Tissue Engineering Made Easy

His status as an early-career researcher (with a limited publication record; h-index 5) is precisely what makes this author the ideal voice for a truly entry-level volume. Other successful Life Science titles – MATLAB for Neuroscientists and Guide to Research Techniques for Neuroscientists – serve as examples of how young authors can effectively address the questions most pertinent to others in their same career phase. Author, OSCE Passcards for Medical Students (Radcliffe Publishing, 2014, 9781910227251) – publication designed to test Objective Structured Clinical Examination candidates on procedure for a wide variety of topics. Presents topics in an easy-to-read format, detailing best practices, pertinent questions, tests to perform, and possible responses and suspected diagnoses. Prizes & distinctions: Great Britain & Ireland Intercalated award, 2009; Young Physiologists Prize, 2009; Royal College of Obstetrics & Gynaecology research prize, 2010; Merit prize for Teaching, 2013. Additional clinical and research experience: Critical care, MGH, Harvard Medical School; Neurosurgery, Hospital Kuala Lumpur; Postpartum Haemorrhage, BDG, Hospital, Tanzania; Febrile convulsions, ICMH, Dhaka, Bangladesh.

1. What is tissue engineering?2. Principles of tissue engineering3. Factors governing tissue engineering4. Skin regeneration5. Nerve regeneration6. Opthalmic regeneration7. Cardiovascular regeneration8. Respiratory regeneration 9. Bone regeneration