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Facility The main clinical site for the Sidney Kimmel Comprehensive Cancer Center at Johns Hopkins is located on the campus of the Johns Hopkins Medical Institutions in East Baltimore, Maryland. Most of the clinical activity for adult patients occurs in the Harry and Jeanette Weinberg Building. Other programs are held elsewhere on campus, or in our satellite clinics in Baltimore County. Details:
Travel Assistance Johns Hopkins USA is a single point of contact to Johns Hopkins services and medical facilities. Trained professionals help plan patient visits, from appointments to travel arrangements. Hopkins USA is available any time between 8:30 AM and 4:30 PM Eastern time Monday through Friday by calling 410.847.3582. Lodging The Kimmel Cancer Center’s Housing Referral Service assists patients and their guests by providing information about available housing options, including nearby residential facilities, hotel accommodations and apartment leasing. The Housing Referral Service operates Monday through Friday and can be reached by dialing 410-614-6527 or visiting the Duffey Patient and Family Services Suite. There are two on-campus Johns Hopkins residential facilities. The Joanne Rockwell Memorial House and The Hackerman-Patz House offer short-term or long-term housing options for adults (12 years and older) in a homelike environment. Both houses are located across the street from the main hospital entrance on Wolfe Street and offer a total of 20 guest rooms. Designed to provide housing for cancer patients and their families, these facilities can accommodate other patients when space availability allows. Nightly rates are $46 with a 10 percent discount for 30 consecutive days or longer. Patients can secure these accommodations by calling 410.614.6527 and reserving a place on the waiting list. Guest Services at Hopkins provides the best means for reserving hotel rooms and ensuring a reduced, Johns Hopkins rate. The price for a one-night stay ranges from approximately $80–$160. For more information, contact Guest Services at 800.225.2201 or 410.614.1911. TreatmentMultidisciplinary Clinics See list below. Contact number for all clinics is 410.955.8964.
Stem Cell Transplant Program Diseases Treated
Types of Transplants Offered
New Approaches Being Developed at Johns Hopkins
Alternative/Complementary Medicine
Our research program focuses on gender-specific cancers, initially breast and prostate cancers. In addition, acupuncture services are offered. Cancer Prevention and ScreeningThe Cancer Risk Assessment Program – 410.614.6319 The Johns Hopkins Breast and Ovarian Surveillance Service (BOSS) – 410.502.7082
The Hereditary Colorectal Cancer Registry – 410.955.3875 (local) 888.77.COLON / 888.772.6566 (national) Community Screening Support ServicesThe Harry J. Duffey Family Patient and Family Services Program at the Sidney Kimmel Comprehensive Cancer Center at Johns Hopkins assists patients and families throughout their cancer experience. Comprehensive services and resources are available to address the psychosocial needs of patients and families across the entire continuum of the disease from diagnosis to “living with cancer” to palliative care. The Duffey Program is comprised of the following:
Services offered include:
The Duffey Family Pain and Palliative Care Program focuses on the whole person: body, mind and spirit. Our multidisciplinary team of experts, focus on comfort and symptom management, open communication with family and the treatment team and recognizes the dignity and spirit of each person. When it comes to chronic cancer pain, patients need additional support and education. To help patients cope with chronic pain associated with cancer, our cancer pain experts developed an interactive web-based program that provides patients with practical tools in which to manage their pain (www.cancerpain.jhmi.edu), to rate their pain experience, and to learn how to solve the most common cancer pain-related problems. . Supportive CareThe Johns Hopkins Home Care Group – 410.288.8100 The Johns Hopkins Outpatient Pharmacy at Weinberg – 410.955.5747 The Image Recovery Center – 410.502.5623, http://www.imagerecovery.com Nutrition Services – 410.955.8152 Cooperative Group Membership
Clinical and Research EffortsAdult Oncology Program
The Sidney Kimmel Comprehensive Cancer Center at Johns Hopkins
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Ages Treated |
Children and adolescents through age 21 |
Pediatric Oncology Daytime Line |
410.955.8751 |
General Information |
410.955.2457 |
24 hour Referral & Information |
800.765.JHHS (800.765.5447) 410.283.2333 – Clinical Fellow |
Location |
CMC 8 – Inpatient Unit |
Facility Description |
The Pediatric Oncology Program at Johns Hopkins Kimmel Cancer Center offers a 20 private room unit that is completely HEPA-filtered and has short stay and outpatient capabilities in the Children’s Center. The unit is staffed by specialized nurses trained in the special needs of children and adolescents with cancer as well as those undergoing blood or bone marrow stem cell transplantation for cancer and/or a wide variety of inherited disorders including immunodeficiency, sickle cell anemia, storage diseases, and autoimmune and histiocytic disorders. The outpatient clinic is in a connecting building. Both inpatient and outpatient units have been completely renovated in 2005. The Pediatric Oncology and Transplantation Unit is a special wing of the Harriet Lane Pediatric Service and Children’s Center. This unit is especially designed to provide a positive and comfortable experience for the pediatric oncology patient and family by staff devoted to and trained in pediatric hematology, oncology, and transplantation. |
Travel Assistance |
Johns Hopkins USA provides out-of-town patients with toll-free access to services from appointment coordination to guidance on hotels, transportation, and preferred routes of travel. Call 800.225.2201 or 410.614.1911, Monday through Friday, 9:00 AM to 5 PM, Eastern, or fax to 410.614.5196. |
Lodging |
The Children’s Center House is across the street from Hopkins. Also, there is the Lucas Livingston suite available at a nearby hotel for Pediatric Oncology patients. A Ronald McDonald House across town is served by shuttle bus. The Children's House at St. Casimir is five to seven minutes by car. Social workers assist in lodging arrangements for families. The Children’s House at Johns Hopkins One block from Hospital’s main entrance. The Ronald McDonald House The Children's House at St. Casimir Five to seven minute drive by car. |
Social Support |
Psychological, social, and practical services are comprehensive and tailored to meet specific needs throughout treatment, rehabilitation, and recovery. Rehabilitation medicine, child life, and social work services are offered to help families and their children with special problems during treatment. Every pediatric oncology patient has a social worker assigned to him or her to meet individual and family needs. Child Life Specialists staff both in- and outpatient facilities and provide educational and recreational programs for patients and siblings from preschool age through adolescence. Support groups are also available. Patients can participate in Camp Sunrise, the American Cancer Society camp operated for children with cancer. |
Home Health Care |
“Pediatrics at Home” uses Johns Hopkins-trained pediatric oncology nurses to provide appropriate medical services at home. |
Pediatric Oncology Director |
Robert J. Arceci, MD, PhD |
Multidisciplinary Teams |
Each patient is assigned a primary pediatric oncology physician, primary nurse, social worker, and physician’s assistant who work as a team with the patient and family from diagnosis through long-term follow-up. Colleagues from Pathology, Radiology, Surgery, Radiation Oncology, and Infectious Disease participate in the weekly Leventhal Pediatric Oncology Case Conference for comprehensive treatment planning. |
Cooperative Group Membership |
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Cooperative Group Activities |
Participation in COG committees include:
Oncologists are national study chairs on numerous studies and hold leadership roles in several disease and discipline committees. |
Average Number of Pediatric Clinical Trials |
58 |
Pediatric Clinical Trial Coordinator |
Tammy Scott, RN – 410.614.5990 |
The Division of Pediatric Oncology is committed to the discovery and translation of new knowledge into more effective and less toxic therapies for children and adolescents with cancer. Research on the basic biology of how cancer develops and how cancer cells grow and avoid recognition by the immune system should lead to novel and more specific targets to treat cancer. The extensive interactions of Physician-Scientists in the Division of Pediatric Oncology with members of Medical Oncology at the Sidney Kimmel Comprehensive Cancer Center at Johns Hopkins, Johns Hopkins Medical and Graduate School Campuses, and colleagues at the National Institutes of Health optimize the ability to rapidly translate new discoveries into treatments.
Investigators are working to gain an understanding of how the survival, proliferation, and differentiation of normal and malignant stem cells are regulated. Researchers hope to translate their findings into improved therapies, specifically blood and bone marrow transplantation and gene therapy. Researchers are also gaining molecular insights into the normal function of blood cells and how they proliferate in order to form a better understanding of how leukemias originate so they may develop novel therapies for this common type of childhood cancer.
Faculty Member |
Areas of Expertise |
Robert J. Arceci, MD, PhD |
Pediatric Oncology, Development of molecular and immunotherapeutic targets for leukemias and histiocytic disorders |
Michael Borowitz, MD |
Hematopathology, Leukemia |
Patrick Brown, MD |
Molecularly targeted therapies for leukemia |
Peter Burger, MD |
Neuropathology |
Benjamin Carson, MD |
Neurosurgery |
Allen R. Chen, MD, PhD |
Clinical and translational studies in BMT |
Curt Civin, MD (JHU) |
Pediatric Hematology, Normal and malignant hematopoiesis, stem cell biology |
Kenneth J. Cohen, MD, MBA |
Pediatric Oncology, Clinical and translational studies in Neuro-Oncology |
Paul Colombani, MD |
Pediatric Surgery |
Anne Fischer, MD |
Pediatric Surgery |
Frank Frassica, MD |
Orthopedics, Sarcomas |
Alan D. Friedman, MD |
Transcriptional Regulation of Myeloid Differentiation and Action of Myeloid Oncoproteins |
Meghan Higman, MD, PhD |
Pediatric Oncology, EBV Associated Malignancies and BMT |
George Jallo, MD |
Pediatric Surgery |
Henry Lau, MD |
Pediatric Surgery, Liver Tumors |
David M. Loeb, MD, PhD |
Pediatric Oncology, Molecular Biology of AML |
Steven Lietman, MD |
Orthopedics, Sarcomas |
Charles Paides, MD |
Surgery, Sarcomas |
Ido Paz-Priel, MD |
Transcriptional Regulation in Leukemia |
Elizabeth Pearlman, MD |
Pathology, Wilms’ Tumor, Germ cell tumors, Ewing’s Sarcoma |
Donald Small, MD, PhD |
Pediatric Oncology, Molecular Biology of Normal Hematopoiesis and Leukemia, Development of molecularly targeted therapies for ALL and AML |
Kristy Weber, MD |
Surgery, Orthopedics, Sarcomas |
John Weingart, MD |
Neurosurgery |
Moody Wharam, MD |
Radiation Oncology, Rhabdomyosarcoma |
Elias Zambidis, MD, PhD |
Pediatric Oncology, Human Developmental Hematopoiesis and Embryonic Stem Cell Biology |
Adjunct Teaching Faculty |
Areas of Expertise |
Frank M. Balis, MD (NIH) |
Clinical pharmacology and drug development |
Stephen J. Chanock, MD (NIH) |
Immunocompromised host defenses and genetic risk factors for infection |
Lee J. Helman, MD (NIH) |
Molecular pathogenesis and immunotherapy of sarcomas |
Gregory Kato, MD (NIH) |
Translational studies in sickle cell disease |
Javed Khan, MD (NIH) |
Pediatric cancer genomics |
Crystal Mackall, MD (NIH) |
Immune reconstitution, immunotherapy |
Carol J. Thiele, PhD (NIH) |
Molecular biology of neuroectodermal tumors, regulation of cellular differentiation pathways |
Alan S. Wayne, MD (NIH) |
Clinical trials in hematopoietic malignancies |
Thomas J. Walsh, MD (NIH) |
Diagnosis and treatment of infections in immunocompromised hosts, antifungal pharmacology |
Brigitte Widemann, MD (NIH) |
Clinical pharmacology and new drug development for children with cancers and neurofibromatosis type 1 |
Jon Wigginton, MD(NIH) |
Immune-mediated antitumor mechanisms and biological therapy of pediatric cancers |
Aplastic Anemia and Autoimmune Disorders
In collaboration with Medical Oncology, a novel approach to treating patients with these disorders using high-dose cyclophosphamide, rather than using bone marrow transplantation, is being tested. Thus far, this approach has shown excellent results.
Bone and Soft Tissue Sarcomas
Johns Hopkins operates a multidisciplinary program led by national experts in the chemotherapy, radiation oncology, orthopedic surgery, and pathology of bone sarcomas. New approaches to therapy are being developed. In collaboration with Radiation Therapy, a protocol has been developed using the radioactive isotope Samarium 153 to treat patients with osteosarcoma.
Bone Marrow Transplant
The Pediatric Bone Marrow Transplantation Service is an international leader, attracting patients from around the world, and is renowned for performing mismatched and unrelated transplants in children. Johns Hopkins performs BMT for solid tumors such as neuroblastoma, Wilms’ Tumor, Retinoblastoma, Ewing’s sarcoma, hepatoblastoma, and hematologic malignancies as well as for the range of non-malignant diseases of cells derived from the hematopoietic stem cell. Pediatric BMT patients have access to the same services provided in the adult program, including the Cell Therapy Laboratory and the Graft vs. Host Disease Clinic.
The ability to isolate stem cells, the cells in the bone marrow that give rise to all blood cells, was made possible through a discovery made by Pediatric Oncology researchers. This new technology has improved the success of bone marrow transplants and reduced both recovery time and potentially fatal complications, such as bleeding and infection. Their oncologists also developed multiple approaches for autologous and allogeneic bone marrow transplant, including non-total body irradiation preparative regimens, CD34+ stem cell purification for resistant pediatric solid tumors, and CD34+ stem cell purification for T-cell depletion in allogeneic bone marrow transplant. New programs using nonmyeloablative approaches for treating patients with nonmalignant conditions as well as cancer are currently being tested. Novel clinical trials are ongoing to make unrelated and haploidentical bone marrow transplantation safer and more effective. Expansion of progenitor cells from cord blood for transplantation is also being explored.
Histiocytic Disorders
The division has a comprehensive program of consultation and care for treatment of patients with Langerhans Cell Histiocytosis (LCH) and other forms of histiocytosis. In addition, research is being directed toward the development of antibody-targeted approaches for diagnosis and treatment of patients with LCH.
Hodgkin Disease
Recognized as national experts in treating Hodgkin disease with chemotherapy and radiotherapy, Johns Hopkins places emphasis on long-term survivors and late effects of treatment. Investigators at Johns Hopkins are leading the national Children’s Oncology Group trial testing immunomodulation after bone marrow transplantation inpatients with Hodgkin disease. Additional research involves the immunologic responses to EBV antigens in HD patients and investigations of the Biology of this disease.
Immunology of Cancer
Researchers are developing molecular/immunologic detection of cancer cells and prognostic features. Vaccination approaches for leukemia, lymphomas, and solid tumors are actively being developed and tested.
Late Effects and Survivorship
The Sidney Kimmel Comprehensive Cancer Center at Hopkins operates a long-term childhood cancer survivors follow-up program as a multidisciplinary regional resource. Research studies in long-term effects of cytotoxic effects are ongoing. Specific emphasis includes cardiac function in survivors of Hodgkin’s disease, mechanisms of fatigue in long-term survivors, neuro-cognitive effects of ALL therapy, and design of follow-up programs for adult survivors of childhood cancers. A comprehensive survivorship program that spans pediatric and adult age groups is being developed.
Leukemia
The first studies on the use of timed sequential therapy for the treatment of patients with acute myelogenous leukemia (AML) took place at Johns Hopkins Kimmel Cancer Center and set the foundation for the current clinical trials using this approach. Members of the Division have been instrumental in the discovery of genes involved in the regulation of growth, programmed cell death, and drug resistance of leukemia cells. This work has contributed to the development of several novel treatment approaches including antibody directed targeting, novel approaches to differentiation therapy, and vaccination approaches for patients with AML. Novel clinical trials using discoveries made by Johns Hopkins investigators are being tested in patients with highly resistant leukemia.
Neuro-Oncology
Pediatric brain tumors are the group of tumors with the highest mortality rate of any tumors as a group in children. Johns Hopkins has pioneered many upfront approaches to the most deadly brain tumors, which has been widely adopted by other cancer facilities and in cooperative group settings. Combined modality approaches using surgery, chemotherapy, and irradiation have greatly reduced relapses for many types of solid tumors, including brain tumors.
Non-Hodgkin Lymphoma
Vaccine development for the treatment of EBV- (Epstein-Barr Virus) related lymphoma is a major focus of the center. In addition, the use of autologous transplantation and non-myeloablative transplant approaches are being tested.
Chemotherapy Resistant Cancers
Investigators are developing new treatment strategies to overcome resistant cancers through the identification of specific mechanisms that lead to resistance to chemotherapy and radiation therapy. Phase I and II trials testing new approaches are available.
Percent of children treated in each age range
Age Range |
0-1 |
2-5 |
6-12 |
13+ |
Percent Treated |
13% |
22% |
25% |
40% |
Pediatric Oncology Program Fiscal Year 2005
No. of Inpatient Beds |
No. of Oncologists |
No. of Admissions |
Average Length of Stay (days) |
No. of New Outpatients |
Total Outpatient Visits |
No. of Bone Marrow Transplants |
20 |
10 |
588 |
6 |
129 |
4104 |
43 |
The Sidney Kimmel Comprehensive Cancer Center at Johns Hopkins operates a Cancer Risk Assessment Program. The program is composed of three clinics: the Breast and Ovarian Surveillance Service, the Colon Cancer Risk Assessment Service, and the Familial Cancer Service. The Familial Cancer Service is available to address familial forms of cancer and concerns not related to breast, ovarian, or colon cancer. The multidisciplinary consultation service provides genetic counseling and risk assessment to cancer patients, their families, and high-risk individuals. The Cancer Risk Assessment team includes individuals trained in oncology, gastroenterology, genetics, epidemiology, genetic counseling, psychology, and nursing.
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Location |
Baltimore, Maryland |
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Director, Cancer Risk Assessment Program |
Constance Griffin, MD |
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Director, Breast and Ovarian Surveillance Service |
Deborah Armstrong, M.D. |
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Director, Colon Cancer Risk Assessment Clinic |
Francis Giardiello, M.D. |
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Director, Familial Cancer Service |
Constance Griffin, M.D. |
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Schedule Appointments |
Breast & Ovarian Surveillance Colon Cancer Center Familial Cancer Service |
The Sidney Kimmel Oncology Center provides a full range of genetic counseling, testing, screening, and research. The following sets out the components of the comprehensive genetic testing program:
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Physician Awareness |
The Colon Cancer Center hosts a multidisciplinary colorectal cancer conference to enhance communication between academic and community physicians and establish consensus on patient treatment plans. A weekly high-risk genetics conference is also held, focusing on continuing education for cancer genetics faculty and staff, as well as protocols, guidelines and recommendations for patients with possible genetic predisposition for cancer. Lectures are provided to fellows focusing on the importance of cancer genetics in their practice. Continuing Medical Education credits are available to community physicians and nurses through a variety of courses, including ones sponsored by the Colon Cancer Center and the Mid-Atlantic Cancer Genetics Network. |
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Patient Education |
Original booklets describing the various forms of inherited colon cancer have been developed and are available for patient education. Copies of these booklets can be obtained by calling 888.77.COLON or through the hereditary colon cancer website: www.hopkins-coloncancer.org Additional written educational materials about the genetics of cancer are available on the Sidney Kimmel Oncology website at Johns Hopkins website, www.hopkinscancercenter.org/programs/risk.cfm, the Hopkins pancreatic web site, www.path.jhu.edu/pancreas, the hereditary colon cancer center website, www.hopkins-coloncancer.org, and the Mid Atlantic Cancer Genetics Network, www.macgn.org. |
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Referral |
Patients are referred from both physicians within the Hopkins system as well as community physicians in many disciplines, including oncology, surgery, gynecology, internal medicine, and gastroenterology. The Appointment and Referral Office number is |
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Identifying Eligible Subjects |
Individuals that may benefit from a referral include those with:
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Pre-test Counseling and Risk Assessment |
Questionnaires detailing the patient's personal and family medical history are sent at the time of scheduling and are asked to be returned prior to their scheduled appointment for the most accurate consultation. A consultation with the Cancer Risk Assessment Service includes:
If a hereditary cancer syndrome is suspected in a family, counselors discuss the availability of genetic testing, and the risks and benefits of such testing. A medical evaluation and physical examination is optional. In the Breast and Ovarian Surveillance Service (BOSS), some patients also receive instructions for breast self-exam. A letter summarizing the details of the consultation and recommendations is sent to the patients for their records. A copy of the consultation note will also be sent to the patient’s physician, at their request. |
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Informed Consent Procedures |
Patients that elect to proceed with genetic testing for cancer susceptibility will be required to sign a consent form either designed specifically by the laboratory performing the testing or a Johns Hopkins-approved consent form. |
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Confidentiality Standards |
Documentation of the issues discussed during a patient's consultation, as well as the patient's family history, will be placed in the hospital's main medical record for those individuals seen in all three clinics. The record is maintained in both computerized and paper chart format. If genetic testing is elected, for patients seen in the Colon Cancer Risk Assessment Clinic or Familial Cancer Service, the results of testing will also be documented in the main records. For those patients that are seen in the Breast and Ovarian Surveillance Service and elect testing, the results of their genetic tests will be kept in a separate and confidential file. Genetic testing results and documentation of a consultation will be disclosed to a third party only with the written consent of the patient. |
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Testing |
For those patients electing genetic testing for cancer susceptibilities, in most cases the sample is sent for testing to a licensed commercial laboratory. Genetic testing for the APC I1307K mutation, a mutation in the APC gene found in individuals of Ashkenazi Jewish decent that predisposes to colon cancer, is performed in a CLIA approved lab at The Johns Hopkins University. |
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Available Testing at or through the Sidney Kimmel Comprehensive Cancer Center at Johns Hopkins |
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Laboratory Quality Assurance |
CAP/CLIA accreditation is current at the Sidney Kimmel testing laboratories. |
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Test Result Interpretation |
The test result is interpreted by the physician and genetic counselor involved with the patient's consultation. The result is interpreted based on the findings of the laboratory, published information about the mutation and condition, and the patient's personal and family history. |
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Post-test Counseling |
The results of genetic testing are shared with the patient in person during a follow-up disclosure session, or over the telephone, depending upon the specific situation. Information about the implications of the results and recommended screening and follow-up is discussed. |
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Cancer Screening |
Recommendations for early detection and prevention of cancer are provided. Recommendations are based on a combination of evidence and empiric data, expert opinion, and consensus statements, and take into account the patient's personal and family history. Specific screening protocols have been devised for certain cancer susceptibility syndromes. |
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Medical and Surgical Management |
Patients may be referred to the Colon Cancer Center or the Breast Center at the Sidney Kimmel Comprehensive Cancer Center, where they are offered state-of-the-art treatment options, including the opportunity to enroll in a clinical trial, if eligible. For those patients traveling a distance for counseling and risk assessment, arrangements can be made for medical and surgical management in their local areas. |
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Psychological and Supportive Services |
A clinical psychologist is available as part of our multidisciplinary team through a referral. Support group information is available in some situations. Social worker support is also available through the cancer center. |
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Identifying New Genes |
A number of colon cancer susceptibility genes have been discovered at the Sidney Kimmel Comprehensive Cancer Center at Johns Hopkins, including the APC gene which predisposes to Familial Adenomatous Polyposis; the MSH2, MLH1, PMS1, and PMS2 genes, all of which are associated with Hereditary Nonpolyposis Colorectal Cancer; and the APC I1307K mutation, which is found most commonly in the Ashkenazi Jewish population and increases the risk of colon cancer. Studies are underway to identify additional genetic factors associated with colon cancer development using families enrolled in our Hereditary Colorectal Cancer Registry. In addition, the Sidney Kimmel Comprehensive Cancer Center investigators also recently discovered linkage of a possible familial prostate cancer gene to chromosome 1. Additional work is being done to isolate and characterize this and other potential genes. Families with familial pancreatic cancer are being studied to help researchers and clinicians understand the genetic basis of this disease. Previously, Hopkins investigators characterized germline mutations of the p16 and BRCA2 gene in pancreatic cancer. Genetic linkage studies for potential cancer susceptibility genes that predispose to lung cancer development are also active. |
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Improving Counseling Methods |
Sidney Kimmel Comprehensive Cancer Center researchers conducted a nationwide survey of physicians and genetic counselors concerning the adequacy of counseling given to patients tested for a gene linked with colon cancer. Investigators are currently developing, implementing, and evaluating a model informed consent process that integrates the perceptions of consumers and providers in relation to BRCA1 testing. Researchers are also currently investigating the efficacy of in-person versus telephone genetic counseling and disclosure methods.
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Improving Testing Methods |
Sidney Kimmel Comprehensive Cancer Center researchers developed a testing methodology (protein truncation testing) that identifies genetic mutations in the APC gene and provides an opportunity to use genetic testing in families with Familial Adenomatous Polyposis (a form of inherited colon cancer). Investigators are also looking at factors that influence physicians' adoption of new genetic tests and their attitudes toward how tests should be provided.
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Implementing Chemoprevention Trials |
A randomized trial of individuals at risk for Familial Adenomatous Polyposis who have tested positive for an APC gene mutation is underway to evaluate the efficacy of Sulindac in preventing the development of colon polyps. |
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Discovering Clinical Treatments for Genetic Disorders |
Sidney Kimmel Comprehensive Cancer Center researchers identified hundreds of genes that were overexpressed in pancreas cancer using a novel technique called SAGE. These overexpressed genes may be used to develop new blood markers that are increased in pancreatic cancer patients and may lead to a test that will aid in the earlier detection of pancreatic cancer. Similar analysis was also performed in colon cancer. |
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Tracking Long-Term Results of Prophylactic Surgeries, Medical Surveillance Choices, and Preventative Interventions |
A studying tracking women who have undergone prophylactic mastectomies is currently underway. Additional research into the preventative interventions and surveillance choices of patients is being planned through the Mid-Atlantic Cancer Genetics Network. The Mid-Atlantic Cancer Genetics Network is currently evaluating methods of ovarian surveillance, as well as the efficacy of breast MRI. Investigators are also evaluating the use of ductal lavage for breast cancer screening.
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Participating in Familial Registries or National Registries |
A number of familial registries are available at the Johns Hopkins Kimmel Cancer Center: Prostate Cancer Family Registry: Contains families who meet the criteria of three or more first-degree relatives with prostate cancer or two affected first-degree relatives with prostate cancer under the age of 55. Cells for DNA may be archived on selected individuals. The Lung Cancer Family Registry: Established to characterize genetic susceptibility factors in lung cancer and serve as an educational resource for registry participants. Lifestyle, smoking, clinical histories, and blood samples may be collected. Information is available on their webpage, www.path.jhu.edu/nfltr.html National Familial Pancreas Tumor Registry: Established to document the presence of familial forms of pancreatic cancer and to evaluate affected families to gain a better understanding of the genetic basis of cancer of the pancreas. Information about the registry is available on their website, www.path.jhu.edu/pancreas. The Mid-Atlantic Cancer Genetics Network: A nationally based registry through the National Cancer Institute that includes individuals and families with all types of cancer. The Mid-Atlantic Cancer Genetics Network cooperates with seven other sites across the United States. Information is available on their website, www.macgn.org. |
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Studying Impact of Receiving Genetic Information on Health-Related Outcomes |
A longitudinal study of baseline and follow-up psychological factors is currently being conducted to investigate the cancer prevention behavioral consequences of gene testing for Hereditary Nonpolyposis Colorectal Cancer. |
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Quality Assurance |
Our genetic counselors are certified through either the American Board of Genetic Counselors or the American Board of Medical Genetics. Programmatic counseling protocols are established and are intermittently reviewed. Clinic cases are reviewed at weekly conferences to ensure consensus among experts. |
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Training |
Significant educational efforts at the Sidney Kimmel Comprehensive Cancer Center are directed to fellows and community physicians. The fellowship course, seminar, and conference structure include information about cancer genetics and related topics. Johns Hopkins University and the National Human Genome Research Institute of the NIH have a joint genetic counseling training program. The option of participating in supervised clinical rotations in the Cancer Risk Assessment Services, using an established curriculum, is available to students. The Bloomberg School of Nursing at Johns Hopkins offers nursing classes on cancer genetics and genetic testing and counseling in the Oncology Nursing specialty track. The School of Public Health at Johns Hopkins offers a program in genetic epidemiology and a training grant in cancer epidemiology in the Department of Epidemiology. |
Last updated: 2/20/2008
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NCCN 1st Annual Forum: Innovative Diagnostics & Therapeutics in Cancer Care™ |
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