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Rachel's Environment & Health News #520 - Brain Cancer Update November 13, 1996 In the U.S., brain cancer has been steadily increasing about 0.7% per year since 1973. This steady increase is noteworthy by itself. However, among people over age 65, brain cancer has been increasing 2.9% each year, an astonishingly rapid rise in a cancer that is almost always fatal in the elderly. At this rate, the disease is doubling every 23 years among the elderly. Today roughly 17,500 Americans (9600 males, 7900 females) are diagnosed with new brain cancers each year.[1] During the period 1973-1990 brain cancer steadily increased in other industrialized countries as well, especially among the elderly.[2] Naturally the question arises, are these increases real or do they simply reflect better diagnosis? Several careful studies of this question have concluded ...

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What you need to know Brain Cancer E ven though we hear about cancer almost every day, when you are diagnosed with cancer you may feel alone and afraid. You may also feel overwhelmed by all the information you are given and by the need to make so many decisions. This publication will give you and your family introductory information you need when you first learn that you have brain cancer . It will help you gain a sense of control and help you work with your healthcare team to choose the best treatments for you. Let’s Make Cancer History 1 888 939–3333 | w w w. c a n c e r. c a | Forward > pdf brain cancer eng.1 2/15/02 10:25 AM Page 1 Page 2 What is cancer ? Cancer is a disease that starts in our cells . Our bodies are made up of millions ...

Center for Environmental Health Studies (617) 482-9485 44 Farnsworth Street, Boston, MA 02210 http://www.jsi.com Brain Cancer and Exposure to Ionizing Radiation 1 Brain Cancer and Exposure to Ionizing Radiation Summary: There is strong evidence that brain cancer may be associated with exposure to ionizing radiation. This evidence is based upon studies conducted at Los Alamos National Laboratory, studies of nuclear workers at other sites, and others exposed to ionizing radiation. This is consistent with the National Research Council’s finding that brain tissue is sensitive to ionizing radiation. There remains some scientific debate as to whether brain cancer in nuclear workers may be due to radiation or chemical exposures. Brain cancer is designated as a “specified” cancer under the Energy Employees Occupational Illness Compensation ...

NICE Technology Appraisal 23 Temozolomide for brain cancer Product Clinical condition Indicated for: Not indicated in: Impact of use on NHS Audit data to be collected NICE review date Temozolomide Brain cancer Patients with recurrent malignant glioma who have failed first-line chemotherapy treatment with other agents Patients must have histologically confirmed WHO grade III/IV or transformed grade II glioma, Karnofsky performance status of 70 or more and projected life expectancy of 12 weeks or more at initiation of treatment First-line chemotherapy in patients with malignant glioma who have failed primary surgery or radiotherapy unless as part of a randomised clinical trial against standard treatment ...

CANCER of the BRAIN and OTHER NERVOUS SYSTEM Pennsylvania Department of Health - Pennsylvania Cancer Incidence and Mortality 1992-1996 - Page 164 While some cases show an autosomal dominant pattern, no genetic factor has been found to influence the overall incidence of primary nervous system tumors. Etiological factors are obscure. Risk Factors FIGURE 19 Average Annual Age-Adjusted Incidence and Mortality Rates* by Sex and Race, Pennsylvania Residents, 1992-1996 None proven to be effective or currently being evaluated. Early Detection *per 100,000 1970 U.S. standard million population. During 1996, there were 875 cases of brain and other central nervous system cancers diagnosed among Pennsylvania residents and reported to the Pennsylvania Cancer Registry, the highest annual number recorded between 1987 and 1996. The average annual (1992-96) ...

CANCER of the BRAIN and OTHER NERVOUS SYSTEM Pennsylvania Department of Health - Pennsylvania Cancer Incidence and Mortality 1993-1997 - Page 164 While some cases show an autosomal dominant pattern, no genetic factor has been found to influence the overall incidence of primary nervous system tumors. Etiological factors are obscure. Risk Factors FIGURE 19 Average Annual Age-Adjusted Incidence and Mortality Rates* by Sex and Race, Pennsylvania Residents, 1993-1997 None proven to be effective or currently being evaluated. Early Detection *per 100,000 1970 U.S. standard million population. During 1997, there were 896 cases of primary brain and other central nervous system cancers reported to the Pennsylvania Cancer Registry. This was the highest annual number recorded between 1988 and 1997. The average annual (1993-97) age-adjusted incidence rates ...

brain cancer Common Virus Shows Link To Brain Cancer In Children Colon, penile, uterine, cervical, liver, and numerous other cancers are also caused by viruses February 21, 2002 A new study appearing today in the Journal of the National Cancer Institute, shows that the JC Virus (JCV) which infects about 65% of children by age 14, likely plays a role in the development of the most common type of malignant brain tumor found in children. This finding is consistent with many other recent reports linking viruses to cancer . The JC Virus is named after a patient, John Cunningham, from whom the virus was first isolated in the 1970's. According to the senior author of the study, Dr. Kamel Khalili, the JC Virus "is very common," and he went on to say that "sixty-five to 70 percent of human populations worldwide get infected with this virus by age 14, so we all basically have this virus in our bodies." Twenty ...

New Treatment for Brain Cancer Suggested lead: Researchers say they are encouraged by the results of early phase clinical trials of an experimental new treatment for brain cancer . Tom Britt has more. Cut 1SOQ:60 . ( Preview this in a WAV file in 16-bit mono. ) Researchers at the Duke Comprehensive Cancer Center have started testing a new method for killing cancerous brain tumor cells. It's a new class of drugs called "immunotoxins" -- consisting of a bacterial toxin that has been genetically altered and combined with a protein that makes the killer bacteria avoid normal cells and attack only the cancerous cells in the brain . Duke neurosurgeon Dr. John Sampson is the lead investigator in the study, which involves injecting the immunotoxin directly into the brain . "What we're able to do is basically percolate the drug through the brain using this micro-infusion technology." Sampson ...

Influence of Chemotherapeutics on Brain Cancer Cells using DNA Microarray Gene Expression Monitoring Prof. Anthony Guiseppi-Elie Genetic disease is often caused by genes which are inappropriately transcribed -- either too much or too little -- or which are missing altogether. Such defects are especially common in cancers, which can occur when regulatory genes are deleted, inactivated, or become constitutively active. The earliest and most common known genetic event in a special type of brain tumors, so called astrocytic gliomas is the mutation of the ©2003 The VCU Center for Bioelectronics, Biosensors and Biochips (C3B) Fig 1: Cell culture of LNZ308. tumor suppressor gene p53 , which leads to the production of aberrant p53 proteins that have lost tumor suppressor activity. This kind of mutation is represented in the cell line LNZ308 ...

SEARCH Recommended Search Terms Advanced Search HOT LISTS: Readers' Favorites Best-Seller List Science & Technology Web Awards December 10, 2003 ADVERTISEMENT December 08, 2003 Modified Poliovirus Targets Brain Cancer Cells Under normal circumstances, being injected with the poliovirus would be considered a bad thing. But for a patient suffering from brain cancer , that could one day be an effective means of treating the disease. A modified form of polio has been tested in monkeys and kills cancer cells while leaving healthy neurons untouched. Now scientists writing in the December 9 issue of the have shed light on the mechanism behind this selectivity. Proceedings of the National Academy of Sciences In the emerging field of virotherapy, researchers genetically engineer ...

Media Contact: Sandra Van Telephone: 1-800-880-2397 E-mail: sandy@vancommunications.com Oct. 1, 2003 – FOR IMMEDIATE RELEASE POSSIBLE BRAIN CANCER -AIR POLLUTION LINK TO BE STUDIED By Internationally Renowned Neurosurgeon and AQMD Foundation LOS ANGELES, CA (Oct. 1, 2003 – The Brain Tumor and Air Pollution Foundation today announced the beginning of a research project led by an internationally renowned neurosurgeon at Cedars-Sinai Medical Center to explore a possible link between brain cancer and air pollution. The study will be led by Keith Black, M.D., director of the Cedars-Sinai Maxine Dunitz Neurosurgical Institute and Division of Neurosurgery in Los Angeles. The Brain Tumor foundation recently awarded $559,250 to the research project, with funding from the South Coast Air Quality Management District (AQMD). The Cedars-Sinai investigation will examine biochemical and ...

1 Brain Cancer and Magnetic Resonance Spectroscopy Jeffry R. Alger, PhD Department of Radiological Sciences Jonsson Comprehensive Cancer Center Brain Research Institute Ahmanson-Lovelace Brain Mapping Center University of California, Los Angeles I. Introduction II. MRS fundamentals in relation to brain cancer III. The MRS appearance of brain tumors IV. Clinical uses of MRS for brain tumor management V. Summary VI. Glossary VII. Bibliography I. Introduction Brain cancer has been studied with Magnetic Resonance Spectroscopy (MRS) for approximately the past ten years. This research is now leading to the regular use of MRS for the routine clinical evaluation of brain cancer patients. This article will summarize the present state of knowledge related to MRS and brain cancer and illustrate ...

Cancer Dataset Cancer Data Manual – Brain and CNS Cancer Appendix Appendix for Brain and CNS Cancer Table of contents Cancer Care Spell..2 Brain and CNS Cancer Specific Codes.3 Additional Data Items for Brain and CNS Cancer 12 Version 4.0 Page 1 of 12 Issue Date: 11.08.03 Page 2 Cancer Dataset Cancer Data Manual – Brain and CNS Cancer Appendix Cancer Care Spell A new Cancer Care Spell for • each different three-character ICD-10 code • different histology with the same three-character ICD-10 code However, a single lesion of one histologic type is considered a single primary (i.e. one Cancer Care Spell), even if the lesion crosses site boundaries. Differences in histologic type refer to differences in the first three digits of ...

7/29/2003 Accelerate Brain Cancer Cure, Inc. (“ABC 2” ) 2003 Young Investigator Award Purpose ABC 2 , a nonprofit organization committed to finding a cure for brain cancer , is offering these awards to encourage young clinical and scientific investigators to pursue a career in the field of brain cancer research. It is our hope that brain cancer research will be invigorated by the work of young, talented individuals supported by stable multi-year funding. Eligibility Candidates must have attained the M.D. or Ph.D. degree. Clinicians must have finished their residencies or fellowships no more than five years prior to applying and must hold a faculty position. Scientific investigators must have completed their doctorate no more than five years prior to applying, but need not have a faculty appointment. Terms Each recipient will ...

Box 1043, One Gustave Levy Place, New York, NY 10029 • www.childenvironment.org Center for Children’s Health and the Environment As scientists and physicians, we’ve seen a drop in the death rates of many adult and childhood cancers because of earlier detection and better treatment. But we are also seeing a disturbing rise in the reported incidence of cancer among young children and adolescents, especially brain cancer , testicular cancer , and acute lymphocytic leukemia. In fact, after injuries and violence, cancer is the leading cause of death in our children. The increase in childhood cancers may be explained in part by better detection or better access to medical care. But evidence suggests the rise in these childhood cancers, as well as in cancers like non-Hodgkin’s lymphoma and multiple myeloma among adults, may ...

989 Am J Epidemiol 2003;157:989–997 American Journal of Epidemiology Copyright © 2003 by the Johns Hopkins Bloomberg School of Public Health All rights reserved Vol. 157, No. 11 Printed in U.S.A. DOI: 10.1093/aje/kwg082 Parental Occupational Exposure to Pesticides and Childhood Brain Cancer Edwin van Wijngaarden 1 , Patricia A. Stewart 2 , Andrew F. Olshan 1 , David A. Savitz 1 , and Greta R. Bunin 3 1 Department of Epidemiology, University of North Carolina at Chapel Hill, Chapel Hill, NC. 2 Division of Cancer Epidemiology and Genetics, National Cancer Institute, Bethesda, MD. 3 Children’s Hospital of Philadelphia, Philadelphia, PA. Received for publication October 2, 2002; accepted for publication December 13, 2002. The authors ...

CANCER of the BRAIN and OTHER NERVOUS SYSTEM Pennsylvania Department of Health - Pennsylvania Cancer Incidence and Mortality 2000 - Page 164 While some cases show an autosomal dominant pattern, no genetic factor has been found to influence the overall incidence of primary nervous system tumors. Etiological factors are obscure. Risk Factors FIGURE 19 Average Annual Age-Adjusted Incidence and Mortality Rates* by Sex and Race, Pennsylvania Residents, 1996-2000 None proven to be effective or currently being evaluated. Early Detection *per 100,000 2000 U.S. standard million population. During 2000, there were 897 invasive cases of primary brain and other central nervous system cancers reported to the Pennsylvania Cancer Registry. The average annual (1996-2000) age-adjusted incidence rates were higher for whites than blacks. The average annual age-adjusted rate ...

X. Statistical Tables 88 Oregon State Cancer Registry Average Percent Average Percent Invasive Age Annual Malignant Age Annual Cases Adjusted Trend Deaths Adjusted Trend OREGON COUNTY INCIDENCE MORTALITY Per Year 1 Rate (APC) Per Year Rate (APC) 1996 - 2000 Rates are per 100,000 and age-adjusted to the 2000 U.S. (5-year groups) standard. * Trend is statistically stable. 1 Counts may not match state tables due to cases in unknown counties. ^ Rate not calculated due to instability of small numbers. APC = Average Annual Percent Change DATA Table 3b: Malignant Brain Cancer State of Oregon 229 6.9 -3.4 186 5.5 -2.9 ...

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Center for Environmental Health Studies (617) 482-9485 44 Farnsworth Street, Boston, MA 02210 http://www.jsi.com * Findings were statistically significant (strong evidence) + Evidence of a dose-response relationship (strongest evidence) Page 21 Brain Cancer and Exposure to Ionizing Radiation Summary: There is strong evidence that brain cancer may be associated with exposure to ionizing radiation. This evidence is based upon studies conducted at Los Alamos National Laboratory, studies of nuclear workers at other sites, and others exposed to ionizing radiation. This is consistent with the National Research Council’s finding that brain tissue is sensitive to ionizing radiation. There remains some scientific debate as to whether brain cancer in nuclear workers may be due to radiation or chemical exposures. ...

Asian Pacific Journal of Cancer Prevention, Vol 2, 2001 143 Prophylaxis of Cancer Using Brain Properties COMMENTARY Introduction The main and basic task of medicine is complete and qualitative provision of human health. Unfortunately, however, contemporary medicine isn’t able to guarantee this. Nowadays in medicine the most developed directions are in surgery, epidemiology, success also reached by diagnosis of diseases with alterations in organ structure and form, when defects of tissue and cancer are observed. Therapeutical directions are only weakly developed. The development of science revealing the reasons for many chronic diseases is also weak. Cancers and other tumours are treated without revelations of their reasons. That’s why their treatment has an empirical character. There isn’t a theory which has scientific basis and is able to explain ...

Adjunctive Nutritional & Botanical Treatment for Brain Cancer : Best Case Series Jeanne M. Wallace, PhD, CNC Clinical Nutrition Consultant Nutritional Solutions, Inc. Goals of Adjuvant Nutritional and Botanical Support Complement medical treatments Enhance efficacy Mitigate side effects, enhance quality of life (QOL) Offer support between treatment cycles Target inflammatory cytokines Impede angiogenesis Promote differentiation, apoptosis (cell death) Bolster immune function Dietary Modifications General Diet Guidelines •Increase vegetable servings to 5-7/day; increase fruits to 2 servings/day •Dietary fats @30%/Kcal intake; increase n-3, decrease n-6 fats; emphasize fish, flax, olive oils; eliminate fried foods, hydrogenated or trans fats •Balance blood glucose levels: increase complex carbs, fiber; decrease ...

26 N ORTHERN C ALIFORNIA C ANCER C ENTER , Cancer Incidence and Mortality in the Greater San Francisco Bay Area Brain and Nervous System Cancer • Between 1988 and 2000, incidence rates of brain and other nervous system cancer declined slightly (Table 1). • Brain and nervous system cancer occurred more often in whites than in other racial/ethnic groups (Table 1). • Although brain and nervous system cancer occur most often in those aged 65 and older, they are one of the few types of cancer that also affect children (Table 2). • Rates of brain and nervous system cancer did not differ markedly by county (Table 3). TABLE 1. Brain and Nervous System Cancer . Annual Case Counts, Age-Adjusted Incidence Rates per ...

188 N ORTHERN C ALIFORNIA C ANCER C ENTER , Cancer Incidence and Mortality in the Greater San Francisco Bay Area Brain and Other Nervous System Cancer TABLE 1. Brain and Other Nervous System Cancer . Annual Death Counts, Age-Adjusted Mortality Rates per 100,000 Population, a and 95% Confidence Intervals (CI), by Sex and Race/Ethnicity, 1988-2000, Greater San Francisco Bay Area b TOTAL MALES FEMALES Year Count Rate 95% CI Count Rate 95% CI Count Rate 95% CI ALL RACES 1988-1993 c 1,405 4.4 4.2-4.7 792 5.5 5.1-5.9 613 3.5 3.3-3.8 1994 230 4.1 3.5-4.6 133 5.0 4.2-6.0 97 ...

Oregon’s County Data Incidence Mortality Invasive Adjusted Invasive Adjusted Age Age * Counts may not match state tables due to cases in unknown counties. ^ Rate not calculated due to instability of small numbers. Rates are per 100,000 and age-adjusted to the 2000 U.S. standard. Count* Rate Deaths Rate 1996 - 1999 88 Cancer in Oregon, 1999 X. Statistical Tables 88 Table 3b: Malignant Brain Cancer STATE 898 6.8 741 5.6 Baker 6 ^ 7 ^ Benton 18 6.6 14 5.5 Clackamas 90 7.0 67 5.3 Clatsop 8 ^ 5 ^ Columbia 13 7.7 7 ^ Coos 17 5.6 17 5.1 Crook 3 ^ 3 ^ Curry 9 ^ 8 ^ Deschutes ...

NYS NYC 05 Staten Isl 04 Queens 03 Brooklyn 02 Bronx 01 Manhattan 62 Yates * 61 Wyoming * 60 Westchester 59 Wayne * 58 Washington * 57 Warren * 56 Ulster 55 Tompkins 54 Tioga * 53 Sullivan * 52 Suffolk 51 Steuben * 50 Seneca * 49 Schuyler * 48 Schoharie * 47 Schenectady 46 Saratoga 45 St Lawrence 44 Rockland 43 Rensselaer 42 Putnam * 41 Otsego * 40 Oswego 39 Orleans * 38 Orange 37 Ontario 36 Onondaga 35 Oneida 34 Niagara 33 Nassau 32 Montgomery * 31 Monroe 30 Madison * 29 Livingston * 28 Lewis * 27 Jefferson * 26 Herkimer * 25 Hamilton * 24 Greene * 23 Genesee * 22 Fulton * 21 Franklin * 20 Essex * 19 Erie 18 Dutchess 17 Delaware * 16 Cortland * 15 Columbia * 14 Clinton * 13 Chenango * 12 Chemung ...

NYS NYC 05 Staten Isl 04 Queens 03 Brooklyn 02 Bronx 01 Manhattan 62 Yates * 61 Wyoming * 60 Westchester 59 Wayne * 58 Washington * 57 Warren * 56 Ulster 55 Tompkins * 54 Tioga * 53 Sullivan * 52 Suffolk 51 Steuben * 50 Seneca * 49 Schuyler * 48 Schoharie * 47 Schenectady 46 Saratoga 45 St Lawrence * 44 Rockland 43 Rensselaer * 42 Putnam * 41 Otsego * 40 Oswego * 39 Orleans * 38 Orange 37 Ontario * 36 Onondaga 35 Oneida 34 Niagara 33 Nassau 32 Montgomery * 31 Monroe 30 Madison * 29 Livingston * 28 Lewis * 27 Jefferson * 26 Herkimer * 25 Hamilton * 24 Greene * 23 Genesee * 22 Fulton * 21 Franklin * 20 Essex * 19 Erie 18 Dutchess 17 Delaware * 16 Cortland * 15 Columbia * 14 Clinton * 13 Chenango * ...