References
<br>1.	Dwaine F. Emerich and Gorka Orive, Cell Therapy: Current status and future directions, Humana Press, 
<br>New York, 2018 (ISBN 978-3-319-57153-9)
<br>2.	Journal papers
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<br>Teaching Method
<br>Lectures, discussion, students’ oral presentation
<br>
<br>Syllabus
<br>1.	Course introduction
<br>2.	Current status and challenges of cell-ba<x>sed regenerative therapies
<br>3.	Molecular mechanisms of cell therapy-induced regeneration
<br>4.	Strategies for tracing the transplanted cells
<br>5.	Animal models for evaluating the efficacy of cell therapies
<br>6.	Biomaterials for cell therapy (I): Cell encapsulation
<br>7.	Biomaterials for cell therapy (II): Scalable cell production
<br>8.	Midterm exam
<br>9.	Cell-derived products as therapeutics (I): Extracellular vesicles
<br>10.	Cell-derived products as therapeutics (II): Mitochondria
<br>11.	Regulations for cell therapy
<br>12.	GTP/GMP Cell Manufacturing Facilities
<br>13.	Cell-ba<x>sed therapies for cardiovascular diseases
<br>14.	Cell-ba<x>sed therapies for neurodegenerative diseases
<br>15.	Cell-ba<x>sed therapies for musculoskeletal disorders
<br>16.	Cell-ba<x>sed therapies for diabetes mellitus
<br>17.	Term project presentation
<br>18.	Final exam
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<br>Evaluation
<br>Midterm exam: 25%
<br>Final exam: 25%
<br>Term project: 20%
<br>Class discussion: 20%
<br>Attendance: 10%
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<br>Declaration for Student Use of AI:
<br>本課程無涉及AI使用 Not applicable