[241]
LUNG CANCER
[158,7 KB]
From [www.harcourt-international.com] Last viewed: 07.09.2006
Diesel Emissions
and Lung Cancer :
Epidemiology and Quantitative
Risk Assessment
A Special Report of the Institute’s
Diesel Epidemiology Expert Panel
Health Effects Institute
June 1999
Page 2
The Health Effects Institute, established in 1980, is an independent and unbiased source
of information on the health effects of motor vehicle emissions. HEI supports research on
all major pollutants, including regulated pollutants (such as carbon monoxide, ozone,
nitrogen dioxide, and particulate matter), and unregulated pollutants (such as diesel
engine exhaust, methanol, and aldehydes). To date, HEI has supported more than 200
projects at institutions in North America and Europe and published over 100 Research
Reports. Consistent with its mission to serve as an independent source of information on
the health effects of motor vehicle pollutants, ...
[242]
Crystalline silica exposure and lung cancer mortality in ...
[261,1 KB]
From [www.cdc.gov] Last viewed: 07.09.2006
Crystalline silica exposure and lung cancer
mortality in diatomaceous earth industry workers:
a quantitative risk assessment
F L Rice, R Park, L Stayner, R Smith, S Gilbert, H Checkoway
Abstract
Objective —To use various exposure-
response models to estimate the risk of
mortality from lung cancer due to occupa-
tional exposure to respirable crystalline
silica dust.
Methods— Data from a cohort mortality
study of 2342 white male California dia-
tomaceous earth mining and processing
workers exposed to crystalline silica dust
(mainly cristobalite) were reanalyzed with
Poisson regression and Cox’s proportional
hazards models. Internal and external
adjustments were used to control for
potential confounding from the eVects of
time since first observation, calendar
time, age, and Hispanic ethnicity. Cubic
smoothing spline models ...
[243]
Prestigious Grant Backs Major Lung Cancer Research
[101,5 KB]
From [www.jccf.mednet.ucla.edu] Last viewed: 07.09.2006
T
he word “spore” comes from
the Greek term for sowing or
seed, so it’s a perfect acronym
for the Specialized Program of
Research Excellence sponsored by the
National Cancer Institute.
The NCI recently honored UCLA’s
Jonsson Comprehensive Cancer Center
with a $13.9 million, five-year SPORE
grant, one of only six SPOREs awarded
nationwide for lung cancer research, and the
first on the west coast.
“The SPORE is an honor for the cancer
center. It means UCLA has been judged to
be among the leaders in lung cancer
research in the country. It is an honor that
recognizes not only the excellence of our
scientists, but also the teamwork among
them that is making this collective effort a
success,” says Dr. Steven Dubinett, the pro-
gram’s lead investigator at the Jonsson
Cancer Center. Dubinett works closely
with Dr. Robert Figlin, a professor of med- ...
[244]
Enhanced Lung Cancer Detection in Temporal Subtraction Chest ...
[235,8 KB]
From [www.imac.georgetown.edu] Last viewed: 07.09.2006
Copyright 2002 Society of Photo-Optical Instrumentation Engineers. This paper was (will be)
published in The Proceedings of SPIE and is made available as an electronic reprint (preprint) with
permission of SPIE. One print or electronic copy may be made for personal use only. Systematic or
multiple reproduction, distribution to multiple locations via electronic or other means, duplication
of any material in this paper for a fee or for commercial purposes or modification of the content of
this paper are prohibited.
Enhanced Lung Cancer Detection in Temporal Subtraction
Chest Radiography Using Directional Edge Filtering
Techniques
Hui Zhao
a,b
, Shih-Chung Ben Lo
a
, Matthew T. Freedman
a
, and Yue Wang
b
a
ISIS Center, Radiology Department,Georgetown University Medical Center,
Washington DC, 20007
b
Electrical ...
[245]
Lung Cancer
[703,6 KB]
From [www.cancer.org] Last viewed: 07.09.2006
Lung Cancer
Treatment Guidelines
for Patients
Version 1/December 2001
9495- Lung 1/28/02 2:45 PM Page i
Page 2
Lung Cancer
Treatment Guidelines
for Patients
The mutual goal of the National Comprehensive Cancer Network
®
(NCCN
®
) and the American
Cancer Society (ACS) partnership is to provide patients and the general public with state-of-the-
art cancer treatment information in understandable language. This information, based on the
NCCN’s Clinical Practice Guidelines, is intended to assist you in the dialog with your doctor.
These guidelines do not replace the expertise and clinical judgment of your doctor. Each patient’s
situation must be evaluated individually. It is important to discuss the guidelines and all infor-
mation regarding treatment options with your doctor. To ensure that you ...
[246]
Lung Cancer
[165,2 KB]
From [www.dph.state.ct.us] Last viewed: 07.09.2006
L
UNG
C
ANCER
51
8. LUNG CANCER
SCOPE OF THE PROBLEM
Lung cancer is the second most common
cancer diagnosed in Connecticut women,
accounting for 13 percent of all new cases of
invasive cancers in 1997. It is the leading cause
of cancer deaths in Connecticut women,
accounting for nearly one in four cancer deaths
in 1998, and is the second leading cause cancer
deaths before age 75.
Stage at Diagnosis and Relative Survival
Rate
References to national cancer incidence and
survival data are to the Surveillance,
Epidemiology, and End Results Program (SEER)
database (see Appendix A ). National data, and
Connecticut when reported by SEER, are for
lung and bronchus cases, which are close to
numbers and rates for lung only. For example,
the Connecticut 1996 through 1998 annual, age-
adjusted ...
[247]
The Future and Lung Cancer: Room for Optimism!
[13,0 KB]
From [www.moffitt.usf.edu] Last viewed: 07.09.2006
Editorial
C
a
n
c
e
r
C
o
n
t
r
o
l
July/August 2001, Vol.8, No.4
Cancer Control 305
In my introductory guest edito-
rial that appeared in the January/
February 2000 issue of Cancer
Control , which was devoted to
lung cancer , I suggested that there
may be room for optimism in the
treatment of lung cancer . In that
editorial, titled “The Future and
Lung Cancer : Room for Opti-
mism?” I acknowledged the dismal
state of affairs at the time (160,000
deaths per year and an overall 5-
year survival rate of 14%) but
believed that a sense of cautious
optimism seemed appropriate. To
the discriminating reader, such a
statement may have sounded more
like wishful thinking than an accu-
rate prediction.
Since that time, however, a
number of promising new drugs
have been incorporated ...
[248]
Mediastinal Staging of Non–Small-Cell Lung Cancer
[164,6 KB]
From [www.moffitt.usf.edu] Last viewed: 07.09.2006
Mediastinal Staging of
Non–Small-Cell Lung Cancer
Christian Lloyd, MD, and Gerard A.Silvestri, MD, FCCP
Background: The goal of preoperative staging of non–small-cell lung cancer (NSCLC) is to identify patients
who will benefit from surgical resection. Various imaging and less invasive modalities are now available to
improve therapy decision making.
Methods: The available staging methods are reviewed, including conventional methods, surgical staging, and
less invasive means of pathologic staging.
Results: Computed tomography alone is not sufficiently accurate to stage the mediastinum, and further
definitive testing is usually indicated. Positron emission tomography, along with mediastinal biopsy techniques
using transbronchial needle aspiration or endoscopic ultrasound, has the potential to improve the accuracy of
pretreatment staging.
Conclusions: Every effort should ...
[249]
Endobronchial Management of Advanced Lung Cancer
[289,4 KB]
From [www.moffitt.usf.edu] Last viewed: 07.09.2006
Endobronchial Management of
Advanced Lung Cancer
Michael J.Simoff, MD, FCCP
Background: Patients with lung cancer often have bulky endobronchial disease, endobronchial extension, or
airway compression. Many endobronchial treatment modalities are available to supplement traditional
therapies for advanced lung cancer .
Methods: The author reviews the use of several endobronchial treatment modalities that can augment
standard antitumor therapies for advanced lung cancer , including rigid and flexible bronchoscopy, laser
therapy, endobronchial prosthesis, and photodynamic therapy.
Results: Since the early 1980s, technical advances in interventional techniques have enhanced symptom-free
survival and quality of life for patients with lung cancer . Although interventional procedures are not definitive
therapies, they often relieve the strangling sensation produced by airway ...
[250]
Treatment of Advanced Non–Small-Cell Lung Cancer: A Review of ...
[135,9 KB]
From [www.moffitt.usf.edu] Last viewed: 07.09.2006
July/August 2001, Vol.8, No.4
326 Cancer Control
Treatment of Advanced Non–Small-Cell Lung
Cancer : A Review of Current Randomized
Clinical Trials and an Examination of
Emerging Therapies
Eric B. Haura, MD
Background: Lung cancer continues to be the leading cause of cancer -related deaths for Americans. As most
patients present with nonsurgically curable disease, major efforts have been made in the treatment of advanced
non–small-cell lung cancer (NSCLC) with chemotherapy. Several new agents and new combinations of
chemotherapy are available.
Methods: The author reviews randomized clinical trials investigating chemotherapy for advanced NSCLC in
chemotherapy-naive patients, in patients who present with relapsed or progressive disease, and in elderly patients.
Therapies that incorporate new biological agents to target specific aberrations in lung cancer are discussed. ...
[251]
Development of CT Image Reading Systems for Lung Cancer Screening ...
[29,9 KB]
From [www.ntt.co.jp] Last viewed: 07.09.2006
27
?
?
Terminal, Software Technologies
Development of CT Image Reading Systems for
Lung Cancer Screening
In vital statistics for 1998, death from lung cancer was the most common
among cancer -related death, and as a result early detection has become a
critical issue. In order to achieve this early detection, the use of spiral CT
*1
has been considered for applications in group examinations, but because CT
involves a large number of images, the process of reading these images
would entail an enormous amount of work. NTT Laboratories have thus been
developing a system that can efficiently read these spiral CT images. This
reading system has the following characteristics:
(1) Comparable reading
If examinations are conducted annually, it is possible to compare images
on a year-to-year basis. The film previously used for examinations was roll
film, however, ...
[252]
157-17 (04-22-00) High estrogen linked to lung cancer
[53,9 KB]
From [www.sciencenews.org] Last viewed: 07.09.2006
High estrogen linked to lung cancer
Women seem more susceptible than men to the carcinogenic effects of tobacco smoke,
research has indicated. New findings suggest that estrogen may also play a role.
When estrogen is present, some cells produce a protein on their surfaces called an estrogen
receptor. The hormone can then bind to these cells and spur cell proliferation. Pharmacologist
Jill M. Siegfried of the University of Pittsburgh found evidence of estrogen receptors in all five
kinds of tumors from patients with non–small-cell lung cancer , the most common variety of
lung cancer . Healthy lung cells rarely show estrogen receptors.
Initial tests showed that the tumors made the RNA that directs production of the estrogen
receptor known as alpha. A second experiment revealed a profusion of estrogen receptor alpha
on the surface of tumor cells, she says.
In another experiment, which compared lung tumors ...
[253]
SUMMARY INFORMATION ON MOLECULAR EPIDEMIOLOGY OF LUNG CANCER ...
[234,3 KB]
From [www.eh.doe.gov] Last viewed: 07.09.2006
U.S. Department of Energy’s
Radiation Health Effects Studies in the Russian Federation
Prooosal
Number:
98-0009
Principai Invesigator:
Belinskv, Steven A.
Insurute:
Lovelace Biomedical & Environmental Research Institute
Title of Proposal:
Molecular Epiaemiolo
of Lung Cancer in Workers from the MAYAK Nuclear
Enterprise.
Abstract
The molecular mechanisms and gene environment interactions leading to radiogenic lung cancer have not been
weil
characterized. The
proposed
collaboration between scientists at the Branch 1 Center of Biophysics (FIB-1). Ozyorsk.
Russia.
and
the Love lace Respiratory Research Institute. Albuquerque.
NM, will facilitate a
detailed
molecular
epiaemiolo.q
study of workers from the MAYAK nuclear enterprise.
These workers were gamma irradiated and
exposed ...
[254]
Advances in Sputum Analysis for Screening and Early Detection of ...
[108,0 KB]
From [www.moffitt.usf.edu] Last viewed: 07.09.2006
Advances in Sputum Analysis for Screening
and Early Detection of Lung Cancer
Melvyn S.Tockman, MD, PhD
Background: Screening for lung cancer using currently available techniques is not effective in reducing
mortality from the disease.
Methods: Archived sputum specimens and clinical data linking specimens to lung cancer outcomes from
prior screening programs have been reexamined to evaluate altered gene expressing, including specific
oncogene activation and tumor suppressor gene deletion, as well as genomic instability and abnormal
methylation.
Results: Several of these tests allow determination of a molecular diagnosis of cancer years before clinical
presentation.
Conclusions: These sputum tests provide an impetus to reconsider screening for lung cancer . Prospective
trials are required to confirm test performance characteristics, and management and intervention ...
[255]
Symptoms of Lung Cancer
[39,6 KB]
From [www.onconurse.com] Last viewed: 07.09.2006
Onconurse.com
Fact Sheet
1
Symptoms of Lung Cancer
behind a diagnostic test or exam that may seem odd on
its face, and to give you an idea of the range of symp-
toms that lung cancers may cause. As you can see,
symptoms vary tremendously. Discuss any symptoms
with your doctor.
Pulmonary symptoms
The symptoms of lung cancer that are clearly and direct-
ly related to lung function are:
• Coughing, the most common symptom, experi-
enced by 74 percent of patients
• Bloody sputum (phlegm; 57 percent)
• Shortness of breath (37 percent)
• Chest pain (25 percent)
• Hoarseness (18 percent)
• Paralysis of the diaphragm, either symptomless or
perceived as shortness of breath
• Wheezing or vibrating breathing noises (stridor)
• Recurrent pneumonia or bronchitis
• Difficulty swallowing (dysphagia)
Symptoms in other organs
Non-respiratory ...
[256]
Mining Knowledge in X-Ray Images for Lung Cancer Diagnosis
[54,9 KB]
From [ai.ijs.si] Last viewed: 07.09.2006
Mining Knowledge in X-Ray Images for Lung Cancer
Diagnosis
P
etra
P
erner
1
Abstract. Availability of digital data within picture archiving and
communication systems raises a possibility of health care and
research enhancement associated with manipulation, processing and
handling of data by computers. That is the basis for computer-
assisted radiology development. Further development of computer-
assisted radiology is associated with the use of new intelligent
capabilities such as multimedia support and data mining in order to
discover the relevant knowledge for diagnosis. In this paper, we
present our work on data mining in medical picture archiving
systems. We use decision tree induction in order to learn the
knowledge for computer-assisted image analysis. We are applying
our method to interpretation of x-ray images for lung cancer
...
[257]
Endoscopic Treatment of Early-Stage Lung Cancer
[135,1 KB]
From [www.moffitt.usf.edu] Last viewed: 07.09.2006
Endoscopic Treatment of
Early-Stage Lung Cancer
Francis D.Sheski, MD, and Praveen N.Mathur, MBBS
Background: Disease-free survival after surgical resection of lung carcinoma in situ has been reported as over
90%. After resection of stage IA non-small cell lung cancer , survival at 5 years is approximately 60% to 70%. If
endoscopic or bronchoscopic treatments of early-stage lung cancer can provide similar disease-free survival
with less perioperative mortality, morbidity, and cost, then they may be alternative front-line therapies.
Methods: The authors review early-stage lung cancer detection by fluorescence bronchoscopy and the
potential treatment of this disease by endoscopic techniques (photodynamic therapy, brachytherapy, Nd:YAG
laser, electrocautery, and cryotherapy).
Results: Several reports have noted improved outcomes using endoscopic therapies for early-stage lung ...
[258]
The Future and Lung Cancer: Room For Optimism?
[12,8 KB]
From [www.moffitt.usf.edu] Last viewed: 07.09.2006
Editorial
C
a
n
c
e
r
C
o
n
t
r
o
l
January/February 2000, Vol.7, No.1
Cancer Control 13
The readership of Cancer
Control is surely aware of the dis-
mal state of affairs in the treat-
ment of lung cancer . Lung cancer
is currently the leading cause of
cancer deaths in both men and
women in the United States.
Deaths from lung cancer in
women long ago surpassed those
due to breast cancer . In 1999, an
estimated 170,000 to 180,000
Americans were diagnosed with
lung cancer , and 159,000 (an esti-
mated 68,000 women and 91,000
men) died of this disease.
1
The
number of deaths resulting from
lung cancer exceeds the mortality
from the next three most common
cancers combined (colorectal,
breast, and prostate).
The expected five-year sur-
vival ...
[259]
156-11 (9-11-99) Hold your breath: Lung cancer screens?
[32,4 KB]
From [www.sciencenews.org] Last viewed: 07.09.2006
Hold your breath: Lung cancer screens?
Lung cancer is one of the most common and most deadly cancers. Only about 12 percent
of lung cancers are cured, primarily because few lung cancers are caught before they spread.
Studies have suggested that X-ray screening for lung cancer is ineffective. According to the
July 10 L
ANCET
, low-dose computed tomography (CT) that allows doctors to completely scan the
lung during a single breath may change that picture.
Among 1,000 men and women who had smoked at least a pack of cigarettes a day for 10
years, CT scans detected cancer in 27 patients; X rays found cancer in just 7 of these people.
CT also detected substantially smaller malignant tumors than those found by chest X rays.
“Detecting more cancers in earlier stages changes survival prospects from dismal to very
positive,” says Claudia I. Henschke of New York Presbyterian Hospital. Thus, CT ...
[260]
151-01 (1-4-97) Depression puffs up lung cancer . . .
[66,2 KB]
From [www.sciencenews.org] Last viewed: 07.09.2006
Several controversial studies have suggested that people who experience bouts of depres-
sion run a greater risk of developing all sorts of cancers, possibly because depression weakens
the immune system’s ability to control the spread of cancerous cells.
Now, a long-term investigation conducted in Finland casts doubt on those sweeping conclu-
sions. Overall, new cases of cancer do not crop up disproportionately among people who have
endured moderate to severe depression, investigators report in the Dec. 15 A
MERICAN
J
OURNAL OF
E
PIDEMIOLOGY
. However, lung cancer does develop more frequently in depressed men, the scien-
tists find. The underlying link in some cases may be that the mood disturbance encourages
depressed men to smoke more cigarettes rather than that it depresses the immune system or
has some other biological effect.
Paul Knekt, an epidemiologist at the National ...
[261]
153-10 (3-7-98) Radonlung cancer risk high for smokers
[40,5 KB]
From [www.sciencenews.org] Last viewed: 07.09.2006
Radon– lung cancer risk high for smokers
For 2 decades, scientists have been homing in on the lung cancer risks posed by chronic
exposure to radon, a radioactive gas emitted by rocks and soil. Now, a blue-ribbon panel con-
vened by the National Research Council in Washington, D.C., to review the most recent studies
of radon’s effects on health has confirmed earlier estimates.
In the United States alone, residential exposure to this ubiquitous gas causes between
15,000 and 22,000 lung cancers annually—or 12 percent of all such malignancies. Indeed,
radon is second only to smoking as a source of lung cancer , the NRC stated in its report,
released Feb. 19.
Cancer risk climbs with lifetime exposure to radon’s toxic decay products, which are them-
selves radioactive. In the absence of any confounding risk factors, a doubling of exposure will
double risk, the report says. However, cigarette smoking greatly ...
[262]
LUNG CANCER
[61,1 KB]
From [www.vandenberg.af.mil] Last viewed: 07.09.2006
Copyright © 1998 by W.B. Saunders Company.
All rights reserved.
295
A
BASIC INFORMATION
DESCRIPTION
Malignant tissue growth in the lung . It involves the
bronchial tubes and lungs. Lung cancer spreads to the
larynx, liver, brain, bones and kidneys and affects adults
of both sexes, usually between ages 40 and 70. Lung
cancer causes more deaths than any other form of can-
cer and the incidence is increasing. It is related almost
exclusively to cigarette smoking.
FREQUENT SIGNS AND SYMPTOMS
• Persistent cough.
• Sputum that may contain blood.
• Wheezing.
• Chest pain.
• Fatigue and weakness.
• Weight loss.
• Shoulder, arm, or bone pain.
• Sometimes, no symptoms.
CAUSES
• Cigarette smoking.
• Air pollution.
• Unknown (some forms).
• Asbestos exposure.
• Spread of cancer from somewhere else in the body.
• Chronic ...
[263]
Lung Cancer Guidelines
[581,8 KB]
From [www.chestjournal.org] Last viewed: 07.09.2006
Statistics Courtesy of the Lung Cancer Alliance
Nearly one in every three cancer deaths is due to lung cancer .
Lung cancer kills:
An average of 440 people a day, one every three minutes.
More than breast, prostate, colon, kidney, melanoma and liver cancers
combined.
Three times as many men as prostate cancer and twice as many women as
breast cancer .
More women than breast, cervical and ovarian cancers combined.
Non-smokers and former smokers now account for more than 60 percent of new
lung cancer cases, a fact that the public is just starting to become aware of.
50 percent of new cases in former smokers:
Tong L, Spitz MR, Fueger JJ, et al: “ Lung Carcinoma in Former Smokers.” Cancer
78:1004-10, 1996.
Warner EE, Mulshine JL, “ Lung Cancer Screening With Spiral CT: Toward a Working
Strategy.”Oncology (Williston Park). 2004 May; 18(5):564-75, ...
[264]
Lung Cancer Prevention
[688,0 KB]
From [www.chestjournal.org] Last viewed: 07.09.2006
Statistics Courtesy of the Lung Cancer Alliance
Nearly one in every three cancer deaths is due to lung cancer .
Lung cancer kills:
An average of 440 people a day, one every three minutes.
More than breast, prostate, colon, kidney, melanoma and liver cancers
combined.
Three times as many men as prostate cancer and twice as many women as
breast cancer .
More women than breast, cervical and ovarian cancers combined.
Non-smokers and former smokers now account for more than 60 percent of new
lung cancer cases, a fact that the public is just starting to become aware of.
50 percent of new cases in former smokers:
Tong L, Spitz MR, Fueger JJ, et al: “ Lung Carcinoma in Former Smokers.” Cancer
78:1004-10, 1996.
Warner EE, Mulshine JL, “ Lung Cancer Screening With Spiral CT: Toward a Working
Strategy.”Oncology (Williston Park). 2004 May; 18(5):564-75, ...
[265]
Lung Cancer Tip Sheet
[478,3 KB]
From [www.roswellpark.org] Last viewed: 07.09.2006
Lung cancer
is the second most common cancer in the United States. An estimated 169,400 people will be diagnosed and 154,900 will die from
lung cancer in 2002. Smokers are about nine times more likely to develop lung cancer than nonsmokers.
Small cell and nonsmall cell are the most common types of lung cancer . Nonsmall cell lung cancer , the most common, accounts for 75 to 80 percent of all
lung cancers. This type of lung cancer generally grows and spreads more slowly than small cell lung cancer . The three main types of nonsmall cell lung
cancer are squamous cell carcinoma, adenocarcinoma and large cell carcinoma. Small cell lung cancer , sometimes called oat cell cancer , grows more
quickly and is more likely to spread to other organs in the body than nonsmall cell lung cancer .
What you need to know about
LUNG CANCER
A risk factor is something that increases ...
[266]
Gender May Render Women at Risk for Lung Cancer
[1684,1 KB]
From [jncicancerspectrum.oxfordjournals.org] Last viewed: 07.09.2006
PUBLIC HEALTH
FACT SHEET
Lung Cancer
What is Lung Cancer ?
Lung cancer typically begins as a tiny spot on the inner lining of a bronchial tube. It can take many years for lung
cancer to develop and be discovered. Lung cancer is the leading cause of cancer deaths for both men and
women.
What are the Symptoms of Lung Cancer ?
• Constant chest pain
• Persistent cough
• Blood in saliva
• Wheezing
• Shortness of breath during routine activities
• Hoarseness
• Fever
• Neck enlargement
• Weight loss
• Arm and shoulder pain
• Repeated pneumonia and bronchitis
What are the Risk Factors for Lung Cancer ?
• Smoking
• Second hand smoke
• Air pollution
• Occupational exposure to hazardous agents, such as asbestos
• Scarred area from a previous inflammation
• Exposure to asbestos
• Exposure to radon ...
[267]
New Technique Boosts Hopes For Early Lung Cancer Detection
From [jncicancerspectrum.oxfordjournals.org] Last viewed: 07.09.2006
PUBLIC HEALTH
FACT SHEET
Lung Cancer
What is Lung Cancer ?
Lung cancer typically begins as a tiny spot on the inner lining of a bronchial tube. It can take many years for lung
cancer to develop and be discovered. Lung cancer is the leading cause of cancer deaths for both men and
women.
What are the Symptoms of Lung Cancer ?
• Constant chest pain
• Persistent cough
• Blood in saliva
• Wheezing
• Shortness of breath during routine activities
• Hoarseness
• Fever
• Neck enlargement
• Weight loss
• Arm and shoulder pain
• Repeated pneumonia and bronchitis
What are the Risk Factors for Lung Cancer ?
• Smoking
• Second hand smoke
• Air pollution
• Occupational exposure to hazardous agents, such as asbestos
• Scarred area from a previous inflammation
• Exposure to asbestos
• Exposure to radon ...
[268]
Whither Screening for Lung Cancer?
[128,0 KB]
From [jncicancerspectrum.oxfordjournals.org] Last viewed: 07.09.2006
PUBLIC HEALTH
FACT SHEET
Lung Cancer
What is Lung Cancer ?
Lung cancer typically begins as a tiny spot on the inner lining of a bronchial tube. It can take many years for lung
cancer to develop and be discovered. Lung cancer is the leading cause of cancer deaths for both men and
women.
What are the Symptoms of Lung Cancer ?
• Constant chest pain
• Persistent cough
• Blood in saliva
• Wheezing
• Shortness of breath during routine activities
• Hoarseness
• Fever
• Neck enlargement
• Weight loss
• Arm and shoulder pain
• Repeated pneumonia and bronchitis
What are the Risk Factors for Lung Cancer ?
• Smoking
• Second hand smoke
• Air pollution
• Occupational exposure to hazardous agents, such as asbestos
• Scarred area from a previous inflammation
• Exposure to asbestos
• Exposure to radon ...
[269]
Attention Turns to Lung Cancer in Nonsmokers
From [jncicancerspectrum.oxfordjournals.org] Last viewed: 07.09.2006
PUBLIC HEALTH
FACT SHEET
Lung Cancer
What is Lung Cancer ?
Lung cancer typically begins as a tiny spot on the inner lining of a bronchial tube. It can take many years for lung
cancer to develop and be discovered. Lung cancer is the leading cause of cancer deaths for both men and
women.
What are the Symptoms of Lung Cancer ?
• Constant chest pain
• Persistent cough
• Blood in saliva
• Wheezing
• Shortness of breath during routine activities
• Hoarseness
• Fever
• Neck enlargement
• Weight loss
• Arm and shoulder pain
• Repeated pneumonia and bronchitis
What are the Risk Factors for Lung Cancer ?
• Smoking
• Second hand smoke
• Air pollution
• Occupational exposure to hazardous agents, such as asbestos
• Scarred area from a previous inflammation
• Exposure to asbestos
• Exposure to radon ...
[270]
Heredity as a Determining Factor in Which Smokers Die of Lung ...
From [jncicancerspectrum.oxfordjournals.org] Last viewed: 07.09.2006
PUBLIC HEALTH
FACT SHEET
Lung Cancer
What is Lung Cancer ?
Lung cancer typically begins as a tiny spot on the inner lining of a bronchial tube. It can take many years for lung
cancer to develop and be discovered. Lung cancer is the leading cause of cancer deaths for both men and
women.
What are the Symptoms of Lung Cancer ?
• Constant chest pain
• Persistent cough
• Blood in saliva
• Wheezing
• Shortness of breath during routine activities
• Hoarseness
• Fever
• Neck enlargement
• Weight loss
• Arm and shoulder pain
• Repeated pneumonia and bronchitis
What are the Risk Factors for Lung Cancer ?
• Smoking
• Second hand smoke
• Air pollution
• Occupational exposure to hazardous agents, such as asbestos
• Scarred area from a previous inflammation
• Exposure to asbestos
• Exposure to radon ...