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Cancer-associated Thrombotic Disease Reporter: CR 吳吳吳 Supervisor: VS 吳吳吳

Cancer-associated Thrombotic Disease

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Reporter: CR 吳嘉芸 Supervisor: VS 邱宗傑. Cancer-associated Thrombotic Disease. Reporter: CR 吳嘉芸 Supervisor: VS 邱宗傑. Cancer-associated Thrombotic Disease. Outline. History Epidemiology Pathogenesis Thromboprophylaxis. Outline. History Epidemiology Pathogenesis Thromboprophylaxis. - PowerPoint PPT Presentation

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Page 1: Cancer-associated Thrombotic Disease

Cancer-associated Thrombotic Disease

Reporter: CR 吳嘉芸Supervisor: VS 邱宗傑

Page 2: Cancer-associated Thrombotic Disease

Cancer-associated Thrombotic Disease

Reporter: CR 吳嘉芸Supervisor: VS 邱宗傑

Page 3: Cancer-associated Thrombotic Disease

Outline History Epidemiology Pathogenesis Thromboprophylaxis

Page 4: Cancer-associated Thrombotic Disease

Outline History Epidemiology Pathogenesis Thromboprophylaxis

Page 5: Cancer-associated Thrombotic Disease

Cancer-associated Thrombosis

The first report was published by the French physician Jean-Baptiste Bouillaud in 1823

Page 6: Cancer-associated Thrombotic Disease

Cancer-associated Thrombosis

Widely quoted description by Armand Trousseau in 1865

migratory thrombophlebitis associated with an occult visceral malignancy

Trousseau’s Syndrome

Page 7: Cancer-associated Thrombotic Disease

Outline History Epidemiology Pathogenesis Thromboprophylaxis

Page 8: Cancer-associated Thrombotic Disease

Epidemiology About 20% - 30% of venous thromboembolism

(VTE) are cancer- associated Cancer patients have a 4 to 7-fold increased risk

of VTE compared with the general population

【 Blood 2013 122: 1712-1723】

Page 9: Cancer-associated Thrombotic Disease

Type of Cancer VS. Risk of VTE

【 Blood 2013 122: 1712-1723】

Page 10: Cancer-associated Thrombotic Disease

Later stage of cancer, higher risk of VTE

【 Blood 2013 122: 1712-1723】

Page 11: Cancer-associated Thrombotic Disease

Cancer with VTE in Taiwan 497,180 cancer patients, between 1997 to 2005,

with a median follow-up of 21.3 months Incidence: 185 events per 100,000 person-years 11.5 times higher than the general population

【 Thromb Haemost 2012; 108: 225–235】

Page 12: Cancer-associated Thrombotic Disease

Cancer with VTE in Taiwan 497,180 cancer patients, between 1997 to 2005,

with a median follow-up of 21.3 months Incidence: 185 events per 100,000 person-years 11.5 times higher than the general population

【 Thromb Haemost 2012; 108: 225–235】

【 Blood 2013 122: 1712-1723】

Page 13: Cancer-associated Thrombotic Disease

Cancer with VTE in Taiwan 497,180 cancer patients, between 1997 to 2005,

with a median follow-up of 21.3 months Incidence: 185 events per 100,000 person-years 11.5 times higher than the general population

The annual incidence in Taiwan is much lower than in Western populations

【 Thromb Haemost 2012; 108: 225–235】

Page 14: Cancer-associated Thrombotic Disease

Cancer with VTE in Taiwan

【 Thromb Haemost 2012; 108: 225–235】

Page 15: Cancer-associated Thrombotic Disease

Cancer with VTE in Taiwan

【 Thromb Haemost 2012; 108: 225–235】

Page 16: Cancer-associated Thrombotic Disease

Outline History Epidemiology Pathogenesis Thromboprophylaxis

Page 17: Cancer-associated Thrombotic Disease

Pathogenesis Mucin Tissue Factor Tumor Hypoxia Cysteine Proteinase Oncogene Activation

Page 18: Cancer-associated Thrombotic Disease

【 Blood 2007 110: 1723-1729】

Page 19: Cancer-associated Thrombotic Disease

【 Blood 2007 110: 1723-1729】

1

Page 20: Cancer-associated Thrombotic Disease

Mucin Trousseau’s syndrome associated with

mucin-producing carcinomas Glycosylated secretory products of

epithelial cells ligands for the selectins

Page 21: Cancer-associated Thrombotic Disease

Selectin (P-selectin and L-selectin)

【 J. Clin. Invest. 112:853–862 (2003)】

Page 22: Cancer-associated Thrombotic Disease

【 Blood 2007 110: 1723-1729】

2

Page 23: Cancer-associated Thrombotic Disease

Tissue Factor (TF) TF-rich tumor surface and TF-positive,

Tumor-derived microparticle Correlation between elevated TF and

VTE

Page 24: Cancer-associated Thrombotic Disease

TF-positive, Tumor-derived Microparticle (TMP)

Selectin ligand

Phosphatidylserinenegatively-charged phospholipids

【 Blood. 2013;122(11):1873-1880】

Page 25: Cancer-associated Thrombotic Disease

【 Blood 2007 110: 1723-1729】

3

Page 26: Cancer-associated Thrombotic Disease

Cysteine Proteinase directly activated factor X in the absence

of factor VII

Page 27: Cancer-associated Thrombotic Disease

【 Blood 2007 110: 1723-1729】

4

Page 28: Cancer-associated Thrombotic Disease

Tumor Hypoxia increase the expression of genes that

facilitate coagulation, including tissue factor and plasminogen activator inhibitor type 1 (PAI-1)

Page 29: Cancer-associated Thrombotic Disease

【 Blood 2007 110: 1723-1729】

5

Page 30: Cancer-associated Thrombotic Disease

Oncogene Activation MET oncogene involve up-regulation of

PAI-1 and cyclooxygenase-2 (COX-2) genes

Page 31: Cancer-associated Thrombotic Disease

【 Blood 2007 110: 1723-1729】

Page 32: Cancer-associated Thrombotic Disease

Outline History Epidemiology Pathogenesis Thromboprophylaxis

Page 33: Cancer-associated Thrombotic Disease

The increasing incidence of VTE

【 Blood 2013 122: 1712-1723】

Page 34: Cancer-associated Thrombotic Disease

VTE increase mortality

prospective follow-up of >26000 subjects

Tromsø study, prospective follow-up of >26000 subjects 【 Blood 2013 122: 1712-

1723】

Page 35: Cancer-associated Thrombotic Disease

VTE related cancer mortality

【 J Thromb Haemost 2007; 5: 632–4.】

12

2

Page 36: Cancer-associated Thrombotic Disease

【 Cochrane Database Syst Rev. 2012 Feb 5;2】

Symptomatic VTE for LMWH vs placebo

NNT = 60

Page 37: Cancer-associated Thrombotic Disease

【 Cochrane Database Syst Rev. 2012 Feb 5;2】

Major bleeding for LMWH vs placebo

Page 38: Cancer-associated Thrombotic Disease

Risk Assessment Models

Risk score VTE in 2.5 monthsLow 0 0.3%

Intermediate 1-2 2%

High >=3 6.7%

negative predictive value of 98.5% at the cutoff point for high risk (>=3)

【 Blood 2013 122: 2011-2018】

Page 39: Cancer-associated Thrombotic Disease

D-dimer and P-selectin

soluble P-selectinD-dimer

【 Blood 2008 112: 2703-2708】

Vienna Cancer and Thrombosis Study (CATS)

Page 40: Cancer-associated Thrombotic Disease

Risk Assessment Models

Score VTE in 6 months

0 0%3 10.3%

>=5 35%

【 Blood 2013 122: 2011-2018】

Page 41: Cancer-associated Thrombotic Disease

Risk Assessment Modelsin Taiwan population

【 Thromb Haemost 2012; 108: 225–235】

Page 42: Cancer-associated Thrombotic Disease

Prophylaxis or Not

Page 43: Cancer-associated Thrombotic Disease

Prophylaxis or Not?

Page 44: Cancer-associated Thrombotic Disease

Prophylaxis or Not?

Page 45: Cancer-associated Thrombotic Disease

Conclusions Cancer increased risk of VTE, especially

advanced stage The pathogenesis included mucin,

tissue factor, and others VTE increased mortality Thromboprophylaxis is an issue,

especially in high risk group

Page 46: Cancer-associated Thrombotic Disease

Thanks for your attention