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Winning the Battle Against Lung Cancer Lung cancer is responsible for one-third of all cancer deaths in the United States.
If you do have lung cancer, where you choose to go for initial treatment has a significant impact on your likelihood of survival. Below are the five-year survival rates for lung cancer patients treated by SCCA compared to patients who were treated for lung cancer elsewhere.
Note: While the SCCA survival rates appear to be better for stage III lung cancer, the data could not be statistically validated.
Note: While the SCCA survival rates appear to be better for stage IV lung cancer, the data could not be statistically validated.
The charts above include patients who were diagnosed between 2003 and 2006 and then followed for five years.
The NCDB tracks the outcomes of 70 percent of all newly diagnosed cancer in the United States from more than 1,500 commission-accredited cancer programs.
When you are told you have stomach cancer and begin looking for treatment options, you may be concerned about life expectancy and quality of life. How do you decide where to go for treatment after you have been diagnosed with stomach cancer?
The chart below shows the survival results of 50 advanced-stage stomach cancer patients who were diagnosed between 2004 and 2008. Survival rates are also meaningful when compared to the results of other treatment centers. As an alternative, we asked the independent biostatistician to analyze and compare our survival statistics to national cancer survival statistics that are gathered by the National Cancer Institute (NCI). The chart below shows a comparison between CTCA and SEER on the survival rates of advanced-stage stomach cancer patients who were diagnosed between 2000 and 2005. The differences in stomach cancer survival rates at six months are statistically significant.
The differences in survival rates at 1 year and 1.5 years are not statistically significant at a 5 percent level. As you study stomach cancer statistics, it’s important to remember that the estimated CTCA survival rates were based on a relatively small sample of 44 advanced-stage stomach cancer patients and therefore were subject to a high degree of variation. The chart below shows the cancer survival rates for a group of 179 metastatic stomach cancer patients who were diagnosed between 2000 and 2011.
Of the CTCA metastatic stomach cancer patients shown in the above chart, the estimated survival rate at six months was 64%. At Cancer Treatment Centers of America, we understand that you may also wish to see the survival rates of the group of metastatic stomach cancer patients reported in the Surveillance, Epidemiology and End Results (SEER) database of the National Cancer Institute.
Therefore, we asked an independent biostatistician to analyze both the survival rates of the group of CTCA patients and the group of patients included in the SEER database. The objective of this analysis was to see how long each group of patients survived after their diagnosis. We also want to be sure you understand that cancer is a complex disease and each person’s medical condition is different; therefore, CTCA makes no claims about the efficacy of specific treatments, the delivery of care, nor the meaning of the CTCA and SEER analyses. This analysis included stomach cancer patients from CTCA who were diagnosed from 2000 to 2011 (including 2000 and 2011) with primary tumor sites (as coded by ICD-O-2 (1973+)) from C160 to C169, and were considered analytic cases by the CTCA. Primary tumor sites (as coded by ICD-O-2 (1973+)), date of initial diagnosis, date of last contact, year of initial diagnosis, age of initial diagnosis, gender, vital status, and cancer histologic type as coded by the ICD-O-3. The database from the CTCA cohort was prepared by the CTCA cancer registrars from the following four hospitals: Southwestern Regional Medical Center hospital, Midwestern Regional Medical Center hospital, Eastern Regional Medical Center hospital, and Western Regional Medical Center hospital.
The SEER program of the National Cancer Institute is an authoritative source of information on cancer incidence and survival in the United States. This analysis included stomach cancer patients from the latest SEER Limited-Use Database (as of 2014) who were diagnosed from 2000 to 2011 (including 2000 and 2011) with primary tumor sites (as coded by ICD-O-2 (1973+)) from C160 to C169.
Primary tumor sites (as coded by ICD-O-2 (1973+)), survival time recode as calculated by the date of initial diagnosis and the date of death or the follow-up cutoff date, year of initial diagnosis, age of initial diagnosis, gender, vital status, and cancer histologic type as coded by the ICD-O-3. In order to make a meaningful survival analysis, basic cancer and patient characteristics such as age at initial diagnosis, year of initial diagnosis, cancer stages, cancer primary sites, and gender were first analyzed for both the CTCA and SEER samples. For example, if a specific primary tumor site had patients in only one database, none of those patients were used in the analysis. The survival outcome from the CTCA database was defined as the time from the initial diagnosis to death and computed in number of years as the difference between the date of death and the date of initial diagnosis divided by 365.25.
For each survival outcome from each database, the survival curve, defined as the probability of cancer patient survival as a function of time after the initial diagnosis, was estimated by the nonparametric product-limit method[1].


Covariates such as age at initial diagnosis and year of initial diagnosis could affect the survival of stomach cancer patients. We understand you may be feeling overwhelmed with questions and concerns about your type of cancer and what it all means. Explore our cancer hospitals, which house the latest treatments, technologies and integrative oncology services under one roof. Discover our patient-centered approach, and how you get all your questions answered in a single visit by a dedicated team of cancer experts. Woodlands maths zone - fun interactive maths games, Free interactive maths games and puzzles. Softschools math games - free math worksheets, free, Free math games - addition game,subtraction game, multiplication game , place value practice, division online practice for 1st grade, second grade, 3rd grade, 4th.
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This information was collected by the National Cancer Data Base (NCDB) for patients who were diagnosed and treated between 2003 and 2006 and then followed for five years. Their five-year survival rate was 60 percent from the time they were first diagnosed by SCCA. Their five-year survival rate was 49 percent from the time they were first diagnosed by SCCA. Their five-year survival rate was 15 percent from the time they were first diagnosed by SCCA. Their five-year survival rate was 4 percent from the time they were first diagnosed by SCCA. The five-year observed survival rates are estimated using the actuarial method with one-month intervals. It has been collecting data from hospital cancer registries since 1989 and now has almost 30 million records.
At Cancer Treatment Centers of America® (CTCA), we believe you have the right to know our statistics for stomach cancer treatment outcomes, so you can choose the best cancer care for you and your family.
At CTCA, we believe that knowing the stomach cancer survival rates of patients who are treated at our hospitals is one of the things that can help you and your family as you make this decision. This means that six months after their diagnosis, 69 percent of the patients in this group were still alive. Unfortunately, most hospitals and treatment centers don’t make their survival statistics available to the public.
This database is called the NCI Surveillance, Epidemiology and End Results Program, or SEER, for short. Because the SEER database did not provide staging information for patients diagnosed in 2004 and 2005, the SEER sample includes only those patients diagnosed between 2000 and 2003.
Therefore, we asked an independent biostatistician to analyze the survival results of CTCA® patients. This means that six months after their diagnosis, 64% of the patients in this group were still living.
SEER is a source of population-based information about cancer incidence and survival in the United States that includes the stage of cancer at the time of diagnosis and patient survival data. Our fifth hospital, located near Atlanta, Georgia, was not included because it was not open to patients until August 2012.
The independent biostatistician computed the survival outcomes of metastatic stomach cancer patients from the CTCA database and metastatic stomach cancer patients from the SEER database who were diagnosed between 2000 and 2011. These factors significantly reduced the size of the CTCA sample, which means that the estimates reflected in the survival chart may be subject to high variation and may not be replicated in the future when we have a larger CTCA sample for analysis.
Not all cancer patients who are treated at a CTCA hospital may experience these same results. More specifically, the SEER Limited-Use Database contained a combination of three databases. The survival outcome from the SEER database was provided by the SEER Limited-Use Data File as the number of completed years and the number of completed months. Formal statistical analyses of the stomach cancer survival distributions between the CTCA database and the SEER database were conducted by the nonparametric logrank test and Wilcoxon test as well as the likelihood ratio test[1].
Similar estimates were also computed to estimate the difference of the survival rates at these time points between the two cohorts.


Therefore, additional adjusted analyses were completed on the survival outcomes between the CTCA and SEER samples after adjusting for the effects of these covariates. First, although a large cancer sample was available from the SEER program across many geographic regions in the United States, both samples, including the sample from CTCA, are convenience samples.
We're only showing survival rates for patients who were diagnosed with stage I, stage II, stage III, and stage IV lung cancer. The endpoint is death from any cause (not cancer specific death); patients may have died from causes unrelated to their cancer. Also, the NCDB did not account for subjective differences in staging practices among hospitals. Therefore, we asked an independent, third-party biostatistician to analyze the survival results of patients who were treated at CTCA. When they do, the results are not always consistently presented, so objective comparisons are difficult. This, among other factors, means that the estimates reflected in the survival chart may not be replicated in the future when a larger CTCA sample is available for comparison.
SEER collects information on cancer incidence, prevalence and survival from specific geographic areas that represent 28% of the population of the United States. In both cases, the patients had been diagnosed with distant (metastatic) cancer as discussed above.
The SEER Program is a comprehensive source of population-based information in the United States that includes stage of cancer at the time of diagnosis and patient survival data. Patients whose age at initial diagnosis fell into the overlap of the two ranges from the CTCA and SEER samples were included in the survival analysis. These were then converted to the number of years by dividing the number of total months by 12. Because the estimated survival curves might not estimate the survival probability at these specific time points, survival rates from the closest observed survival times were used. The nature of these convenience samples prevents a causal interpretation of the statistical inferences.
There were not enough patients who were first diagnosed and treated at SCCA with stage 0 lung cancer to provide meaningful results. For example, it is possible that a cancer considered stage I at one hospital might be considered stage II at another hospital due to practice pattern variations. This means the cancer had traveled from the primary site (stomach) to one or more distant sites in the body where it continued to grow. All comparative survival analyses were conducted separately for the mild to moderate cancer stage and the advanced cancer stage (defined by the SEER Summary Stage of 7) using patients from the CTCA and SEER databases. For these patients who were still alive or lost to follow-up at the time of entering the databases, their survival time was treated as statistically censored[1] at the difference between the date of last contact and the date of initial diagnosis. Because five-year survival rates have been popularly used in many cancer survival reports, five-year survival curves were also obtained by treating those who survived more than five years after the initial diagnosis as statistically censored at five years. Second, although some types of matching, as described above, were implemented to select the appropriate SEER and CTCA comparison samples, the distributions of important covariates such as age at initial diagnosis, race and year of initial diagnosis were not exactly the same between the CTCA sample and SEER sample.
Survival rates are not displayed when fewer than 30 cases are available, as survival rates calculated from small numbers of cases can yield misleading results and may have very wide confidence intervals. The outcomes comparisons presented here might have differed if the NCDB had accounted for such demographic and staging differences in our analyses. Because patients surviving more than five years remained part of the risk sets in the estimation of survival rates at any time within five years of diagnosis, the truncated survival curves were identical to the first portion of the complete survival curves.
Hence, even with the adjusted analyses, the possible confounding of these factors to the analyses and results cannot be ruled out.
Another Cox proportional hazards model was also used to simultaneously adjust for the effects of both covariates (age at diagnosis and year of initial diagnosis) in the survival analysis.
Third, the survival analyses were based on the statistical comparisons of the rate of death from all possible causes, not solely the cancer-specific death. Data from CTCA are not available for a statistical comparison on cancer cause-specific death rates.



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