Professor Margaret Stanley · Professor Margaret Stanley University of Cambridge 16-19 April 2013,...
Transcript of Professor Margaret Stanley · Professor Margaret Stanley University of Cambridge 16-19 April 2013,...
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Professor Margaret Stanley
University of Cambridge
16-19 April 2013, Manchester Central Convention Complex
19 th Annual Conference of the
British HIV Association (BHIVA)
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16-19 April 2013, Manchester Central Convention Complex
19 th Annual Conference of the
British HIV Association (BHIVA)
COMPETING INTEREST OF FINANCIAL VALUE > £1,000:
Speaker Name Statement
Margaret
Stanley
Has acted as a consultant for SPMSD Lyon France, GSK Biologicals Rixensart
Belgium and MSD Whitehouse Station USA
Date April 2013
Professor Margaret Stanley
University of Cambridge
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‘Where to next with HPV vaccination? New strategies, new vaccines’.
Margaret StanleyDepartment of PathologyUniversity of Cambridge
UK
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HPV
• Non enveloped dsDNA virus, simple capsid of 2 proteins L1 and L2
• Common virus with >100 types identified
• Infects cutaneous and mucosal epithelia
• 30–40 infect the mucosal epithelia of women and men 2 groups� low risk types causing warts
HPV 6,11
� 13 high risk types causing cancer 16, 18, 31, 33, 35, 39, 45, 51, 52, 56, 58, 59,68
HPV 16,18 – most important
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Estimated annual global burden of HPVassociated disease in men and women
Male Female
Penile cancer1 10,500
19,960 Vulvar & vaginal cancer2
Head and neck cancer 2 Head and neck cancer 2
529,800
Anal cancer1 Anal cancer1
Cervical cancer2
17,600,000 14,400,000 Genital warts3Genital warts3
13,000 14,300
42,000 18,000
5
Published HPV prevalence rates were applied as follows: Parkin D et al. Vaccine. 2006 (penile, vulvar, anal, cervical cancers); WHO/ICO 2010 (head and neck
cancer); De Vuyst H et al. Int J Cancer. 2009 (vaginal cancer); Greer CE et al. J Clin Microbiol. 1995 (genital warts).
1. Parkin DM et al. Vaccine. 2006;24(Suppl 3):S3/11–S3/25. 2. WHO/ICO Information Centre on HPV and Cervical Cancer (HPV Information Centre). Human
Papillomavirus and Related Cancers in World. Summary Report 2010. http://www.who.int/hpvcentre/en/. Accessed June 21, 2012. 3. World Health Organization
(WHO). Executive summary: the state of world health. 1995. http://www.who.int/whr/1995/media_centre/executive_summary1/en/index3.html#. Accessed
June 7, 2012.
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HPV 16/18 vaccine
Cervarix
HPV 6/11/16/18 vaccine
Gardasil
Manufacturer GlaxoSmithKline MSD
Volume Per dose 0.5 mL Per dose 0.5 mL
Adjuvant
AS04:
Al(OH)3*MPL®
500 µg
50 µg
Aluminium sulphate®
225 µg
AntigensL1 HPV 16
L1 HPV 18
20 µg
20 µg
L1 HPV 6
L1 HPV 11
L1 HPV 16
L1 HPV 18
20 µg
40 µg
40 µg
20 µg
Expression system
Hi-5 Baculovirus Yeast
Schedule Intramuscular 0, 1, 6 mths Intramuscular 0, 2, 6 mths
Vaccine profiles
Bivalent Quadrivalent*MPL 3-O-deacylated-4’-monophosphoryl lipid A
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Prophylactic HPV vaccinesEfficacy
Effectiveness
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Phase III Randomised Control Trials (RCTs) End of Study: Per Protocol Efficacy Populations
Vaccine Quadrivalent BivalentWOMENMean Follow up 42 months 42 monthsProphylactic Efficacy % 95%CI % 95%CIHPV16/18 CIN2 100 (95,100) 95 (88,98)HPV16/18 CIN3 97 (88,100) 92 (67,91)HPV16/18 AIS 100 (31,100) 100 (-8,100)
HPV 16/18 VIN3/VaIN3 100 (83,100) Not reportedHPV6/11/16/18VIN1/VaIN1 100 (86,100) Not a targetEGL 99 (97,100) Not a targetWOMEN 25-45 yrs6/11/16/18 PI/CIN/VIN/VaIN 89 (78,95) MEN 16-23 yrs 36 monthsHPV 16/18/6/11 EGL (MSW) 90 (69,98) No studiesHPV 16/18/6/11AIN (MSM) 78* (40,93) No studies
91+ (64,99)
DATA FROM Kjaer etal Cancer Prev Res 2009 2:868 Lehtinen Lancet Oncol 2012 13:89Dillner et al 2010. BMJ 341:3493 Guiliano 2011 NEJM364:401 Palefsky 2011 365:401
*pre-specified +post hoc analysis
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1. Read et.al., Sex Transm Infect 2011; 87:544e547. doi:10.1136/sextrans-2011-050234
Australia: Near disappearance of genital warts after commencement of national HPV program
National HPV vaccination programme
Almost 90% decline in new cases of genital
warts in both men and women < 21 yrs old
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A relative reduction of ~50% of high grade abnormalities (HGA) was observed in women <18 years, post vaccination vs. pre vaccination, less than 3 years after the introduction and the trend continues.
Similar early trends have been observed in the US.
Brotherton J et al. Lancet 2011
Start of vaccination
programme (mid-2007)
2010
p=0.003
2004 2007
- 47.5%
Incidence of HGA/100 women tested in a 3 month period
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Differences in human papillomavirus (HPV) genoprevalence between prevaccine and
postvaccine populations. *P < .05 for difference in percentages between groups.
Tabrizi S N et al. J Infect Dis. 2012;206:1645-1651
© The Author 2012. Published by Oxford University Press on behalf of the Infectious Diseases
Society of America. All rights reserved. For Permissions, please e-mail:
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Current issues
• Alternative immunisation schedules
• Gender neutral vaccination
• Next generation prophylactic vaccines
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Why consider alternative dosingregimens?
Cost Reductionadministrative costsvaccine costs
Difficulty of delivering 3 doses over 6 months
Immunogenicity in young adolescents
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Females 10–15 Years of Age Males 10–15 Years of Age Females 16–23 Years of Age
0
500
1000
1500
Anti-HPV 6 (HPV 6 mMU/mL)
0
500
1000
1500
Anti-HPV 11 (HPV 11 mMU/mL)
0
2000
4000
6000
8000
Anti-HPV 16 (HPV 16 mMU/mL)
0
500
1000
1500
Anti-HPV 18 (HPV 18 mMU/mL)
Quadrivalent HPV Vaccine Phase III Adolescent Immunogenicity Study
Neutralizing Anti-HPV GMTs* at Month 7
*GMT = geometric mean titers
1. Block SL, Nolan T, Sattler C, et al. Pediatrics. 2006:118,2135.
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9 10 11 12 13 14 15 16 17 18 19 20 21 22 23
Age at Enrollment (Years)
500
700
900
1100
1300
15001600
Seru
m c
LIA
GM
T w
ith 9
5%
CI,
mM
U/m
L
Efficacy ProgramImmunogenicity Bridge
Males + Females Females Only
*Inclusive of five study protocols; all GMTs measured using cLIA
Age Specific Neutralizing HPV-6 Antibodies 1 Month Post-Vaccination1
PPE population*Neutralizing anti-HPV 6 GMTs at month 7
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16
Trial design
Sample Size
N=825
Study arm, Gardasil™
0 and 6 months
Control arms, Gardasil™
0, 2 and 6 months
Study group 1
9-13 year olds females
N=260
Study group 3
16-26 year olds females
N=305
Primary outcome: Anti-HPV 16 and 18 GMT, t = 7 months
Study group 2
9-13 year old females
N=260
2 versus 3 dose HPV vaccine study Phase II post licensure randomised control multicentre study (NCT00501137)
3 Canadian provinces PI Dr Simon Dobson BC
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GMTs
Group 1
2D 9-13yrs
Group 2
3D 9-13yrs
Group 3
3D 16-26yrs
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HPV type Age yrs Dose GMT
95% CI
GMT ratio 3:2
95% CI
HPV 16 15-25 3 dose
n=111
10322
8329,12792
9-14 2 dose
n=65
11067,
9190,13328
0.93
0.68-1.28
HPV 18 15-25 3 dose
n=114
4262
3572,5084
9-14 2 dose
n=64
5510
4646,6535
0.77
0.59-1.01
HPV 16 15-25 3 dose
n=101
1865
1505,2311
9-14 2 dose
n=64
1702
1416,2045
1.10
0.81,1.49
HPV 18 15-25
9-14
3 dose
n=103
2dose
n=63
728
588,900
702
563,876
1.04
0.75,1.43
Month
7
Month
24
Cervarix
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Unresolved issues
Duration of protection: only data on durationcomes from 3 dose regimens
No immune correlate
Kinetics of antibody response in 2doseversus 3 dose poorly known
Rudimentary data on antibody affinity andavidity maturation
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HPV vaccination in men
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Annual number of new cancer cases calculated based on crude incidence rates from IARC database (1998-2002) and population estimate
Eurostat 2008; estimate Globocan 2008 for cervical cancer; published HPV prevalence rates were applied (for Europe, when available) Genital
warts estimates based on incidence rates in UK, HPA 2007
Cervical Cancer
H&N Cancer
Anal Cancer
23,000
Vulvar & Vaginal Cancer3,700
1000Penile Cancer
H&N Cancer
Anal Cancer
329,000 292,000
Genital warts Genital warts
MALE FEMALE
Annual new cancers and genital warts cases related to HPV 6,11,16 and/or 18 in Males and Females in Europe
2,300
2,8001,600
11,600
HPV is a Potent Carcinogen causing Multiple Related Cancers in Men and Women
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Increasing Incidence of Penile Cancer and High-Grade PIN in Denmark
Age-standardized incidence rates of penile cancer
(all histologies), 1978-2008.
Penile cancer High grade penile pre-cancer
CI=confidence interval; PIN=penile intraepithelial neoplasia.
Baldur-Felskov B et al. Cancer Causes Control. 2012;23:273–280.
Incid
en
ce p
er 1
00,0
00 M
en
–Y
ears
1.4
1.2
1
0.0
0.6
0.4
0.2
Calendar Years
Age-standardized incidence rates of PIN 2/3,1998–2008.
Calendar Years
Incid
en
ce p
er 1
00,0
00 M
en
–Y
ears
0.9
0.8
0.7
0.6
0.4
0.3
1
0.6
22
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Increasing Incidence of Anal Cancer: Example of Scotland and England1
1. Brewster DH et al. Br J Cancer. 2006;95:87–90.
� Since the 1970s, the incidence of anal cancer in Scotland has more than doubled in both sexes.
� Incidence rates in England from 1986 to 2003 also nearly doubled in both men and women.
Age-standardized incidence rates of squamous cell carcinoma
of the anus by year of diagnosis (5-year moving averages) and sex;
Scotland, 1975–2002.
0.60
0.50
0.40
Ra
te p
er
10
0,0
00
0.30
0.20
0.10
0.00
Year of Diagnosis Mid-Count
of 5-Year Period
Male
Female
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Tonsillar cancer in Sweden 1960-2003
Oral cancer in Sweden1960-2003
Hammarstedt etalActa Otolaryngologica2007, 9.988
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Increasing Incidence of HPV-Related Tonsillar Cancer in Sweden1
1. Näsman A et al. Int J Cancer. 2009;125:362–366.
Study of all patients (N=120) diagnosed with tonsillar SCC in the
County of Stockholm, Sweden, during 2003–20071.5
1970–1979
1
0.5
0
1980–1989 1990–1999 2000–2006
Calendar Years
Estim
ate
d S
tandard
ized Incid
ence R
ate
HPV negative
HPV positive
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Estimated Cost Per QALY Gained of Male Vaccination
Outcomes
Female Coverage (3-dose)
20-45% 50% 70- 75% 80- 90%
Cervical Taira, 2004 $41,000 - $442,000 -
Cervical +Genital warts (M/F)
Elbasha, 2007 - $24,000 $42,000 $128,000
Jit (UK), 2008 - - - . $1,000,000
Cervical + Genital warts (M/F) +Non-cervical cancers (M/F)RRP (M/F)
Kim, 2009 - $62,000 $91,000 -
Elbasha, 2010 $24,000 $27,000 - $39,000
Chesson, Preliminary $24,000 $43,000 $84,000 $192,000
Base CaseChesson H. ACIP February, 2011
Adapted from Chesson H. Presented at the Advisory Committee on Immunization Practices Meeting. February 24, 2011.
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Cost Per QALY Gained Vaccinating 12-Yr-Old Boys, All HPV Outcomes—USA CDC Model
CDC=Centers for Disease Control and Prevention; QALY=quality-adjusted life year.
CDC Vaccine Price List: http://www.cdc.gov/vaccines/programs/vfc/cdc-vac-price-list.htm.
Adapted from Chesson H. Presented at the Advisory Committee on Immunization Practices Meeting. February 24, 2011.
Cost effective
Cost effective
$160,000
$0
$50
Co
st p
er
QA
LY
ga
ined
Vaccine cost per dose (excluding administrative costs)
Coverage ≈50%
Error bars show the 5th and 95th percentiles of cost per QALY estimates over hundreds of model runs when varying numerous model parameter values simultaneously
$140,000
$120,000
$100,000
$80,000
$60,000
$40,000
$20,000
$75 $116(Base case)
$140
Coverage ≈70%
Coverage assumptions: refer to 3-dose coverage of females by age 26
Current cost per dose:Public: $109Private: $130
27
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The burden of HPV associated disease inmen is equivalent to that in women in industrialised countries
High vaccine coverage (>70%) in women should give herd immunity for MSW this makes male vaccination not cost effectiveif vaccine cost per dose is high
MSM are not protected in this scenario buttargeting MSM for vaccination is likely tobe ineffective, stigmatising, discriminatory
may threaten vaccine uptake in females
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Next generation vaccinesbroad protection
cheap
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Polyvalent HPV VLP vaccines
MSD Merck is conducting phase III clinical trials of an nonavalent vaccine comprising L1 VLPs of types6, 11, 16, 18, 31, 33, 45, 52, and 58
Advantages: Proven technology; potential for decreasing Cx Ca risk by 90% vs 70% for Garadsil
Issues: Increased cost of production. Large efficacy trials to demonstrate increased efficacy.
Courtesy Dr John Schiller NCI
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Protein:• Alternative VLP production systems:E. coli, Pichia, Hansenula, Plants
• L1 pentameric subunits• L2-polypeptides – many variations
Vectored:• L1 recombinant AAV• L1 recombinant Salmonella vaccine• L1 recombinant Measles vaccine• L1 AcHERV
Many Other 2nd Generation Candidates Are Being Developed
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Thank you
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Using vaccine efficacy against persistent infection with data generated in the qHPV vaccine clinical trial
in Australia
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RELATIVE CONTRIBUTION of HPV 16,18,45,31,33,52,58,35 & 6
Updated: June 1st, 2010
0%
20%
40%
60%
80%
100%
HPV16 HPV18 HPV45 HPV31 HPV33 HPV52 HPV58 HPV35 HPV6
The 8 most common HPV types in CaCx
% a
mo
ng
HP
V p
ositiv
e c
ase
sCERVIX VULVA VAGINA PENIS ANUS
Courtesy Dr X Castellsague ICO
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HPV 16/18 Prevalence By Age:
Pre- vs. Post-immunisation Amongst Those Testing HR HPV
Positive (England)
HC2 positive tested by Linear Array (Howell-Jones et al, Vaccine, 2012). Luminex-based genotyping system.
20
40
60
16-18 years
0
22-24 years19-21 years
Estimated
vaccination
coverage 65%
Pre-immunisation Post-immunisation
30% 0%
HP
V 1
6/18
Pre
vale
nce
(%
)
Age group
35Mesher D et al. Presented at the 28th International Papillomavirus Conference. San Juan, Puerto Rico.
November 30 – December 6, 2012.
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