[181]
Testicular Cancer Position Statement
[71,7 KB]
From [www.cosa.org.au] Last viewed: 07.09.2006
POSITION STATEMENT
TESTICULAR CANCER
Overview
The testicles are two egg-shaped gland s found in men. They produce semen
and sex hormones.
Testicular cancer is one of the more rare forms of cancer with an estimated
incidence of approximately 6 in every 100,000 men.
1
Young men are more
commonly affected by testicular cancer , with about half of the new diagnoses
being made in men under the age of 33 years.
2
There are two different types of
testicular cancer , non-seminoma, a cancer of the mature germ cells affecting
mostly the 15-35 male year old age group and seminoma, cancer formed from
immature germ cells, which generally affects the 25-55 male age group.
The outlook for men diagnosed with testicular cancer has improved
dramatically since the 1970s when chemotherapy was introduced to treat the
disease. Five-year relative survival ...
[182]
Intraventricular Rhabdoid Tumor
[100,5 KB]
From [medind.nic.in] Last viewed: 07.09.2006
Indian Journal of Pediatrics, Volume 72—August, 2005
693
Clinical Brief
Correspondence and Reprint requests : Dr. Ashish Suri, 34, Ganga
Apartments, Alaknanda, New Delhi-110019, Fax : 011-26862663
Intraventricular Rhabdoid Tumor
Faiz Uddin Ahmad, Ashish Suri, Ashok Kumar Mahapatra, Veer Singh Mehta, Ajay Garg
1
,
M.C. Sharma
2
and Epari Sridhar
2
Departments of Neurosurgery,
1
Neuroradiology and
2
Neuropathology, All India Institute of Medical Sciences,
Ansari Nagar, New Delhi, India
Abstract.
Malignant rhabdoid tumor (MRT) most commonly occurs in kidney. In the central nervous system, cerebellum is
the most common site of occurrence. CNS rhabdoid tumors typically occur in small children, do not respond favorably to
treatment and are usually fatal within ...
[183]
Breast Cancer (Italian)
[25,6 KB]
From [www.breasthealth.com.au] Last viewed: 07.09.2006
Italian
September 2005
[OTH-7630]
1 / 2
Il cancro del seno
Breast Cancer
Una diagnosi precoce può salvarti la vita
Ciò che può fare ogni donna per scoprire
un cancro al seno allo stadio iniziale
Una diagnosi precoce del cancro del seno offre le migliori possibilità di curarlo e
potrebbe salvarti la vita. Ecco quel che può fare ogni donna per scoprire il cancro
del seno nella fase iniziale.
Ricordati che può capitare anche a te
Qualunque sia la tua età, controlla regolarmente il tuo seno, osservandolo bene e
palpandolo. Non c’è bisogno di conoscere metodi speciali, uno vale quanto l’altro,
anche se certe donne preferiscono attenersi sempre allo stesso sistema. Se noti
qualcosa di insolito, vai a farti vedere da un medico, senza indugio. Ricordati che
può capitare anche a te, anche se ti sottoponi regolarmente alla mammografia.
Sottoponiti a mammografie ...
[184]
Cancer Care Ontario Practice Guidelines Initiative (16 pt bold)
[947,4 KB]
From [www.cancercare.on.ca] Last viewed: 07.09.2006
Evidence-based Series #12-4: Section 1
The Role of Neurokinin-1 Receptor Antagonists in the Prevention of
Emesis due to High-dose Cisplatin: A Clinical Practice Guideline
D. Warr, T. Oliver, and members of the Systemic Treatment Disease Site Group
A Quality Initiative of the
Program in Evidence-based Care (PEBC), Cancer Care Ontario (CCO)
Developed by the Systemic Treatment Disease Site Group
Report Date: April 5, 2005
Question
What is the role of neurokinin-1 (NK-1) receptor antagonists in the prevention of nausea and
vomiting due to chemotherapy with high-dose cisplatin? Outcomes of interest include emesis, nausea,
adverse events related to treatment and quality of life.
Target Population
These recommendations apply to adult cancer patients scheduled to receive high single doses
of cisplatin delivered alone or as part of a combined chemotherapy regimen.
Recommendations ...
[185]
Cancer Care Ontario Practice Guidelines Initiative
[664,0 KB]
From [www.cancercare.on.ca] Last viewed: 07.09.2006
Primary Treatment for Locally Advanced Cervical Cancer :
Concurrent Platinum-based Chemotherapy and Radiation
Practice Guideline Report #4-5
H. Lukka, H. Hirte, A. Fyles, G. Thomas, M. Fung Kee Fung, M. Johnston, and members of the
Gynecology Cancer Disease Site Group
ORIGINAL GUIDELINE: August 26, 2002
MOST RECENT LITERATURE SEARCH: June 2004
NEW EVIDENCE ADDED TO GUIDELINE REPORT: June 2004
New evidence found by update searches since completion of the original guideline is
consistent with the original recommendations.
SUMMARY
Guideline Question
For women with cervical cancer in whom radiotherapy is considered appropriate, does the
addition of concurrent platinum-based chemotherapy improve survival and quality of life with
acceptable toxicity?
Target Population
These recommendations apply to women with cervical cancer for whom primary treatment
...
[186]
Screening for Prostate Cancer - Recommendations and Rationale
[68,4 KB]
From [www.ahrq.gov] Last viewed: 07.09.2006
Summary of
Recommendation
• The U.S. Preventive Services Task Force (USPSTF)
concludes that the evidence is insufficient to
recommend for or against routine screening for
prostate cancer using prostate specific antigen
(PSA) testing or digital rectal examination (DRE).
I recommendation.
The USPSTF found good evidence that PSA
screening can detect early-stage prostate cancer but
mixed and inconclusive evidence that early detection
improves health outcomes. Screening is associated
with important harms, including frequent false-
positive results and unnecessary anxiety, biopsies,
and potential complications of treatment of some
cancers that may never have affected a patient’s health.
The USPSTF concludes that evidence is insufficient
to determine whether the benefits outweigh the harms
for a screened population.
Clinical Considerations ...
[187]
Cancer Among Infants - SEER Pediatric Monograph
[81,5 KB]
From [seer.cancer.gov] Last viewed: 07.09.2006
XII
149
National Cancer Institute
SEER Pediatric Monograph
CANCER AMONG INFANTS
HIGHLIGHTS
Incidence
? The age of peak cancer incidence among children occurred during the first year of
life (Figure XII.1).
? Malignancies of infancy represented 10% of all cancer that was diagnosed among
children younger than 15 years of age. The average annual incidence rate of all
infant cancer combined was 233 per million infants, which was 12% higher than the
age (2 years) with the next highest incidence.
? The rate among females (234 per million infants) was essentially the same as that
in males (232 per million infants). This is notable because infancy was the only age
among children younger than 15 years of age in which female rates were not lower
than male rates.
? Neuroblastoma comprised 28% of infant cancer cases and was the most ...
[188]
Renal Tumors - SEER Pediatric Monograph
[104,2 KB]
From [seer.cancer.gov] Last viewed: 07.09.2006
ICCC VI
79
RENAL TUMORS
79
National Cancer Institute
79
National Cancer Institute
SEER Pediatric Monograph
79
National Cancer Institute
SEER Pediatric Monograph
Leslie Bernstein, Martha Linet, Malcolm A. Smith, Andrew F. Olshan
HIGHLIGHTS
Incidence
? Malignancies of the kidney (renal cancers ) represented 6.3% of cancer diagnoses
among children younger than 15 years of age (incidence 7.9 per million) (Table
VI.2) and 4.4% of cancer diagnoses for children and adolescents younger than 20
years of age (incidence of 6.2 per million).
? In the US approximately 550 children and adolescents younger than 20 years of
age are diagnosed with renal tumors each year, of which approximately 500 are
Wilms’ tumor .
? Wilms’ tumor was by far the most common form of renal cancer in children ...
[189]
Malignant Bone Tumors - SEER Pediatric Monograph
[106,0 KB]
From [seer.cancer.gov] Last viewed: 07.09.2006
ICCC VIII
MALIGNANT BONE TUMORS
99
National Cancer Institute
SEER Pediatric Monograph
HIGHLIGHTS
Incidence
? Malignancies of the bone, with an average annual incidence rate of 8.7 per million
children younger than 20 years of age, comprised about 6% of childhood cancer
reported by SEER areas from 1975-95.
? In the US, 650-700 children and adolescents younger than 20 years of age are
diagnosed with bone tumors each year of which approximately 400 are osteosar-
coma and 200 are Ewing’s sarcoma.
? The two types of malignant bone cancer that predominated in children were os-
teosarcomas and Ewing’s sarcomas, about 56% and 34% of the malignant bone
tumors , respectively.
? Osteosarcomas derive from primitive bone-forming mesenchymal stem cells and
most often occur near the metaphyseal portions of the long bones. The Ewing’s ...
[190]
Hepatic Tumors - SEER Pediatric Monograph
[83,4 KB]
From [seer.cancer.gov] Last viewed: 07.09.2006
ICCC VII
HEPATIC TUMORS
Marc Bulterys, Marc T. Goodman, Malcolm A. Smith, Jonathan D. Buckley
91
National Cancer Institute
SEER Pediatric Monograph
HIGHLIGHTS
Incidence
? Primary neoplasms of the liver are rare in children, comprising only 1.1% of malig-
nancies for children younger than 20 years of age. In the US, 100-150 children are
diagnosed with liver cancer each year.
? Primary liver cancer is subdivided into the following histologic subtypes:
hepatoblastoma comprises over two-thirds of the malignant tumors of the liver in
children and adolescents (79% <15 years of age; 66% <20 years of age) and
hepatocellular carcinoma accounts for most of the remaining cases. Hepatoblastoma
occurs primarily in children younger than 5 years of age while hepatocellular
carcinoma occurs primarily after 10 years of age (Figure VII.2).
...
[191]
International Classification of Childhood Cancer - SEER Pediatric ...
[68,8 KB]
From [seer.cancer.gov] Last viewed: 07.09.2006
175
National Cancer Institute
SEER Pediatric Monograph
INTERNATIONAL CLASSIFICATION OF CHILDHOOD CANCER (ICCC)
Source: Kramárová E, Stiller CA, Ferlay J, Parkin DM, Draper GJ, Michaelis J,
Neglia J, Qureshi S (1996) International Classification of Childhood
Cancer1996. IARC Technical Report No.29, International Agency for
Research of Cancer , Lyon.
ICCC GROUP
MORPHOLOGY
TOPOGRAPHY
I Leukemia
(a) Lymphoid Leukemia
Excluding ALL
9820, 9822-9827, 9850
C00.0-C80.9
ALL
9821
C00.0-C80.9
(b) Acute Leukemia
Excluding AML
9840, 9841, 9864, 9866, 9867, 9891,
9894, 9910
C00.0-C80.9
AML
9861
C00.0-C80.9
(c) Chronic Myeloid
Leukemia
9863, 9868
C00.0-C80.9
(d) Other Specified
Leukemias
9830, 9842, 9860, 9862, 9870-9890,
9892, 9893, 9900, 9930-9941
C00.0-C80.9
(e) Unspecified ...
[192]
Cancer Among Adolescents 15-19 Years Old - SEER Pediatric Monograph
[93,6 KB]
From [seer.cancer.gov] Last viewed: 07.09.2006
XIII
157
National Cancer Institute
SEER Pediatric Monograph
CANCER AMONG ADOLESCENTS 15-19 YEARS OLD
HIGHLIGHTS
Incidence
? The incidence of cancer among adolescents (i.e., 15-19 year-olds) in SEER areas for
1986-95 was 202.2 per million, which was similar to the incidence of cancer among
0-4 year-olds and substantially greater than the incidence for 5-9 and 10-14 year-
olds (Table XIII.1).
? The spectrum of cancers that occurred among 15-19 year-olds was distinctive from
those that occurred in young children. For SEER areas from 1986-95, the most
common tumors among adolescents were Hodgkin’s disease (16.1%), germ cell
tumors (15.2%), CNS tumors (10.0%), non-Hodgkin’s lymphoma (NHL) (7.6%),
thyroid cancer (7.2%), malignant melanoma (7.0%), and acute lymphoblastic leuke-
mia (ALL) (6.4%) (Figure XIII.1 and Table XIII.1).
? ...
[193]
Chapter 16: Screening for Oral Cancer
[23,3 KB]
From [www.ahrq.gov] Last viewed: 07.09.2006
175
Burden of Suffering
The term “oral cancer ” includes a diverse group of tumors arising from the
oral cavity. Usually included are cancers of the lip, tongue, pharynx, and
oral cavity. The annual incidence of oral cancer in the U.S. is about
11/100,000 population, with a male/female ratio greater than 2:1.
1
Oral
cancer is responsible for 2% of all cancer deaths in the U.S., and it is pro-
jected to account for over 28,000 new cases and about 8,400 deaths in
1995.
2
Fifty-three percent of oral cancers have spread to regional or distant
structures at the time of diagnosis.
1
Overall 5-year survival is 52%, but it
ranges from 79% for localized disease to 19% if distant metastases are pre-
sent.
1
The natural history of each type of cancer can be quite different.
Cancer of the lip accounts for 11% of new cases of oral cancer ...
[194]
2006 Cancer-Intensive Care Enrollment -- Final (8-16-05).xls
[41,5 KB]
From [www.hr.ufl.edu] Last viewed: 07.09.2006
SUPPLEMENTAL CANCER / INTENSIVE CARE
INSURANCE 2006 ENROLLMENT FORM
(Please Print)
Select your Enrollment Type:
New Hire
Open Enrollment
Qualifying Status Change
0 0
Name:
Agency Name:
Complete Mailing Address:
Work Phone: ( )
Home Phone:
( )
Add Drop
Cancer /Intensive Care 8/16/05
Plan Code
You may: ADD eligible dependents not currently covered and/or DROP ineligible dependents.
$24.40
$41.70
$34.50
$36.50
$44.70
Plan Code
$46.20
Plan Code
Plan Code
* RELATIONSHIP: Put the number that is next to the relationship, an example is Spouse-1 then you would put the 1 in the "Rel. column below.
Spouse - 1, Child - 2, Legal Guardianship - 3, Grandchild - 4, Legally Adopted Child - 5, Foster Child - 6, Step Child -7, Unborn Child - 8
$18.18
$34.40
$33.50
$40.20
...
[195]
CAN -- Cancer in Australia 2001
[893,1 KB]
From [www.aihw.gov.au] Last viewed: 07.09.2006
PATIENT INFORMATION
PATIENT INFORMATION
PATIENT INFORMATION
PATIENT INFORMATION
PATIENT
INFORMATION PATIENT INFORMATION PATIENT INFORMATION PATIENT INFORMATION PATIENT INFORMATION
PATIENT INFORMATION
PATIENT INFORMATION
PATIENT INFORMATION
PATIENT INFORMATION
PATIENT
INFORMATIONP ATIENT INFORMATION PATIENT INFORMATION PATIENT INFORMATION PATIENT INFORMATION
PATIENT INFORMATION
PATIENT INFORMATION
PATIENT INFORMATIONP ATIENT INFORMATION
PATIENT
PATIENT INFORMATION
Prostate cancer
A collectable guide for you to use with your patients
What is prostate cancer ?
The prostate is a gland about the size of a
chestnut. It lies at the base of the bladder,
wrapped around the urethra – the tube
that carries urine from the bladder out of
the body (see above). The healthy prostate
produces fluid ...
[196]
Ovarian Cancer Product Guide
[1234,9 KB]
From [www.thegcf.org] Last viewed: 07.09.2006
Ovarian Cancer Product Guide
Provided by
Page 2
If you are diagnosed with ovarian cancer ,
you are not alone.
More than 22,000 women are diagnosed with ovarian cancer each year. To ease the burden of
this diagnosis on each and every woman, the Gynecologic Cancer Foundation has collected
information about various ovarian cancer organizations, and created this guide as a simple and
concise resource of available support.
A network of support.
Where there’s knowledge, there’s hope
Inside the guide, you will find a list of national organizations that provides information and
products related to ovarian cancer . Please select the materials you would like to receive, place
a postage stamp on each card, and mail it to the specific organization. Within three weeks, you
should receive the requested information from that organization. For additional ...
[197]
uml-cancer rpt cov 8.05b
[2528,3 KB]
From [www.sustainableproduction.org] Last viewed: 07.09.2006
Environmental and Occupational
Causes of Cancer
A Review of Recent Scientific Literature
Richard Clapp, D.Sc.
Genevieve Howe, MPH
Molly Jacobs Lefevre, MPH
Prepared by
Boston University School of Public Health
and the Environmental Health Initiative,
University of Massachusetts Lowell
For the
Cancer Working Group of
the Collaborative on Health and
the Environment
September 2005
A Publication
of the Lowell Center
for Sustainable
Production
University of
Massachusetts
Lowell
Page 2
Acknowledgements
The authors gratefully acknowledge the following organizations and individuals for their contributions to this paper:
o The Cancer Working Group of the Collaborative on Health and the Environment for initiating this project.
o The Mitchell Kapor Foundation for the ...
[198]
University of Virginia Cancer Center Transforming the Landscape of ...
[203,6 KB]
From [www.healthsystem.virginia.edu] Last viewed: 07.09.2006
University of Virginia Cancer Center
Transforming the Landscape of Health Care
Page 2
Today we approach a historic moment in cancer care. Forty years of intensive cancer research
are about to pay off. Powerful new treatments and technologies may soon give us the ability
not only to diagnose and treat cancer , but to control and prevent it. The landscape of cancer
care is about to change dramatically—but there is still much we must do. Realizing the
promise of this new generation of cancer care will require bold new models of treatment,
research, and outreach.
At the UVa Cancer Center, we have laid a strong foundation for this future. We have pioneered
a multispecialty, patient-centered, collaborative model for clinical care. We have attracted
researchers in key areas critical to our basic understanding of cancer . Our renowned scientists
are leading the way in developing ...
[199]
GAO-03-1021 Breast Cancer Research Stamp: Effective Fund-Raiser ...
[5671,3 KB]
From [www.gao.gov] Last viewed: 07.09.2006
a
GAO
United States General Accounting Office
Report to Congressional Committees
September 2003
BREAST CANCER
RESEARCH STAMP
Effective Fund-Raiser,
but Better Reporting
and Cost-Recovery
Criteria Needed
GAO-03-1021
Page 2
Although the U.S. Postal Service (the Service) has not tracked or estimated
all costs associated with the BCRS program, it reported that the bulk of
BCRS costs, from inception through May 16, 2003, were about $9.5 million.
In April 2000, GAO recommended that the Service issue BCRS cost-recovery
regulations and make available cost data and analyses to provide postal
ratepayers assurance they were not involuntarily subsidizing BCRS costs.
The Service issued regulations in July 2000, but it has not yet submitted the
recommended data and analyses to Congress. Service officials attributed the ...
[200]
Cervical Cancer Screening and Prevention Centers for Disease ...
[223,7 KB]
From [www.cdc.gov] Last viewed: 07.09.2006
Cervical Cancer Screening and
Prevention
Centers for Disease Control & Prevention (CDC)
National Center for HIV, STD, & TB Prevention
Division of STD Prevention
Modified from an original product developed by the
Gynecologic Cancer Foundation (GCF), with the support
of the National Cervical Cancer Coalition (NCCC)
Page 2
About This Presentation
?
In this presentation, you will learn about old
and new methods of cervical cancer screening
?
We hope that this presentation will help
women to take an active part in their health
?
It does not replace a doctor’s diagnosis or
treatment
Page 3
Cervical Cancer Screening and
Prevention
?
You can prevent cervical cancer with screening.
?
Screening is the search ...
[201]
Cancer Statistics Review
[10,7 KB]
From [seer.cancer.gov] Last viewed: 07.09.2006
SEER Cancer Statistics Review 1975-2002
National Cancer Institute
Cancer Facts & Figures – 2005, American Cancer Society (ACS), Atlanta, Georgia, 2005.
Excludes basal and squamous cell skin and in situ carcinomas except urinary bladder.
Incidence projections are based on rates from the NCI SEER Program 1979-2001.
a
Estimated deaths for colon & rectum cancers are combined.
b
Carcinoma in situ of the breast accounts for about 58,490 new cases annually, and melanoma
in situ accounts for about 46,170 new cases annually.
c
More deaths than cases suggests lack of specificity in recording underlying causes of
death on death certificate.
Estimated New Cases
Estimated Deaths
Primary Site
Total
Males
Females
Total
Males
Females
All Sites
1,372,910
710,040
662,870
570,280
295,280
275,000
Oral ...
[202]
Cancer Statistics Review
[20,1 KB]
From [seer.cancer.gov] Last viewed: 07.09.2006
SEER Cancer Statistics Review 1975-2002
National Cancer Institute
Note:
Incidence and death rates are per 100,000 and are age-adjusted to the 2000 US Std
Population (19 age groups - Census P25-1130).
a
SEER 13 areas (San Francisco, Connecticut, Detroit, Hawaii, Iowa, New Mexico, Seattle,
Utah, Atlanta, San Jose-Monterey, Los Angeles, Alaska Native Registry and Rural Georgia).
b
NCHS public use data file for the total US.
c
SEER 9 areas.
d
Mesotheliomas of the Pleura are included in the separate group Mesothelioma for incidence
but are included in the Pleura grouping for mortality.
-
Statistic could not be calculated due to less than 25 cases in the time interval.
Incidence
a
US Mortality
b
Survival
c
(1998-2002)
(1998-2002)
(1995-2001)
Site
Total
Males Females
Total
...
[203]
Get Checked for Colon Cancer
[185,9 KB]
From [www.nyc.gov] Last viewed: 07.09.2006
Get Checked for Colon Cancer
4
1 1
2
2
2
If you’re 50 or older,or at high risk,get a colonoscopy
to prevent colon cancer .
Other Colon Cancer Tests
There are other colon cancer tests, which, while not as
effective as colonoscopy, are much better than no test at all.
A positive result on any of these tests should be followed
up with colonoscopy.
Fecal Occult Blood Test (FOBT)
• FOBT is an acceptable alternative to colonoscopy for
people who are not at high risk for colon cancer .
• It finds small amounts of hidden (occult) blood in stool.
• FOBT includes instructions on taking stool samples at
home and returning them for testing.
Sigmoidoscopy
• Is similar to colonoscopy, but with several differences.
• Sigmoidoscopy examines less than half of the colon
(not the entire colon, as colonoscopy does).
• It doesn’t ...
[204]
Cancer Control in Minority and Underserved Populations, Racial ...
[20,0 KB]
From [seer.cancer.gov] Last viewed: 07.09.2006
National Cancer Institute
SEER Program
128
CANCER
CONTROL IN
MINORITY AND
UNDERSERVED
POPULATIONS
C
ancer affects various population
subgroups in the United States in distinct ways.
The statistics in this monograph show that black
men have the highest incidence rate of cancer ,
due to excesses of prostate and lung and
bronchus cancers , while American Indian men in New
Mexico have the lowest rate. Among women, non-Hispanic
white women have the highest incidence rate, due mainly to
their excess of breast cancer , while
American Indian women in New Mexico
and Korean women have the lowest rates.
Interestingly, the five most commonly
diagnosed cancers among men in every
racial/ethnic group include lung and
bronchus, prostate and colorectal cancers .
Oral cancers , however, are among the five
most frequently ...
[205]
SEER Cancer Statistics Review 1973-1999 National Cancer Institute
[116,7 KB]
From [seer.cancer.gov] Last viewed: 07.09.2006
The APC is the Annual Percent Change based on rates age-adjusted to the 2000 U.S. standard population by 5-year age
groups using the Joinpoint Regression Program.
a
Trends are from the SEER 9 areas.
b
Trends are from the NCHS public use data file.
’
The APC is significantly different from zero (p<.05).
Table IV-1
FEMALE BREAST CANCER (Invasive)
TRENDS IN SEER INCIDENCE
a
AND U.S. MORTALITY
b
USING THE JOINPOINT REGRESSION PROGRAM, 1973-1999
WITH UP TO THREE JOINPOINTS BY RACE AND AGE
All Races
Whites
Blacks
Year
APC
Year
APC
Year
APC
SEER Cancer Incidence
a
Age - All Ages
1973-80
-0.6
1973-80
-0.5
1973-79
-0.7
1980-87
3.7 ’
1980-87
3.8 ’
1979-86
3.9 ’
1987-99
0.5 ’
1987-99
0.4
1986-99
0.9 ’ ...
[206]
SEER Cancer Statistics Review 1975-2002 National Cancer Institute
[558,3 KB]
From [seer.cancer.gov] Last viewed: 07.09.2006
The APC is the Annual Percent Change based on rates age-adjusted to the 2000 U.S. standard population by 5-year age
groups using the Joinpoint Regression Program.
a
Trends are from the SEER 9 areas.
b
Trends are from the NCHS public use data file.
’
The APC is significantly different from zero (p<.05).
Table IV-1
FEMALE BREAST CANCER (Invasive)
TRENDS IN SEER INCIDENCE
a
AND U.S. MORTALITY
b
USING THE JOINPOINT REGRESSION PROGRAM, 1973-1999
WITH UP TO THREE JOINPOINTS BY RACE AND AGE
All Races
Whites
Blacks
Year
APC
Year
APC
Year
APC
SEER Cancer Incidence
a
Age - All Ages
1973-80
-0.6
1973-80
-0.5
1973-79
-0.7
1980-87
3.7 ’
1980-87
3.8 ’
1979-86
3.9 ’
1987-99
0.5 ’
1987-99
0.4
1986-99
0.9 ’ ...
[207]
SEER Cancer Statistics Review 1975-2002 National Cancer Institute
[100,5 KB]
From [seer.cancer.gov] Last viewed: 07.09.2006
SEER Cancer Statistics Review 1975-2002
National Cancer Institute
Joinpoint Regression Program Version 3.0, April 2005, National Cancer Institute. ( h ttp://srab. cancer .gov/joinpoint/ ).
The APC is the Annual Percent Change based on rates age-adjusted to the 2000 US Std Population (19 age groups - Census
P25-1130).
a
Trends are from the SEER 9 areas.
b
Trends are from the NCHS public use data file for the total US.
c
The APC is significantly different from zero (p<.05).
Joinpoint Segment 1
Joinpoint Segment 2
Joinpoint Segment 3
Joinpoint Segment 4
Year
APC
Year
APC
Year
APC
Year
APC
SEER Cancer Incidence
a
All Races Male and Female
1975-1977
6.1
1977-1980
-6.4
1980-1996
2.3
c
1996-2002
5.6
c
All Races Male
1975-1977
5.6 ...
[208]
SEER Cancer Statistics Review 1975-2002 National Cancer Institute
[131,5 KB]
From [seer.cancer.gov] Last viewed: 07.09.2006
SEER Cancer Statistics Review 1975-2002
National Cancer Institute
Joinpoint Regression Program Version 3.0, April 2005, National Cancer Institute. ( h ttp://srab. cancer .gov/joinpoint/ ).
The APC is the Annual Percent Change based on rates age-adjusted to the 2000 US Std Population (19 age groups - Census
P25-1130).
a
Trends are from the SEER 9 areas.
b
Trends are from the NCHS public use data file for the total US.
c
The APC is significantly different from zero (p<.05).
Joinpoint Segment 1
Joinpoint Segment 2
Joinpoint Segment 3
Joinpoint Segment 4
Year
APC
Year
APC
Year
APC
Year
APC
SEER Cancer Incidence
a
All Races Male and Female
1975-1990
3.6
c
1990-1995
1.5
c
1995-2002
-0.3
All Races Male
1975-1991
4.3
c
1991-2002 ...
[209]
SEER Cancer Statistics Review 1975-2002 National Cancer Institute
[101,5 KB]
From [seer.cancer.gov] Last viewed: 07.09.2006
SEER Cancer Statistics Review 1975-2002
National Cancer Institute
Joinpoint Regression Program Version 3.0, April 2005, National Cancer Institute. ( h ttp://srab. cancer .gov/joinpoint/ ).
The APC is the Annual Percent Change based on rates age-adjusted to the 2000 US Std Population (19 age groups - Census
P25-1130).
a
Trends are from the SEER 9 areas.
b
Trends are from the NCHS public use data file for the total US.
c
The APC is significantly different from zero (p<.05).
Joinpoint Segment 1
Joinpoint Segment 2
Joinpoint Segment 3
Joinpoint Segment 4
Year
APC
Year
APC
Year
APC
Year
APC
SEER Cancer Incidence
a
All Races Male and Female
1975-1988
0.1
1988-2002
-2.6
c
All Races Male
1975-1988
-0.2
1988-2002
-2.8
c
All Races Female ...
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SEER Cancer Statistics Review 1975-2002 National Cancer Institute
[99,9 KB]
From [seer.cancer.gov] Last viewed: 07.09.2006
SEER Cancer Statistics Review 1975-2002
National Cancer Institute
Joinpoint Regression Program Version 3.0, April 2005, National Cancer Institute. ( h ttp://srab. cancer .gov/joinpoint/ ).
The APC is the Annual Percent Change based on rates age-adjusted to the 2000 US Std Population (19 age groups - Census
P25-1130).
a
Trends are from the SEER 9 areas.
b
Trends are from the NCHS public use data file for the total US.
c
The APC is significantly different from zero (p<.05).
Joinpoint Segment 1
Joinpoint Segment 2
Joinpoint Segment 3
Joinpoint Segment 4
Year
APC
Year
APC
Year
APC
Year
APC
SEER Cancer Incidence
a
All Races Male and Female
1975-1992
1.2
c
1992-2002
-0.3
All Races Male
1975-2002
0.7
c
All Races Female
1975-1997
0.9 ...