Origins of the Hereditary Periodic Fever Syndromes: FMF, TRAPS ...

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Feb 11, 2011 ... Fevers, Genes, and Targeted Therapy: Adventures in the Genomics of Inflammation. Dan Kastner, MD, PhD. NHGRI/NIH/DHHS. February 11 ...
Fevers, Genes, and Targeted Therapy: Adventures in the Genomics of Inflammation

Dan Kastner, MD, PhD NHGRI/NIH/DHHS February 11, 2011

Charting a Course for Genomic Medicine

Charting a Course for Genomic Medicine

Familial Mediterranean Fever (FMF) p13.3 p13.2p13.13

Chromosome 16p

v57c7 OR1F1

NK4

v57c7x4 FPM315

ZNF213 D16S468/ S3070

Telomere

ZNF205 (ZNF210) D16S3082

v9 D16S3405

OR1F2 

D16S3373 AFMef101 D16S3275

Centromere

PKD1, TSC2

v57c10

bZIP

NH2

D16S2617

PYD

ZNF200

MEFV

CREBBP

B-Box Coiled-coil

Pyrin / Marenostrin

B30.2

COOH Cell 90:797, 1997

Extending the Pyrin Pathway: Proline Serine Threonine Phosphatase Interacting Protein 1 (PSTPIP1/CD2BP1) 30

1

FCH

A230T

E250 261 Q

* * CC

SH3

413

PSTPIP1

1

Pyrin domain

B-BOX

pyrin

CC

B30.2 781

NLRP3 Mutation in NOMID/CINCA

D303N

Aksentijevich et al, Arthritis Rheum 46:3340, 2002

Aksentijevich et al Arthritis Rheum 56:1273, 2007

Mutations in IL1RN, IL-1 Receptor Antagonist Gene

Aksentijevich I et al. N Engl J Med 360:2426-2437, 2009

Deficiency of the IL-1 Receptor Antagonist (DIRA)

TNFRSF1A Mutations Can Cause Dominantly Inherited Periodic Fever CRD1

CRD1 13

TNFRSF1A CRD2

12

CRD3 11.12

CRD4 12

13

14

CRD2 Death domain

15

21

22 23 24.1

24.3

Rheumatology 5th edn, 1637-57, 2011

14

15

21

22

23

24.1 24.2

24.3

12 q

Mutations in the Mevalonate Kinase Gene Cause HIDS Mevalonate kinase (MK) HMGCoA

Mevalonate

Mevalonate-P

Geranyl-PP

Farnesyl-PP

Farnesylated proteins (Ras, lamin B) Dolichol Haem A

Squalene Ubiquinones

7-Dehydrocholesterol

Vitamin D Bile Acids

Cholesterol

Rheumatology 5th edn, 1637-57, 2011

Steroids Hedgehog proteins

Behçet’s Disease:

The Classic Triad of Clinical Findings

ls > 10

Association of an IL10 Variant with Behçet’s Disease # cases

# controls

Allele freq cases

Discovery - Turkish

1161

1221

0.38

0.30

31.62

1.88E-08

1.41

(1.25 - 1.59)

Replication - Turkish

110

224

0.30

0.31

(0.02)

0.689

0.97

(0.69 - 1.38)

Replication - Middle Eastern

188

163

0.35

0.26

7.15

0.007

1.56

(1.12 - 2.16)

Replication - Greek

107

84

0.40

0.27

7.21

0.007

1.41

(1.26 - 1.59)

Replication - UK Caucasian

120

119

0.31

0.22

4.49

0.034

1.56

(1.03 - 2.34)

77

52

0.71

0.66

0.57

0.450

1.23

(0.78 - 2.10)

611

737

0.76

0.67

29.40

5.89E-08

1.60

(1.35 - 1.90)

2374

2600

75.56

3.54E-18

1.45*

(1.34 - 1.58)

Discovery - Turkish

1213

1275

0.67

0.61

20.71

5.35E-06

1.31

(1.17 - 1.47)

Replication - Turkish

110

220

0.64

0.65

(0.05)

0.818

0.96

(0.69 - 1.35)

Replication - Middle Eastern

165

146

0.65

0.59

2.60

0.107

1.31

(0.94 - 1.81)

Replication - Greek

102

82

0.58

0.58

0.00

0.956

1.01

(0.67 - 1.53)

Replication - UK Caucasian

119

118

0.55

0.53

0.30

0.585

1.11

(0.77 - 1.59)

Replication - Japanese

597

720

0.76

0.70

13.54

2.34E-04

1.39

(1.17 - 1.65)

Replication - Korean

77

54

0.79

0.74

0.72

0.397

1.28

(0.72 - 2.28)

CMH-Meta-analysis

2383

2615

33.62

6.69E-09

1.28*

(1.18 - 1.39)

Sample Collection

Allele freq ctrls Chi-squared

ChiSq P- value

Odds ratio

(95% CI)

rs1518111 (IL10) A/G

Replication - Korean Replication - Japanese CMH-Meta-analysis

rs924080 (IL23R/IL12RB2) A/G

*Breslow-Day Test for Homogeneity of the Odds Ratios: P =0.54 and 0.71, for rs1518111 and rs924080, respectively.

Remmers et al. Nature Genet 42:698-702, 2010

The PYRIN Domain: A Cognate Interaction Motif

Richards et al., J Biol Chem 276:39320, 2001

Pyrin PYRIN

ASC PYRIN CARD

pro-IL-1b

CARD Caspase-1

IL-1b Converting Enzyme (ICE)

IL-1b

Human and Mouse NLR Family Members

Schroder and Tschopp, Cell 140:821, 2010

FMF Knockin Mice: IL-Dependent Inflammation WT

V726A

WT

V726A

IL-1b Activation Disorders

Masters et al. Annu Rev Immunol 27:621, 2009

Protein-Misfolding in TRAPS

Rheumatology 5th edn. 1637-57, 2011

Kastner et al., Cell 140:784-790, 2010.

Adaptive and Innate Immunity

Hoebe et al. Nature Immunol 5:971, 2004

Kastner et al., Cell 140:784-790, 2010.

Gout as an Autoinflammatory Disease

Martinon and Glimcher JCI 116:2073-2075, 2006

Atherosclerosis as an Autoinflammatory Disease

Duewell et al. Nature 464:1357-1361, 2010

MEFV Mutations: The Case for Selection

Masters et al. Annu Rev Immunol 27:621, 2009

Frequency of the mutation in the founder population

Caucasian Controls (NY) Population of origin

Newfoundland 0.4%

p.N52Kfs25 p. E77X p.Q54X c.156-157delCA c.229G>T c.160C>T Father Mother Neg in 364 Neg in 364 Neg in 364 DNA samples DNA samples DNA samples 2:555 DNA samples

0:351 DNA samples

The Netherlands

Not done

175kB deletion Neg in 364 DNA samples 3:119 DNA samples

Puerto Rico 2.6%

The Silk Route and Behçet’s Disease

Treatment of 18 NOMID Patients with the IL-1 Receptor Antagonist Anakinra

Goldbach-Mansky R et al. N Engl J Med 2006;355:581-592

Anakinra Treatment of DIRA

Age 9 months, before therapy

3 days post treatment initiation

7 days post treatment initiation

IL-1 Inhibition in FMF Amyloidosis

Chae et al PNAS 103:9982, 2006

Type 2 Diabetes Mellitus as an Autoinflammatory Disease

Larsen CM et al. N Engl J Med 356:1517-1526, 2007

An Inflammasome Signature in PFAPA Flares

Anakinra in PFAPA

The NIH Autoinflammatory Cohort

NIH Intramural Research Program

Ivona Aksentijevich

Raphaela Goldbach-Mansky

JaeJin Chae

Elaine Remmers

Seth Masters

Richard Siegel

NHGRI Inflammatory Disease Section, 2010

“It’s a genome world . . . “

NIH Clinical Center

[email protected] [email protected], referrals

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