Search

Chapter 1: History Chapter 2: Cancer biology 2.1 cellular and molecular 2.2 Genetics 2.3 Epigenetics 2.4 Metastasis 2.5 Metabolism Chapter 3: Causes 3.1 Chemicals 3.2 Diet and exercise 3.3 Infection 3.4 Radiation 3.5 Heredity 3.6 Physical agents 3.7 Hormones 3.8 Autoimmune diseases Chapter 4: Classification 4.1 Carcinoma 4.2 Sarcoma 4.3 Blastoma 4.4 Lymphoma and leukemia Chapter 5: Treatment 5.1 Chemotherapy 5.2 Radiotherapy 5.3 Surgery 5.4 Immunotherapy Chapter 6: Vaccine

Chapter1: Definition and history Chapter2: Identify different categories of immunotherapy Chapter3: Immunosuppressors Chapter4: Cytokines Chapter5: Monoclonal antibodies Chapter6: Immunoglobulin Therapy Chapter7: CAR T-cell Therapy Chapter8: Immune Checkpoint Inhibitors Chapter 9: An overview of articles

Chapter1. Introduction Chapter 2. Physiology Chapter 3. Embryonic stem cells Chapter 4. Amniotic Chapter 5.Fetal stem cells Chapter 6. Adult stem cells Chapter 7. Dental stem Chapter 8. Cancer stem cells Chapter 9.Stem cells, skeletal muscle regeneration, and bone formation Chapter 10. Neuroscience and stem cell Chapter 11. Neuroimaging

Textbook about new advances in the field of Immunotherapy ( T-cell transfer therapy and Monoclonal antibodies). For medical students, medical doctors, and researchers.

Chapter 1: Nanoparticles for Drug Delivery Chapter 2: Nanobiotechnology and Bionanomaterials Chapter 3: Nanomedicine for Cancer Treatment Chapter 4: Personalized Medicine and Precision Diagnostics Chapter 5: Nanotechnology for Infectious Disease Chapter 6: Eco-Nanomedicine and the Environment Chapter 7: Future Prospects: Molecular Nanomachines, New Drug Modalities, Individual Nanobots in the Body

Chapter1: Definition and history Chapter2: Identify different categories of immunotherapy Chapter3: Immunosuppressors Chapter4: Cytokines Chapter5: Monoclonal antibodies Chapter6: Immunoglobulin Therapy Chapter7: CAR T-cell Therapy Chapter8: Immune Checkpoint Inhibitors Chapter 9: An overview of articles

Genetics is the study of inheritance, the process by which traits are passed from parents to offspring. It is one of the most influential scientific fields, as it has opened new ways of understanding the mechanisms of inheritance, which can be applied to many areas of biology. This introduction will provide a brief overview of genetics, the history of the field, and the many applications it has in biotechnology and medicine.

Chapters Chapter 1: Brain-Computer Interfaces and Neural Engineering Chapter 2: Neuroimaging Advances in Mapping the Brain Chapter 3: Genetics of Neuropsychiatric Disorders Chapter 4: Molecular Mechanisms of Learning and Memory Chapter 5: Neuroplasticity and Rehabilitation Chapter 6: Cognitive Enhancement and Neural Performance Chapter 7: Neuroscience and new technologies Chapter 8: The Developing Brain: Plasticity from Cradle to Grave Chapter 9: Understanding Human Behavior: Insights from Psychological Perspectives Chapter 10: The Intersection of Psychology and Educational Management: Strategies for Optimal Student Development