals and individual development plans. Based on this, the trainees will submit an annual progress report that will be evaluated by the steering committee, and based on which funding for additional years would be granted. Our goal is to eventually lead CIRM fellows to achieve their goals and become significant players in stem cell research and regenerative medicine.
Reporting Period:
Year 2
The goals for establishing the Lundquist Institute CIRM training program were threefold: 1) to create a stem cell-focused program at TLI that will enable to recruit and train researchers in stem cell biology and regenerative medicine, its translational significance, the underlying ethical considerations, “bench-to-bedside” translation, and commercialization strategies; 2) to educate the public, with a specific focus on South Bay, on the biology and ethics of stem cell research and keep the community updated on the technological advances in the field; and 3) to retain the trained stem cell researchers by providing access to the latest emerging companies based locally at TLI.
In this second reporting period, in line with our first goal, the TLI CIRM training program has recruited and supported nine postdoctoral fellows and 4 graduate students. The scientific projects span a wide array of stem cell-related projects involving several organ systems which primarily include the immune system, the developing lung, brain, pancreas, etc. The scope of these projects’ include disease modeling, gene editing approaches, as well as gene and cell therapy. The trainees continue to be mentored by world renowned experts in developmental biology and stem cell research who have expertise in germ cells, human embryonic stem cell (hESC), and induced pluripotent stem cell (iPSC) culture and differentiation.
A set of courses and training modules took place in this period. Didactic courses in biostatistics, responsible conduct of research as well as technology transfer and commercialization class, and basics in stem cell biology class, were conducted. Mentoring and career development events were also held.
In line with our second CIRM program goal, during this period of the training program, CIRM trainees participated in training and outreach opportunities through the high school summer program as well as the little Einstein’s program initiated by the Lundquist Institute. In addition, they participated in a Mini Medical school initiative, where they introduced stem cells and stem cell research to elementary school students in TLI’s neighborhoods.
Many trainees attended national and international meetings where they presented their work and earned awards which included three prestigious awards from the American Thoracic Society and the American Physiological society, highlighting the quality of their research and recognition in the field. The trainees also attended the President’s Lecture Series, Institute of Women and Children’ Health Institute Within the Institute monthly lectures, featuring several renowned stem cell scientists. Furthermore, the trainees presented their work in progress at the bi-monthly research in progress forum and The Lundquist Institute (TLI) poster Day in October 2023. A total of three original supported by CIRM were published. In addition, we are partnering with other CIRM EDUC4 programs (e.g. CHLA), to expand the access of the trainees to scientific lectures and events. Our goal is to eventually lead CIRM fellows to achieve their goals and become significant players in stem cell research and regenerative medicine.
Reporting Period:
Year 3
The goals of the Lundquist Institute CIRM training program are: 1) to create a stem cell-focused program at TLI that will enable to recruit and train researchers in stem cell biology and regenerative medicine, its translational significance, the underlying ethical considerations, “bench-to-bedside” translation, and commercialization strategies; 2) to educate the public, with a specific focus on South Bay, on the biology and ethics of stem cell research and keep the community updated on the technological advances in the field; and 3) to retain the trained stem cell researchers by providing access to the latest emerging companies based locally at TLI.
In this third reporting period, in line with our first goal, the TLI CIRM training program has continued to support seven postdoctoral fellows, and 2 graduate students appointed in the previous periods. The scientific projects span a wide array of stem cell-related projects involving several organ systems which primarily include the immune system, the developing lung, brain, pancreas, gonads, etc. The scope of these projects includes understanding organ development, disease modeling, gene editing approaches, as well as targeted gene, cell, and siRNA-based therapies. The trainees continue to be mentored by world renowned experts in developmental biology and stem cell research who have expertise in human embryonic stem cell (hESC), induced pluripotent stem cell (iPSC) culture and differentiation, gene editing, and organ repair and regeneration.
A set of courses and training modules took place during this reporting period. Didactic courses in stem cell ethics and basics in stem cell coursework were conducted. Mentoring and career development events and workshops were also held (a series of comprehensive grant writing workshops and biostatistics).
Additionally, in line with CIRM’s mission, during this period of the training program, trainees participated in training and outreach opportunities through the high school summer program at TLI, and the CIRM spark program at Charles Drew University (CDU). In addition, they participated in a Mini Medical school initiative, where they introduced stem cells and stem cell research to elementary school students in TLI’s neighborhoods. Additionally, the PI also participated in DREAM (Driving Resiliency through Empowerment, Advocacy, and Mentorship) program at Gardena High School. In partnership with Harbor-UCLA pediatrics and UCLA Medical students, this is a pipeline program to support dreams of high school students from diverse under-served/under-represented communities to pursue careers in healthcare. Along with other topics, they were introduced the power of stem cells to treat a diverse array of medical conditions and career opportunities in the field of stem cell biology.
Many trainees attended national and international meetings where they presented their work and earned awards ds from the American Thoracic Society, the American Physiological Society, American Association of Immunologists, etc., highlighting the quality of their research and recognition in the field. The trainees also attended the President’s Lecture Series, Institute of Women and Children’ Health Institute Within the Institute (IWI) monthly lectures, featuring several renowned stem cell scientists, Neurotherapeutics, and Metabolism and Endocrinology IWI lecture series as well. Furthermore, the trainees presented their work in progress at the bi-monthly research in progress forum and The Lundquist Institute (TLI) trainee poster Day (held in February 2024). A total of four original studies and two reviews by CIRM trainees were published. In addition, we partner with other CIRM EDUC4 programs (e.g. CHLA), to expand the access of the trainees to scientific lectures and events. Our goal is to lead CIRM fellows to achieve their goals and become significant players in stem cell research and regenerative medicine.
Grant Application Details
Application Title:
Stem Cell Training Program at the Lundquist Institute
Public Abstract:
Setting aside the ethical implications of using certain embryonic versus adult stem cells, the scientific value of stem cell research is undeniable. The potential of stem cells turning into any cell has enormous promise for replacing the damaged cells in any organ system. Advances in the programming of stem cells to prevent, treat, and reverse previously untreatable conditions can have important public health implications. The renewed mandate from California voters provides a unique opening to realize and consolidate gains of stem cell research and regenerative medicine. With this momentous opportunity, exploiting our Institute’s rich technical and scientific resources, we seek support to advance three goals proposed in this application. The first is to create a stem cell-focused program that will enable to recruit and train researchers in stem cell biology and regenerative medicine, its translational significance, the underlying ethical considerations involved, “bench-to-bedside” translation, and commercialization strategies. The second is to educate the public, with a specific focus on the biology and ethics of stem cell research and keep the community updated on the technological advances in the field. The third focus is to retain the trained stem cell researchers by providing access to the latest emerging companies based locally. The proposed training program includes a didactic curriculum on Stem Cell Biology, Research Methods and Stem Cell Therapies”, “Ethical, Legal, and Social Implications of Stem Cell Research and Therapies,” “Omics Approaches to Regenerative Medicine,” and “Technology transfer and Commercialization.” Our robust community outreach programs will educate the public and enhance bench to bedside translation of Science. Providing accurate information and keeping the public updated on technological advances in the field are highly important for the conceptual acceptance of stem cell research, participation in clinical trials, and future tax-payer funding initiatives. The funding of this application will allow the trainees interested in stem cell biology and regenerative medicine 1) to leverage the existing scientific resources, access the emerging stem cell-focused local biomedical companies, and train under the mentorship of innovators and leaders in the field of stem cell research; 2) educate and engage the general community in clinical applications and ethics of stem cell research; and 3) increase highly trained scientists ready to pursue long-term career opportunities in regenerative medicine and stem cell research.
Statement of Benefit to California:
With the goals to recruit, train, retain, a California-based diverse stem cell workforce, and by educating the non-scientific general public on the clinical applications of stem cell research, including the ethical, legal, and social issues involved, this proposal advances the central mission of CIRM. Each of the three proposed goals addresses a specific facet of this proposal. The creation of a stem cell-focused program will accomplish the first goal, i.e., recruitment and high-quality training of researchers interested in stem cell biology and regenerative medicine utilizing the existing excellent technical, mentorship, and leadership resources. Although a graduate training program and multiple clinical fellowship programs are already in place on our campus, the establishment of a stem cell-focused training program will be the first on this campus, which is likely to not only infuse enthusiasm for stem cell research but is likely to inculcate life-long careers in the field. The proposed strategies to educate the public, specifically targeting the South Bay, on clinical applications and medical advances in stem cell biology and the ethical considerations involved allows achieving the second goal. This is highly relevant since the personal beliefs on stem cell research are highly variable, but many of these are based on incomplete and often inaccurate information. Providing accurate information and keeping the public updated on technological advances in the field are highly important for the conceptual acceptance of stem cell research, participation in clinical trials, and future tax-payer funding initiatives. This complements our already existing and highly effective community engagement and teaching programs in many areas, e.g., obesity control, smoking cessation, med-school for elementary school students, etc. The proposed strategy to capitalize on a host of local cutting-edge biotech companies involved in stem cell research to retain CIRM scholars achieves the third goal of this proposal. This will lead to an increase in a highly trained and diverse stem cell research-related workforce, benefitting both the CIRM scholars as well the State of California.