Title: Dr. Mohamed El Bakry Chairman of the Pediatrics Department Banha University
1Dr. Mohamed El BakryChairman of the Pediatrics
DepartmentBanha University
- Intercontinental City Stars
- May 19th, 2011
2VaccinationsWhere we R??Where 2 go??
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4Bakry , 2011
5Vaccination Schedule
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6Licensed vaccines in routine use in the USA, 1980
and 2008
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8Vaccination Schedule
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10Vaccination Schedule
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12Vaccination Schedule
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14Vaccination Schedule
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16Vaccination Schedule
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17Vaccination Coverage 2009
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19Vaccination Schedule
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21Vaccination Schedule
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23Vaccination Schedule
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24?? ??????
25Vaccination Schedule
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26Egypt Vaccine Market
optional
obligatory
Hib
BCG
Rotavirus
OPV
Varicella
HBV
Influenza
MMR
PCV
DTP
HAV
Mening
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27Vaccination Coverage 2009
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28Bakry , 2011
29Where do we want to go??
30lobal lliance foraccines mmunization
GA V I
31 GAVI
- Is a global alliance between PRIVATE and PUBLIC
sectors committed to saving CHILDRENS lives
protecting peoples health by increasing access to
immunization in peer countries.
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32GAVI
- Supporting childrens immunization is
undoubtedly the best investment weve ever made
Bill Gates, Co-Chair Bill Melinda Gates
Foundation
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33Alliance board 2008
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34GAVIs Goal!
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35FACTS
- 9 million children die before their 5th birthday
every year - 2.4 million children die from diseases that are
vaccine preventable (That is one child every 20
seconds!) - 24 million children in the world remain
unvaccinated!!
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36Causes of under five child deaths in low income
countries
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37GAVI supports 72 countries
- Afghanistan Angola Armenia Azerbaijan
- Bangladesh Benin Bhutan Bolivia
- Burkina Faso Burundi Cambodia Cameroon
- Central African Republic Chad Comoros
- Congo Dem Republic of Côte d'Ivoire Cuba
- Djibouti Eritrea Ethiopia Gambia
- Georgia Ghana Guinea Guinea Bissau
- Guyana Haiti Honduras India
- Indonesia Kenya Kiribati Korea DPR
- Kyrgyz Republic Lao PDR Lesotho Liberia
- Madagascar Malawi Mali Mauritania
- Moldova Mongolia Mozambique Myanmar
- Nepal Nicaragua Niger Nigeria
- Pakistan Papua New Guinea Rwanda São
Tomé - Senegal Sierra Leone Solomon Islands Somalia
- Sri Lanka Sudan Tajikistan Tanzania
- Timor Leste Togo Uganda Ukraine
- Uzbekistan Viet Nam Yemen Zambia
- Zimbabwe
½ the worlds population
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38GAVI
- Averted 5 million deaths 2000-2010
- Committed 4 billion US for 75 countries between
2000-2015 - Start up grant US 750 million in 1999 by Bill
Melinda Gates Foundation - Additional Hepatitis B vaccination 3 doses for
267 million children
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39GAVI supporting newvaccines
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40Vaccine preventable deaths and the global
immunization vision and strategy, 2006 - 2015
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41Immunization coverage with DTP3, Hepatitis and
Hib vaccines in GAVI supported countries
2000-2011
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42Vaccination and decline of Hib disease in Finland
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43GAVIs Strategy
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44The GAVI alliance strategy 2011-2015
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45- HSS Health System Strengtheningsix key
components
46- Health service delivery a network of health
facilities to provide access to primary
secondary care.
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47- Health workers in the right place at the right
time with training, experience incentives
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48- Health information systems to generate quality
data and to measure what is being done achieved
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49- Logistics supply systems so that drugs,
equipment and fuel are available
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50- Health financing to raise sufficient funds for
health improve financial risk protection
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51- Leadership governance to ensure that strategic
policy frameworks exist and there is proper
accountability and oversight
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52- Egypt is strong in this area because of good
infrastructure of existing high vaccination
coverage
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53Vaccine Research the future
54Vaccines by Period of Development
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55Introduction of first generation of vaccines used
on humans
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56Vaccines used by the expanded Programme on
Immunization (EPI)
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57Stages of vaccine development
- Vaccine development proceeds through discovery
process engineering toxicology and animal studies
to human phase I, II and III trials. The process
can take more than 10 years, depending on the
disease
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58An ideal Vaccine should be
- Good immune response
- Both cell mediated immunity and antibody
responses - Immunity is long lived
- Single dose
- Safety
- Danger of reversion to virulence, or severe
disease in immunocomprised - Stability
- Organisms in the vaccine must remain viable in
order to infect and replicate in the host - Vaccine preparations are therefore very sensitive
to adverse storage conditions - Maintenance of the cold chain is very important
- Expense
- Cheap to prepare
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59Calculated Cost effectiveness for any Vaccine
No of doses of vaccine given
Cost of Vaccination
(doses admin.) No of Episodes of
disease prevented e.g
Otitis Media
-Saving Pneumonia
-Saving
Invasive Diseases
-Saving No life Years Saved
Net Cost of Vaccine
Program Net Cost of Vaccine Program
Cost per Life Year Saved No
life Years Saved
60Pneumococcal Vaccine (1000 children)
61Pneumococcal Vaccine (1000 children)
62Conclusions
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63Possible candidates
- Varicella
- Hepatitis A
- Rota
- Pneumococcal
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64Funding
- Approach MoH for co-ordination of plans
- Approach GAVI to renew status of Egypt
- Negotiate prices of vaccines with producers
- Approach civil society associations for funding
start ups and maintenance - Cost sharing with the public
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67 68Timeline of vaccines (20th century)
1932
1945
1952
1954
1957
1962
1964
1962
Adenovirus 4 7
measles
Yellow fever
polio
Mumps
Oral polio vaccine
Influenza
Japanese encephalitis
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69Timeline of vaccines
1970
1974
1977
1978
1981
1992
1998
Hepatitis B
rotavirus
rubella
pneumonia
Hepatitis A
Chicken pox
meningitis
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70New vaccines and combinations
- Hepatitis B (and A) catch up
- Haemophilus influenza b (Hib)- universal
- MMR, Measles, mumps, rubella x 2 universal
- DPT x 4 update policies, catch up, also for
elderly (H zoster) - Influenza all ages
- Pneumococcal pneumonia all ages
- Rotavirus
- Human papilloma virus (HPV) and cancer cervix
- Future vaccines streptococcus, cytomegalovirus
(CMV), helicobacter, HIV, malaria, avian flu - Cocktails- maximum combination of routine
vaccines - New methods of production of vaccines
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71WHO/UNICEFs current vaccines
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72- Cold chain monitor card upon arrival to a health
clinic, vaccines are stored in refrigerators and
temperatures recorded on a chart. The
temperatures are monitored and recorded twice a
day to ensure that a safe temperature is
maintained - Vaccine vial monitor (VVM) the vaccine vial
monitor consists of a temperature sensitive label
placed on each vial that registers cumulative
heat exposure for that vial. GAVI resolved that
all vaccines be purchased by the Vaccine Fund
after 2003 will include VVM (immunization focus,
July 2003, GAVI newsletter) - Freeze watch in the freeze watch, a vial with a
red liquid that bursts and stains a white placard
if exposed to temp. below zero for gt 1 hour is
packed with DTP, TT (freezing pt. -6.5 C) (WHO,
vaccines-cold chain, 2005)
73GIVS Global Immunization vision and strategy
2006-2015
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74- Canadian Institutes of Health Research CIHR in
the 1st 10 years of 21st century research in
development of new vaccines has accelerated to
meet antibiotic resistance infections as well as
combat cancers and diseases that were once
thought invincible.
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75Canadian successes in vaccines research include
- an acellular pertussis vaccine
- a candidate vaccine for Severe Acute Respiratory
Syndrome (SARS) - a cattle vaccine against E. coli 0157H7the
development of vaccine technology to prevent
meningitis - candidate vaccines against hemorrhagic fevers
- the preparation for and assessment of the impact
of human papilloma virus (HPV) immunization in
Canada - the development of therapeutic cancer vaccines
- the safe administration of vaccines produced in
eggs to egg-allergic individuals - the evaluation of influenza vaccination
strategies and transmission dynamics within a
community and, - the development of new vaccination strategies for
Human Immunodeficiency Virus (HIV-1)
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76- WHO state of the art of new vaccines
- Research and development 2006
77Sexually transmitted diseases
- Chlamydia trachomatis
- Gonorrhea
- Herpes simplex type 2
- HIV/AIDS
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78Vector borne viral infant
- Dengue fever
- Japanese encephalitis
- Tick-borne encephalitis
- West Nile virus
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79Zoonotic infections
- Anthrax
- Hepatitis E
- Leptospirosis
- Plague
- Rabies
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80Viral cancer
- Epstein-Barr virus
- Hepatitis C
- Human papillomavirus
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81Diarrhea disease
- Caliciviruses
- Campylobacter
- Cholera
- Enterotoxigenic Escheria coli (ECTC)
- Rotavirus
- Shigellosis
- Typhoid fever
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82Respiratory infections
- Influenza
- Parainfluenza viruses
- Respiratory syncytial virus (RSV)
- Severe acute respiratory syndrome (SARS)
- Streptococcus pneumoniae
- tuberculosis
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83Bacterial infections
- Helicobacter pylori
- Neisseria meningitidis
- Mycobacterium ulcerans (Buruli ulcer)
- Staphylococcus aueus
- Group A Streptococcus
- Group B Streptococcus
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84Parasitic diseases
- Amoebiasis
- Hookworm disease
- Leishmaniasis
- Malaria
- schistosomiasis
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