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Canakkale W Volleyball Team: Squad, Achievements & Stats

Overview / Introduction about Canakkale W Volleyball Team

Canakkale W, based in the historic city of Canakkale, Turkey, competes in the Turkish Women’s Volleyball League. Founded in 2015, the team is managed by Coach Mehmet Yildiz and has quickly become a formidable force in the league. The club’s dedication to excellence is evident in its strategic approach to player development and match preparation.

Team History and Achievements

Since its inception, Canakkale W has made significant strides in Turkish volleyball. The team has secured multiple league positions in the top half and achieved notable success in national tournaments. Their best season was 2018-2019 when they finished as runners-up. The club has also won several domestic cups, solidifying their reputation as a competitive side.

Current Squad and Key Players

The current squad boasts talented players like Aylin Cakir, a star setter known for her exceptional playmaking skills, and Elif Kaya, a powerful outside hitter with impressive statistics. Other key players include Deniz Altinbas (middle blocker) and Seda Yildirim (libero), who have been instrumental in the team’s recent performances.

Team Playing Style and Tactics

Canakkale W employs a dynamic 6-2 formation, focusing on strong blocking and quick transitions from defense to offense. Their strategy emphasizes aggressive attacking plays and solid defensive setups. Strengths include excellent coordination between setters and hitters, while weaknesses lie in occasional lapses in serve-receive consistency.

Interesting Facts and Unique Traits

Fans affectionately call Canakkale W “The War Eagles,” reflecting their fierce competitive spirit. The team enjoys a passionate fanbase that supports them through thick and thin. A notable rivalry exists with Istanbul-based teams, adding excitement to league matches.

Lists & Rankings of Players, Stats, or Performance Metrics

  • Aylin Cakir: Top setter with an average of 10 assists per game (✅)
  • Elif Kaya: Leading scorer with an average of 15 points per match (💡)
  • Serve Accuracy: Ranked 4th in the league (🎰)

Comparisons with Other Teams in the League

Compared to other teams like Fenerbahce or Galatasaray SK Spor Kulubu, Canakkale W holds its own with a balanced roster. While Fenerbahce excels in offensive capabilities, Canakkale W’s defense is often more resilient.

Case Studies or Notable Matches

A breakthrough game for Canakkale W was their victory against Galatasaray SK Spor Kulubu during the 2020-2021 season, which was pivotal for their league standings. This match showcased their tactical prowess and ability to perform under pressure.

Statistic Last Season This Season (so far)
Total Wins 18 12
Total Losses 8 6
Average Points per Game 25.3 27.1

Tips & Recommendations for Analyzing the Team or Betting Insights 💡 advice blocks

  • Analyze head-to-head records against key rivals for better betting decisions.
  • Monitor player form closely; star players can significantly influence match outcomes.
  • Evaluate recent performance trends; teams on winning streaks are often good bets.

“Canakkale W’s strategic depth makes them unpredictable opponents,” says sports analyst Emre Ozdemir.

Frequently Asked Questions about Betting on Canakkale W 🤔 questions block 📝 answers block 💡 tips block 📊 stats block 🎰 odds block ✅ pros block ❌ cons block 🔍 analysis blocks 🏆 achievements block ⚽ related sports/block 📺 watch games/block 👥 community/block 💬 comments/block 👍 likes/block ❤️ loves/block 😂 laughs/block 😮 wow/block 😢 sad/block 😠 angry/block 🔗 share block 🔄 refresh page/block ⏱️ timer block ⏸️ pause timer/block ⏹️ stop timer/block ⏭️ resume timer/block 🔀 shuffle button/functionality ⚙️ settings button/functionality 🔧 tools button/functionality 📋 notes button/functionality ✏️ edit notes/button functionality 🗑️ delete notes/button functionality ❌ cancel button/functionality 💾 save notes/button functionality 🔄 sync notes/button functionality 🔒 lock notes/button functionality 🔐 unlock notes/button functionality 🔑 password protect notes/button functionality 🔒 secure notes/button functionality 🔒 encrypt notes/button functionality 🗑️ delete all notes/button functionality 💾 export notes/button functionality 💾 import notes/button functionality 💾 backup notes/button functionality ⚙️ settings/options for note management (e.g., font size/color/theme) ✨ custom themes/styling options for note-taking app/interface 🎨 color picker tool for customizing note appearance/look/scheme 🖌️ drawing tool/pencil/canvas feature within note-taking app/interface 📷 photo/video attachment capability within individual notes/photos/videos taken directly from device’s camera/gallery integrated into specific note(s) 📄 document/attachment upload option within individual note(s)🔗 hyperlink/embed/link insertion feature within individual note(s)🔗 shareable link generation for specific note(s) allowing others access/view without needing full app download/installation🔒 password protection option for individual or entire notebook preventing unauthorized access/viewing of sensitive information🔐 two-factor authentication support providing added security layer when accessing sensitive data/notebook contents🔑 encryption options available at both device level/app level ensuring data privacy/integrity even if device is compromised/stolen🔐 biometric authentication support (fingerprint/face ID) offering convenient yet secure way to unlock/access personal notebook contents🔒 remote wipe capability enabling users to erase all data/notebook contents from lost/stolen devices preventing unauthorized access/misuse of personal information/data📁 cloud storage integration allowing users to sync/save/backup their notebooks across multiple devices/platforms ensuring data safety/recovery even if local storage fails/get corrupted/deleted💾 export/import options supporting various file formats (.txt,.pdf,.docx etc.) facilitating easy transfer/sharing of notebook content between different platforms/apps/devices💾 version history tracking enabling users to view/edit/restore previous versions of specific notes/documenting changes over time allowing easy rollback/recovery from accidental deletions/modifications/errors etc…

Tips & Recommendations for Analyzing the Team or Betting Insights 💡 advice blocks #TIPS #ANALYSIS #BETTING #INSIGHTS #ADVICE #STRATEGY #KEYFACTORS #PREDICTIONS #OUTCOMES #SUCCESSFACTORSSPORTSBETTING#SPORTSBOOKS#WEBSITES#APPLICATIONS#TOOLS#TECHNIQUES#METHODS#STRATEGIES#PLANS#GOALS#OBJECTIVES#TARGETS#STEPS#PROCEDURES#GUIDELINES#RECOMMENDATIONS#BESTPRACTICES

Betting Odds & Tips: Canakkale W vs Competitors | Source: Betwhale.com | Date: [Insert Date]</caption[0]: import numpy as np
[1]: import scipy.sparse as sp
[2]: from sklearn.utils.extmath import randomized_svd
[3]: import pandas as pd

[4]: def compute_kernel_matrix(X_train):
[5]: return X_train.dot(X_train.T)

[6]: def compute_similarity_matrix(X_train):
[7]: kernel_matrix = compute_kernel_matrix(X_train)
[8]: norm = np.array([np.sqrt(np.diagonal(kernel_matrix))])
[9]: return kernel_matrix/(norm*norm.T)

[10]: def compute_laplacian_matrix(similarity_matrix):
[11]: degree = np.array(np.sum(similarity_matrix,axis=1)).flatten()
[12]: degree_mat = np.diag(degree)

[13]: return degree_mat – similarity_matrix

[14]: def svd_decomposition(laplacian):

[15]: laplacian = sp.csc_matrix(laplacian)

[16]: u,s,v = randomized_svd(laplacian,n_components=20,n_iter=5,
[17]: random_state=None)

***** Tag Data *****
ID: 1
description: SVD decomposition using randomized SVD method from sklearn.utils.extmath.
start line: 14
end line: 16
dependencies:
– type: Function
name: compute_laplacian_matrix
start line: 10
end line: 13
context description: This snippet performs Singular Value Decomposition on a Laplacian
matrix obtained from another function `compute_laplacian_matrix`. It uses `randomized_svd`
which is less common compared to standard SVD methods.
algorithmic depth: 4
algorithmic depth external: N
obscurity: 3
advanced coding concepts: 4
interesting for students: 5
self contained: Y

*************
## Suggestions for complexity

1. **Dynamic Component Selection**: Modify `randomized_svd` such that it dynamically determines `n_components` based on some criteria derived from properties of `laplacian`, such as eigenvalue distribution.

2. **Custom Random State Generator**: Implement a custom random state generator that uses domain-specific randomness rather than Python’s default RNG.

3. **Error Handling Enhancements**: Add advanced error handling mechanisms that provide detailed diagnostics when SVD fails due to numerical instability or ill-conditioned matrices.

4. **Integration with GPU**: Modify `svd_decomposition` function to offload computation onto GPU using libraries like CuPy instead of NumPy.

5. **Adaptive Iterations**: Implement an adaptive mechanism that adjusts `n_iter` based on convergence criteria during each iteration rather than setting it statically.

## Conversation

: Hi AI assistant I need help understanding this piece of code I have [SNIPPET]

: Sure! This snippet performs Singular Value Decomposition (SVD) on a Laplacian matrix using `randomized_svd`. Here’s what happens step-by-step:

1. Converts the Laplacian matrix into Compressed Sparse Column format using `sp.csc_matrix`.
2. Calls `randomized_svd` function with parameters:
– The sparse matrix (`laplacian`)
– Number of components (`n_components=20`)
– Number of iterations (`n_iter=5`)
– Random state (`random_state=None`)

What specific aspect would you like help with?
1: DOI: 10.1007/s00345-023-04669-y
2: # Association between sex hormone levels before treatment initiation and prostate cancer risk after treatment among patients undergoing active surveillance—a case–control study nested within prospective cohort study data collected at seven academic centers across North America between May 2008–May 2020.
3: Authors: Sarah Enochson-Stumpflechner, Daniel Hsu-Hageboeck, Michael Jarrard, Amy Berrington de Gonzalez-Kosloski, Vasiliki Chrysopoulou-Davies-Schippersma-Schippersma-Van der Poel-McDonald-Turner-Wagner-Peel-Radzyner-Jordan-Kalager-Roberts-Kiviat-Wiltz-Nelson-Lee-McCormack-Owens-Gilbert-Golshan-Baker-Benigni-Freedland-Ashfaq-Heymach-Johnson-Lee-Chapman-Smith-Peterson-Campbell-Zlotta-Harris-Statt-Meyer-Lee-Triantafillou-Feldman-Sharma-D’Amico-Tewari-Hanley-Brown-Efstathiou-Burnett-Parker-Hawkins-Goldstein-Cohen-Kovarik-Feldman-Niederberger-D’Amico-Chapman-Rockhill-Jordan-McCormack-Patel-Owens-Ashfaq-Chang-Cohen-Ashfaq-Johnson-Efstathiou-Roberts-Benigni-Kalager-Van der Poel-Tewari-Brown-Zlotta-Hawkins-Goldstein-Patel-Golshan-Smith-Jordan-Chapman-Campbell-Wiltz-Nelson-D’Amico-Roberts-Freedland-Meyer-Feldman-Smith-Campbell-Chapman-Meyer-Wiltz-Nelson-Van der Poel-Jordan-D’Amico-Brown-Zlotta-Roberts-Kiviat-Lee-Ashfaq-Freedland-Golshan-D’Amico-Smith-Feldman-Van der Poel-Kalager-Jordan-Lee-Nelson-Campbell-Chapman-Zlotta-Brown-Wiltz-Nelson-Ashfaq-Freedland-Johnson-D’Amico-Smith-Meyer-Roberts-Feldman-Campbell-Chapman-Zlotta-Hawkins-Owens-Gilbert-Wiltz-Nelson-Van der Poel-Jordan-Rockhill-Brown-Lee-Efstathiou-Kiviat-Ashfaq-Heymach-Patel-Golshan-Baker-Calais-Johnson-Lee-Smith-Owens-Tewari-Triantafillou-Efstathiou-Patel-Golshan-Calais-Ashfaq-Heymach-Enochson-Stumpflechner-Hsu-Hageboeck-Jarrard-Kosloski-Chrysopoulou-Davies-Schippersma-Schippersma-Van der Poel-McDonald-Turner-Wagner-Peel-Radzyner-Jordan-Kalager-Roberts-Kiviat-Wiltz-Nelson-Lee-McCormack-Owens-Gilbert-Golshan-Baker-Benigni-Freedland-Ashfaq-Heymach-Johnson-Lee-Chapman-Smith-Peterson-Campbell-Zlotta-Harris-Statt-Meyer-Lee-Triantafillou-Feldman-Sharma-D’Amico-Tewari-Hanley-Brown-Efstathiou-Burnett-Parker-Hawkins-Goldstein-Cohen-Kovarik-Feldman-Niederberger-D’Amico-Chapman-Rockhill-Jordan-McCormack-Owens-Ashfaq-Chang-Cohen-Ashfaq-Johnson-Efstathiou-Burnett”, Elizabeth G Schwartzbaum-Stiefelbauer-Levy-Reynolds-Thompson-Utama-Yoon-Reynolds-Thompson-Utama-Yoon-Levy-Reynolds-Thompson-Utama-Yoon-Levy-Reynolds-Thompson-Utama-Yoon-Levy-Reynolds-Thompson-Utama-Yoon-Levy-Reynolds-Thompson-Utama-Yoon-Levy-Reynolds-Thompson-Utama-Yoon-Levy-Reynolds-Thompson-Utama-Yoon-Levy-Reynolds-Thompson-Utama-Yoon-, John R Thompson Jr., Azam Utama Md., Young Min Yoon PhD.
4: Journal: World Journal of Urology
5: Date: 21 November 2023

6: ## Abstract

7: **Purpose:** To investigate whether sex hormone levels measured prior to treatment initiation are associated with risk stratification outcomes among patients undergoing active surveillance.

8: **Methods:** We conducted a case–control study nested within prospective cohort study data collected at seven academic centers across North America between May 2008–May 2020 involving men aged ≥ 18 years diagnosed with low-risk prostate cancer eligible for active surveillance according to institutional guidelines at each site who had baseline blood drawn prior to treatment initiation following initial diagnosis; cases were those who progressed requiring definitive treatment; controls were those who did not progress after at least one year post-diagnosis; we analyzed associations between sex hormones measured prior to treatment initiation—total testosterone (TT), free testosterone (FT), total estradiol (TE), free estradiol (FE), total dihydrotestosterone (TDHT)—and progression requiring definitive treatment using conditional logistic regression models adjusting for age at diagnosis; PSA density; clinical stage; biopsy Gleason score; biopsy core percentage positive; number positive cores; race/ethnicity; family history status; comorbidity index score.

9: **Results:** Of participants included among cases [N = 123] vs controls [N = 165], median age was similar [cases = 63 years old vs controls = 62 years old]; median follow-up time was longer among cases [cases = 32 mo vs controls = 24 mo]; TT levels were higher among cases compared with controls [cases median TT level = 358 vs control median TT level = 333]; FT levels were higher among cases compared with controls [cases median FT level = 41 vs control median FT level = 37]; TE levels were higher among cases compared with controls [cases median TE level = 34 vs control median TE level =30]; FE levels were higher among cases compared with controls [cases median FE level =29 vs control median FE level28]. After adjustment we found no significant association between any hormone tested—TT OR per SD increase log-transformed values(95% CI): OR_{SD} increase log-transformed TT values(95% CI): OR_{SD} increase log-transformed TT values(95% CI): OR_{SD} increase log-transformed TT values(95% CI): OR_{SD} increase log-transformed TT values(95% CI): OR_{SD} increase log-transformed TT values(95% CI): OR_{SD} increase log-transformed TT values(95% CI):OR_{SD} increase log-transformed TT values(95% CI):OR_{SD} increase log-transformed TT values(95% CI):OR_{SD} increase log-transformed TT values(95% CI):OR_{SD} increase log-transformed TT values(95% CI):

10: *Total testosterone*: OR _{SD} increase log transformed total testosterone value(95%CI): *OR* _{SDincreaselogtransformeddihydrotestosteronevalues}(95%C*I)*:* *OR* _{sdincreaselogtransformeddihydrotestosteronevalues}(95%C*I)*:* *OR* _{sdincreaselogtransformeddihydrotestosteronevalues}(95%C*I)*:* *OR* _{sdincreaselogtransformeddihydrotestosteronevalues}(95%C*I)*:* *OR* _{sdincreaselogtransformeddihydrotestosteronevalues}(95%C*I)*:* *OR* _{sdincreaselogtransformeddihydrotestosteronevalues}(95%C*I)*:* *OR* _{sdincreaselogtransformeddihydrotestosteronevalues}(95%C*I)*:* *OR* _{sdincreaselogtransformeddihydrotestosteronevalues}(95%C*I)*:* *OR* _{sdincreaselogtransformeddihydrotestosteronevalues}(95%C*I)*:*

11: ${{text{Cases}mspace{6mu}}left(text{n}mspace{6mu},,text{x}mspace{6mu},,left(%right)mspace{6mu},,{text{Controls}mspace{6mu}}left(text{n}mspace{6mu},,text{x}mspace{6mu},,left(%right)right)}{left({{text{x}mspace{6mu}} + text{s}text{x}} right){mspace{6mu}text{i}}{mspace{6mu}text{ncluding}}{mspace{6mu}text{s}}{mspace{6mu}text{o}}{mspace{6mu}text{l}}{mspace{6mu}text{i}}{mspace{6mu}text{n}}{mspace{6mu}{({missing})}}}.]

12 : ${{Total}{estradiol}:}{quad OR}_{SD}{Increase}{LogTransformed}{Total}{Estradiol}{Values}$ ${{(99CI)}:quad OR}_{SD}{Increase}{LogTransformed}{Free}{Estradiol}{Values}$ ${(99CI)}:quad OR}_{SD}$ ${IncreaseLogTransformedFreeDihydroTestosteroneValues}$ ${(99CI)}:quad OR}_{SD}$ ${IncreaseLogTransformedFreeDihydroTestosteroneValues}$ ${(99CI)}:quad OR}_{SD}$ ${IncreaseLogTransformedFreeDihydroTestosteroneValues}$ ${(99CI)}:quad OR}_{SD}$ ${IncreaseLogTransformedFreeDihydroTestosteroneValues}$ ${(99CI)}:quad OR}_{SD}$ ${IncreaseLogTransformedFreeDihydroTestosteroneValues}$ ${(99CI)}:quad OR}_{SD}$ ${IncreaseLogTransformedFreeDihydroTestosteroneValues}$ ${(99CI)}:quad$

13 : ${{Freeestradiol}:}{quad OR}_{sdincreaselogtransfomedfreeestradiolvales{(99ci)}}$ :

14 : ${{FreediHydroTestosteron}:}{quad ORO}_{sdincreaselogtransfomedfreediHydroTestosteronvales{(99ci)}}$ :

15 : ${{Totaldihyrdrotesterone}:ORO}_{sdincreaselogtransfomedtotaldHydroTestosteronvales{(99ci)}}$ :

16:

17:

18:

19:

20:

21:

22:

23:

24:

25:]

26:]

27:]

28:]

29:]

30:]

31:]

32:].

33].

34].

35].

36].

37].

38].

39].

40] respectively.

41**Conclusion:** In this study we did not find any significant association between sex hormones measured prior to treatment initiation—total testosterone(TT); free testosterone(FT); total estradiol(TE); free estradiol(FE); total dihydrotestosterone(TDHT)—and progression requiring definitive treatment following initial diagnosis among men undergoing active surveillance following low-risk prostate cancer diagnosis.

42**Supplementary Information:** The online version contains supplementary material available at https://doi.org/10.1007/s00345-023-04669-y.

43 ### Supplementary Information

44 Online Resource Supporting Information Table A Comparison Between Cases Versus Controls Among Sex Hormones Measured Prior To Treatment Initiation Total Testostrone Median(SD)(Range)(Missing)nCases(n,x(%))(x+sx including missing)nControls(n,x(%))(x+sx including missing)nCases(n,x(%))(x+sx including missing)nControls(n,x(%))(x+sx including missing)nCases(n,x(%))(x+sx including missing)nControls(n,x(%))(x+sx including missing)nCases(n,x(%))(x+sx including missing)nControls(n,x(%))(x+sx including missing)nCases(n,x(%))(x+sx including missing)nControls(n,x(%))(x+sx including missing)xincludingmissing$xincludingmissing$xincludingmissing$xincludingmissing$xincludingmissing$xincludingmissing$xincludingmissing$

45 | | Total testostrone | Free testostrone | Total estradiol | Free estradiol | Total dihydrotesterone |
46: | — | — | — | — | — | — |
47: | Median(SD)(Range)(Missing) n Cases(x%, x + sx including missings n Controls(x%, x + sx including missings n Cases(x%, x + sx including missings n Controls(x%, x + sx including missings n Cases(x%, x + sx including missings n Controls(x%, x + sx including missings n Cases(x%, x + sx including missings n Controls(x%, x + sx including missings |
48:: |

49**Table A Continued**

50:: |

51:-continued

52:-continued

53:-continued

54:-continued

55:-continued

56:-continued

57:-continued

58:-continued |

59:: |

60**Figures**

61 Fig A Forest plot depicting association between sex hormones measured prior to treatment initiation—total testosterone(TT); free testosterone(FT); total estradiol(TE); free estradiol(FE); total dihydrotestosterone(TDHT)—and progression requiring definitive treatment following initial diagnosis among men undergoing active surveillance following low-risk prostate cancer diagnosis Adjusting For Age At Diagnosis PSA Density Clinical Stage Biopsy Gleason Score Biopsy Core Percentage Positive Number Positive Cores Race/Ethnicity Family History Status Comorbidity Index Score Abbreviations T_ T_ T_ T_ T_ T_ T_ T_ T_ T_ T_ SD Standard Deviation Log Log Log Log Log Log Log Log Log Log Logistic Regression Model Models Models Models Models Models Models Models Models Model Model Model Model Model Model Model Model Model Logistic Regression Analysis Analysis Analysis Analysis Analysis Analysis Analysis Analysis Analysis Analysis Analysis Analyses Analyses Analyses Analyses Analyses Analyses Analyses Analyses Analyses Logistic Regression Results Results Results Results Results Results Results Results Results Results Results Results Stratified Stratified Stratified Stratified Stratified Stratified Stratified Stratified Stratified Stratified Stratified By By By By By By By By By By Age Age Age Age Age Age Age At At At At At At At Diagnosis Diagnosis Diagnosis Diagnosis Diagnosis Diagnosis Diagnosis Adjustment Adjustment Adjustment Adjustment Adjustment Adjustment Adjustment Adjustment Adjustment Adjustments Adjustments Adjustments Adjustments Adjustments Adjustments Adjustments Adjustments Adjustments Adjustments Subgroup Subgroup Subgroup Subgroup Subgroup Subgroup Subgroup Subgroup Subgroup Subgroup Subgroups Groups Group Group Group Group Group Group Group Group Group Group Groups Unadjusted Unadjusted Unadjusted Unadjusted Unadjusted Unadjusted Unadjusted Unadjusted Unadjusted Unadjusted Overall Overall Overall Overall Overall Overall Overall Overall Overall Overall Overall Totals Totals Totals Totals Totals Totals Totals Totals Totals Total Testostrone Free Testostrone Total Estradoiol Free Estradoiol Total Dhytrotesterone Free Dhytrotesterone All All All All All All All All All All Values Values Values Values Values Values Values Values Values SD Increase Increase Increase Increase Increase Increase Increase Increase SD Increase SD Increase SD Increase SD Increase SD Increase SD Increase SD Increases Increases Increases Increases Increases Increases Increases Increases Increases Increases Inclusive Inclusive Inclusive Inclusive Inclusive Inclusive Inclusive Inclusive Or Odds Ratio Odds Ratio Odds Ratio Odds Ratio Odds Ratio Odds Ratio Odds Ratio Odds Ratio Odds Ratio Odds Ratios Ratios Ratios Ratios Ratios Ratios Ratios Ratios Ratios Ratios Per Per Per Per Per Per Per Per Per Percent Percent Percent Percent Percent Percent Percent Percent Percent Confidence Confidence Confidence Confidence Confidence Confidence Confidence Confidence Confidence Interval Interval Interval Interval Interval Interval Interval Interval Interval Upper Upper Upper Upper Upper Upper Upper Upper Upper Lower Lower Lower Lower Lower Lower Lower Lower Limit Limit Limit Limit Limit Limit Limit Limit Estimate Estimate Estimate Estimate Estimate Estimate Estimate Estimate Point Point Point Point Point Point Point Point Estimator Estimator Estimator Estimator Estimator Estimator Estimator Estimator Estimates Estimates Estimates Estimates Estimates Estimates Estimates Estimates And And And And And And And And And And p-value p-value p-value p-value p-value p-value p-value p-value p-value p-value P-values P-values P-values P-values P-values P-values P-values P-values P-values For For For For For For For For For For Each Each Each Each Each Each Each Each Each Sex Hormones Sex Hormones Sex Hormones Sex Hormones Sex Hormones Tested Tested Tested Tested Tested Tested Tested Tested Test Statistic Statistic Statistic Statistic Statistic Statistic Statistic 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64 Fig B Forest plot depicting association between sex hormones measured prior to treatment initiation—total testosterone(TT); free testosterone(FT); total estradiol(TE); free estradiol(FE); total dihydrotestosterone(TDHT)—and progression requiring definitive treatment following initial diagnosis among men undergoing active surveillance following low-risk prostate cancer diagnosis Adjusting For Age At Diagnosis PSA Density Clinical Stage Biopsy Gleason Score Biopsy Core Percentage Positive Number Positive Cores Race/Ethnicity Family History Status Comorbidity Index Score Abbreviations T_T_T_T_T_T_T_T_T_T_T_SDStandardDeviationLogLogLogLogLogLogLogLogLogLogLogLinearRegressionModelModelsModelsModelsModelsModelsModelsModelsModelsModelModelModelModelModelModelModelModelModelLinearRegressionAnalysisAnalysisAnalysisAnalysisAnalysisAnalysisAnalysisAnalysisAnalysisAnalysisAnalysisAnalysesAnalysesAnalysesAnalysesAnalysesAnalysesAnalysesAnalysesStratifiedStratifiedStratifiedStratifiedStratifiedStratifiedStratifiedByByByByByByByAgeAtDiagnosisAdjustmentAdjustmentAdjustmentAdjustmentAdjustmentAdjustmentAdjustmentAdjustmentAdjustedAdjustedAdjustedAdjustedAdjustedAdjustedAdjustedAdjustedAdjustedAdjustedOverallOverallOverallOverallOverallOverallOverallAllAllAllAllAllAllAllAllAllTotalTestostroneFreeTestostroneTotalEstradoilFreeEstradoilTotalDhytrotesteroneFreeDhytrotesteroneValuesValuesValuesValuesValuesValuesValuesValuesSESESESEStandardStandardStandardStandardStandardStandardStandardErrorErrorErrorEstimateEstimateEstimateEstimateEstimateEstimateEstimatePointPointPointPointPointPointPointPointWaldWaldWaldWaldZValueZValueZValueZSignificanceSignificancesignificancesignificancesignificancesignificancesignificancesignificancesignificantsignificantsignificantsignificantsignificantsignificantsignificantLevelLevelsLevelsLevelsLevelsLevelsTwoTwoTwoTwoSidedOne-sidedsidedsidedsidedsidedsidedDirectionOfEffectOfEffectOfEffectOfEffectPositivePositivePositiveNegativeNegativeNonzeroNonzeroNonzeroNonzeroNonzeroNonzeroDifferenceDifferenceExpoentialedExpoentialedExpoentialedExpoentialedExpoentialedExpoentialedExpoentialedCoefficientCoefficientCoefficientCoefficientBetaBetaBetaBetaBetaBetaCovarianceVarianceCorr(Corr(

65 Fig C Forest plot depicting association between sex hormones measured prior to treatment initiation—total testosterone(TT); free testosterone(FT); total estradiol(TE); free estradiol(FE); total dihydrotestosterone(TDHT)—and progression requiring definitive treatment following initial diagnosis among men undergoing active surveillance following low-risk prostate cancer diagnosis Adjusting For Age At Diagnosis PSA Density Clinical Stage Biopsy Gleason Score Biopsy Core Percentage Positive Number Positive Cores Race/Ethnicity Family History Status Comorbidity Index Score Abbreviations T_T_T_T_T_SDStandardDeviationExp(Log(Log(Log(Log(Log(Log(Log(Log(Log(Log(LogisticalRegressionRegressionRegressionRegressionRegressionRegressionRegressionRegressionRegressionRegressionRegressionRegressionRegressionRegressionRegressionRegressionRegressionRegressionRegessionregressionregressionregressionregressionregressionregressionregressionsanalysisanalysisanalysisanalysisanalysisanalysisanalysisanalysistratisratedbybybybybybybybyagediagnosisadjustmentadjustmentadjustmentadjustmentadjustmentadjustmentadjustmentunivariateunivariateunivariateunivariateunivariateunivariateoveralloverallallallallallallallsdsdsdsdsdsdsdsoddsoddsoddsoddsodddsodddsodddsorororororsratioratoratoratoratoratoratorsratioperpercentpercentpercentpercentpercentpercentpercentconfidencconfidenceconfidenceconfidenceconfidenceconfidenceconfidenceconfidenceintervalintervallestellestellestellestellestellestellestellellowerupperlimitlimitlimitlimitlimitlimitlimitestimateestimatpointpointpointpointpointpointpointwaldwaldwaldwaldzvaluezsignificantsignificantssignificantssignificantssignificantssignificantssiglevellevelslevelslevelslevelsleveltwo-twosidednonzerononzerosignedsignedsignedsignedsignedsigneddifferenceexponientialexponientialexp(beta)betaexp(beta)betalog(log(log(log(log(log(log(

66 Fig D Forest plot depicting association between sex hormones measured prior to treatment initiation—total testosterone(TT); free testosterone(FT); total estradiol(TE); free estradiol(FE); total dihydrotestosterone(TDHT)—and progression requiring definitive treatment following initial diagnosis among men undergoing active surveillance following low-risk prostate cancer diagnosis adjusting for age at diagnosis psa density clinical stage biopsy gleason score biopsy core percentage positive number positive cores race ethnicity family history status comorbidity index score abbreviations t_t_t_t_t_sdstandarddeviationexp(exp(exp(exp(exp(exp(exp(exp(exp(exp(exp(logisticalregressionalgorithmalgorithmalgorithmalgorithmalgorithmalgorithmalgorithmalgorithmalgorthogonalorthogonalorthogonalorthogonalorthogonalorthogonalmultivariablemultivariablemultivariablemultivariablemultivariablemultivariablemodelsmodelmodelmodelmodelmodelmodelmodelsmodelsmodelsmodelsmodelsmodelsmodelsmodelsmodelsmodelsmodelsmodelsmodelsubgroupsubgroupsubgroupsubgroupsubgroupsubgroupsubgroupsubgroupsubgroupssubgrupbysitebysitebysitebysitebysiteoveralloverallallsitesitesitesitesitesallallsitedsitesitedsitecsitcsitcsitcsitcsitcsitcsitedsitesitesitesitedsitesitedsitefsfsfsfsfsfsfsfsfsfsmcmcmcmcmcmcmcmcmcmmmcmmmcmmmcmmmcmmmcmmmcmmcmeuwmeuwmeuwmeuwmeuwmeuwmeuwmeuwpspspspspspspspspspspssubsurbsurbsurbsurbsurbsurbsurbsurbsurbsuburbsuburbsuburbsuburbsuburbsuburbsuburb