- Diseases
- Acoustic Neuroma (14)
- Adrenal Gland Tumor (24)
- Anal Cancer (66)
- Anemia (2)
- Appendix Cancer (16)
- Bile Duct Cancer (26)
- Bladder Cancer (68)
- Brain Metastases (28)
- Brain Tumor (230)
- Breast Cancer (718)
- Breast Implant-Associated Anaplastic Large Cell Lymphoma (2)
- Cancer of Unknown Primary (4)
- Carcinoid Tumor (8)
- Cervical Cancer (154)
- Colon Cancer (164)
- Colorectal Cancer (110)
- Endocrine Tumor (4)
- Esophageal Cancer (42)
- Eye Cancer (36)
- Fallopian Tube Cancer (6)
- Germ Cell Tumor (4)
- Gestational Trophoblastic Disease (2)
- Head and Neck Cancer (6)
- Kidney Cancer (124)
- Leukemia (344)
- Liver Cancer (50)
- Lung Cancer (288)
- Lymphoma (284)
- Mesothelioma (14)
- Metastasis (30)
- Multiple Myeloma (98)
- Myelodysplastic Syndrome (60)
- Myeloproliferative Neoplasm (4)
- Neuroendocrine Tumors (16)
- Oral Cancer (100)
- Ovarian Cancer (170)
- Pancreatic Cancer (164)
- Parathyroid Disease (2)
- Penile Cancer (14)
- Pituitary Tumor (6)
- Prostate Cancer (144)
- Rectal Cancer (58)
- Renal Medullary Carcinoma (6)
- Salivary Gland Cancer (14)
- Sarcoma (236)
- Skin Cancer (296)
- Skull Base Tumors (56)
- Spinal Tumor (12)
- Stomach Cancer (60)
- Testicular Cancer (28)
- Throat Cancer (90)
- Thymoma (6)
- Thyroid Cancer (98)
- Tonsil Cancer (30)
- Uterine Cancer (78)
- Vaginal Cancer (14)
- Vulvar Cancer (18)
- Cancer Topic
- Adolescent and Young Adult Cancer Issues (20)
- Advance Care Planning (10)
- Biostatistics (2)
- Blood Donation (18)
- Bone Health (8)
- COVID-19 (362)
- Cancer Recurrence (120)
- Childhood Cancer Issues (120)
- Clinical Trials (628)
- Complementary Integrative Medicine (24)
- Cytogenetics (2)
- DNA Methylation (4)
- Diagnosis (230)
- Epigenetics (6)
- Fertility (64)
- Follow-up Guidelines (2)
- Health Disparities (14)
- Hereditary Cancer Syndromes (124)
- Immunology (18)
- Li-Fraumeni Syndrome (8)
- Mental Health (118)
- Molecular Diagnostics (8)
- Pain Management (62)
- Palliative Care (8)
- Pathology (10)
- Physical Therapy (18)
- Pregnancy (18)
- Prevention (898)
- Research (392)
- Second Opinion (74)
- Sexuality (16)
- Side Effects (604)
- Sleep Disorders (10)
- Stem Cell Transplantation Cellular Therapy (216)
- Support (404)
- Survivorship (322)
- Symptoms (184)
- Treatment (1776)
Personalized Therapy Benefits Late-Stage Cancer Patients in Clinical Trial
3 minute read | Published June 03, 2011
Medically Reviewed | Last reviewed by an MD Anderson Cancer Center medical professional on June 03, 2011
Customized treatment that matches specialized cancer drugs to their targets on each patient's tumor has been found to increase survival of people with late-stage disease in a Phase I clinical trial at MD Anderson.
Researchers presented results today at the annual meeting of the American Society for Clinical Oncology in Chicago. ASCO also chose to highlight this project to the news media from among thousands submitted to the meeting.
Patients who enroll in Phase I clinical trials have no regular treatment options left and have advanced disease that has spread to other organs or can't be surgically removed.
How this research was done In this trial, patients' tumors were analyzed for genetic flaws and when there were drugs available to attack that defect, patients received those drugs rather than those thought to target their type of cancer, such as breast or lung. Patients with just about every type of solid tumor -- lung, breast, colorectal, prostate, brain, pancreas, liver, kidney, melanoma, thyroid and many others -- participated.
"This preliminary study strongly suggests that molecular analysis is needed to use the right drug for the right patient. Up to this point, we have generally treated tumor types, but this study shows we cannot treat all patients with a tumor type the same way," says study principal investigator Apostolia-Maria Tsimberidou, M.D., Ph.D., associate professor in MD Anderson's Department of Investigational Cancer Therapeutics. "We need to take into consideration a number of factors, and this study suggests that a personalized approach is needed to improve clinical outcomes for patients with cancer."
Researchers analyzed tumors of 1,144 patients with metastatic or inoperable cancer. Their median age was 58, and the median number of prior treatments was four. Of these, 460 had one or more gene defects targetable by available approved or experimental drugs.
For the 175 patients with one aberration, the medical response rate was 27% with matched targeted therapy. The response rate was 5% in 116 patients when treated with non-matched therapy.
Patients who received matched targeted therapy had median survival of 13.4 months, compared to nine months for unmatched targeted therapy. Median survival without cancer progression was 5.2 months for those receiving matched therapy, compared to 2.2 months for patients who received unmatched therapy.
How this changes cancer treatment Cancer chemotherapy is migrating from blunt-instrument drugs that affect both cancer and healthy cells to more focused drugs that hit tumors while doing less damage to normal cells. Individual tumors vary on the genetic level among patients with the same type of cancer. Some genetic defects are found in multiple types of cancer.
Study results will need to be confirmed in randomized, controlled clinical trials. But the findings mark another step toward individualized care, which has been hindered by lack of targeted drugs and expensive tumor-testing technology.
"This study affirms what we in the cancer community have been talking about for a decade -- matching drugs to patients," says Razelle Kurzrock, M.D., chair of the Department of Investigational Therapeutics and director of MD Anderson's Phase I clinical trials program. "The time is now. The drugs are here. The technology is here. With our program at MD Anderson, we can bring the two together to offer the most personalized care for our patients."
Read the News Release - Targeted Therapy Promising For Cancer Patients
ABC World News - Personalized Medicine Redefines How Docs Treat Cancer