本帖最后由 Tlexander 于 2012-2-24 13:00 编辑 M* e! L# Q4 Z; ?( k0 z- K) a9 I
7 C2 Y# K- `3 m5 j; L4 Q6 ^* [ http://www.cancer.gov/statistics/tools 3 d3 Q" K1 N, r7 l% \) R . ]4 Q8 E8 G* I4 E- r( i. M& Y5 d[attach]39319[/attach]; e9 C6 W1 t* G# P3 C) }
The following are tools and databases for statistical research. Determine which is best for you based on:* N& y$ t# A/ N! n
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Statistic - your statistic of interest5 U4 e5 W6 ]! b: t% W4 x
Data - whether you want to use your own data or data distributed through NCI* e5 D3 r0 y& T0 v2 l) r
Type - whether this a cancer database, interactive internet tool to access statistics, or analytic software7 x3 k3 |8 G& m/ \
0 q+ ]$ l0 r$ q9 E) o2 D7 iSEER Data and Software . b& @" U6 Z% }4 y/ }+ ZSEER Data0 @; m; ?7 H2 Z4 P
Data: SEER Incidence 1973-20088 t2 z2 @6 J, L/ o! n& b- m
Type: Research database provided in two file formats: text files that can be analyzed with your own statistical software; binary versions that can be analyzed in SEER*Stat 7 b# e: f9 Z, N: V% D. f Y9 e3 V2 T6 |9 w) |7 s
SEER*Stat Software # H4 D# g" I! W' ZStatistics: Incidence, mortality, survival, prevalence, case listings, and multiple primary standardized incidence ratios 2 L2 p, y* J* |4 _! v& QData: SEER Incidence data, U.S. Mortality data, and your data 9 Q4 I* f4 F9 ~7 h* CType: Analytic software# j" K7 P' {! \3 a
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Joinpoint Models for Analyzing Trends % Y) t8 ^& h) o: zThe software takes trend data (e.g., cancer rates) and fits the simplest joinpoint model that the data allows., n' t6 S0 p( {9 b9 w( ?
Statistics: Trends using joinpoint models / ^7 w" A# f0 h* B& [. GData: SEER or other data 5 ^" t1 h' U2 u, A, D3 aType: Statistical software for the analysis of trends ( {, d5 a9 O% E" `8 y" j- }1 c7 l# o) E( |. h/ r
Health Disparities Calculator (HD*Calc) 7 e$ _+ X$ j1 N. @* d6 E! N4 @* CStatistics: Measures of health disparities' y+ z6 _, W# ~7 ^9 Z
Data: SEER or other data , ?7 V H. k& u. r$ f4 o& uType: Analytic software 9 h" \5 e7 o: P& E9 L7 jSEER-Medicare Linked Database % R- L6 @; R }; X; zData: SEER Incidence data linked with Medicare records 7 C/ Z; ~4 U6 Y' G" uType: Database & w5 m) _2 `# \. S. M8 E9 }Analytic Software& Y: O( x0 f; ]# B% b3 h& E. j9 ? p3 o
Software tools developed for the analysis and reporting of cancer statistics + v/ M+ i2 T$ jStatistical Methods " E, k/ W* ?! E9 o6 K, ^Methods & Software for Population-Based Cancer Statistics% Q) v; k% @ S! n' D
The Surveillance Research Program has developed statistical methods and associated software tools for the analysis and reporting of cancer statistics. , h+ d# }6 T. T5 O1 tFeatures: Overview of statistical methods and complex modeling techniques that use SEER*Stat, Joinpoint, DevCan, and CanSurv, as well as software for spatial statistics.4 l" R$ K' i: m0 B: I k
8 L. h4 P5 E' v9 N8 {4 SCancer Prevalence Statistics% @0 b2 D4 d" [3 ~: f Q
A detailed description of statistical methods used to calculate prevalence as well as links to prevalence statistics available on the Web. 5 ^; s+ L) d9 }2 i; n7 PStatistics: Prevalence 0 Y3 {7 u6 E! W2 z, i- q 5 I V5 r0 ~3 CPopulation-based Cancer Survival Statistics 5 X- @/ l1 \7 Q4 z% y3 JA detailed description of statistical methods used to calculate cancer survival as well as links to statistics and software available on the Web. 4 p7 j3 b" S6 ~: TStatistics: Survival/ V. c7 |, ^: m
6 u9 R. S/ E! ~3 \Geographic Information Systems (GIS)9 a+ u# P7 Z; y4 v5 C! o5 f4 T
A central source of information about GIS and related resources, including GIS-based research at NCI.+ j. j0 T( X7 M$ h- z6 V/ j