Immunization:- Immunization is the process whereby a person is made immune or resistant to a specific infectious disease.

Similar documents
VACCINATION. DR.FATIMA ALKHALEDY M.B.Ch.B;F.I.C.M.S/C.M.

VACCINATION PASSIVE IMMUNITY

Please read Chapters 5, 6 and 7 of your vaccine text for next Wednesday s lecture. Chapters 9, 17 and 8 for next Friday s lectures

Principles of Vaccination

Immunization. Historical point

Vaccines and other immunological antimicrobial therapy 1

9/10/2018. Principles of Vaccination. Immunity. Antigen. September 2018

CHILDHOOD VACCINATION

Vaccination-Strategies

Immunity and how vaccines work

IMMUNIZATION IN CHILDREN WITH CANCER

EXPANDED PROGRAM OF IMMUNIZATION (EPI) Definition Program adopted by WHO since l974, it includes child immunization & vaccination of pregnant women.

Expanded Programme on Immunization (EPI):

Immunity & How Vaccines Work

Vaccine. Specific defenses Immunity. natural. acquired. Live vaccines. Killed Inactivated vaccines. Cellular fraction vaccines

Immunizations Offered

Gene Vaccine Dr. Sina Soleimani

By:Reham Alahmadi NOV The production of antibodies and vaccination technology

APEC Guidelines Immunizations

Edmunds: Introduction to Clinical Pharmacology, 8th Edition. 1. Which term refers to a medication containing a weakened or dead antigen?

Immunizations for Children and Teens with Suppressed Immune Systems

Copyright regulations Warning

Immunisation. Objectives. Immunity is the protection which the body develops against further damage by an organism or toxin.

BCG vaccine Polio vaccines Poliovirus

IMMUNIZATION(Vaccination)

Vaccines. Vaccines ( continued 1) February 21, 2017 Department of Public Health Sciences

Practical Applications of Immunology. Chapter 18

Immunization. Immunization procedure called vaccination and the immunizing agent called vaccine (or serum in historical references)

Preventing Infectious Diseases. Chapter 28 Lesson 3

Objectives. Immunity. Childhood Immunization Risk of Non-Vaccinated Children 12/22/2015

AKE WITH Y KEEP AND T

Faculty of Medicine. Applied Vaccination. Hatim Jaber MD MPH JBCM PhD

Tuberculin purified protein derivative (tuberculin PPD)

Faculty of Medicine. Applied Vaccination. Hatim Jaber MD MPH JBCM PhD

Vaccines. Magdalena Sobieszczyk, MD, MPH Division of Infectious Diseases Columbia University. Outline

Trends in vaccinology

3.2 Factors Affecting the Immune System

Pertussis immunisation for pregnant women

IMOGAM RABIES PASTEURIZED - HUMAN RABIES IMMUNOGLOBULIN. Active ingredient: Human proteins mg

Routine Immunization Products

2017/18 Immunisation programmes list of additional and enhanced services

Guidelines for Vaccinating Pregnant Women

Guidelines for Vaccinating Pregnant Women

3. Lymphocyte proliferation (fig. 15.4): Clones of responder cells and memory cells are derived from B cells and T cells.

2018/19 Immunisation programmes list of additional and enhanced services

Health Care Workers (HCWs) in Ireland should have 2 doses of MMR vaccine. Two of the cases in recent outbreaks in Ireland were HCWs.

A. Children born in 1942 B. Children born in 1982 C. Children born in 2000 D. Children born in 2010

BODY DEFENCES AGAINST DISEASE AND THE ROLE OF VACCINES

Communicable Disease & Immunization

Routine Immunization Products

Vaccination and Immunity

SECTION 14 - PRINCIPLES OF IMMUNOLOGY TABLE OF CONTENTS

BASIC IMMUNISATION FOR NEW IMMUNISERS. Alison Johnson Immunisation Facilitator.

2016/17 Vaccination and Immunisation list of additional services and enhanced services

PREVENTION OF INFECTIOUS DISEASES

Routine Immunization Products

HOW DO VACCINES WORK?

Adolescent vaccination strategies

Healthy People 2020 objectives were released in 2010, with a 10-year horizon to achieve the goals by 2020.

Immunization (I) Dr. Aws Alshamsan Department of Pharmaceu5cs Office: AA87 Tel:

Armed Services Blood Program Immunization List

Viruses. Objectives At the end of this sub section students should be able to:

PRINCIPLES OF PREVENTION AND CONTROL OF INFECTIOUS DISEASES Concepts Prevention measures taken to healthy individuals before the onset of diseases.

1 Principles of Vaccination Immunology and Vaccine-Preventable Diseases... 1 Classification of Vaccines... 4 Selected References...

Vaccines Prevent Illness

Immunizations are among the most cost effective and widely used public health interventions.

Adaptive Immunity and Immunization

Guidelines for immunisation of children following treatment with high dose chemotherapy and Haematopoietic Stem Cell Transplantation (HSCT)

Benefit Interpretation

VACCINATION. C. Mhorag Hay

Measles, Mumps and Rubella. Ch 10, 11 & 12

Below you will find information about diseases, the risk of contagion, and preventive vaccinations.

Annex 1. WHO Recommendations, Guidelines and other documents related to the manufacture and quality control of biological substances used in medicine

Public Statement: Medical Policy. Effective Date: 01/01/2012 Revision Date: 03/24/2014 Code(s): Many. Document: ARB0454:04.

Immunization Updates, Vaccine Administration, and Safety. Audrey Muñoz, LVN, AAHA Immunization Educator June 20, 2012

PRE-ENTRANCE MEDICAL RECORD PART I: GENERAL INFORMATION-

1.0 ROUTINE SCHEDULES...

Immunizations for Health Care Workers

Undergraduate Medical Education

Baby Friendly Vaccines

46825 (260) $UPONT

Viral Vaccines I 5/17/04 LECTURE OUTLINE I. CASE HISTORY

D-LAB HEALTH SP 725. Jose Gomez-Marquez

PREPARATION STANDARD MATERIAL HELD AT CODE WHO/BS DOCUMENT. 1st Reference Reagent, 2009

Family and Travel Vaccinations

Guideline for the immunization of HIV infected persons in Sri Lanka

Routine Office Visits

MODEL INSERT MEASLES, MUMPS AND RUBELLA (MMR) COMBINED VACCINE

CUSOM Student Health Immunization Requirements

Vaccinations for Adults

Vaccinology 101 for Fellows

Naturally Acquired versus Artificially Acquired Immunity

Pregnant? There are many ways to help protect you and your baby. Immunise against: Flu (Influenza) Whooping cough (Pertussis) German measles (Rubella)

Diphtheria. Vaccine Preventable Childhood Diseases. General information

C o n t e n t s. > Immunizations 4. > Diphtheria 6. > Pertussis 7. > Tetanus 8. > Polio 9. > Measles 10. > Tuberculosis 11.

VACCINE DIALOGUE AIDC 2017

بسم الل الرحمن الرحيم الحمد لل رب العالمين والصالة والسالم على نبينا محمد خاتم األنبياء وسيد المرسلين وعلى آله وصحبه أجمعين وبعد

NHS Greater Glasgow & Clyde SOP No. BMT Haemopoietic Stem Cell Transplantation Services Vaccination Policy

4/28/2016. Host Defenses. Unit 8 Microorganisms & The Immune System. Types of Innate Defenses. Defensive Cells Leukocytes

Transcription:

Group C

Amr Abdel Raouf

Definition:- Immunization:- Immunization is the process whereby a person is made immune or resistant to a specific infectious disease. Vaccine: is the administration of antigenic material to stimulate an individual's immune system to develop adaptive immunity to a pathogen.

Types of immunization: 1) passive immunization 2) active immunization 1)Passive immunization :- Passive immunization is where presynthesized elements of the immune system are transferred to a person so that the body does not need to produce these elements itself.

The passive immunization is sub-classified to:- A) Natural I -passage of maternal antibodies (IgG antibodies) to the fetus through the placenta in the last trimester E.g antibodies against measles, poliomyelitis, diphtheria, scarlet fever and mumps II : through breast milk and colostrum

B)Acquired: By administration of exogenously produced immunoglobulins or antitoxins for temporary prevention and treatment of certain infections and diseases. This includes:- 1-immunoglobulins from human source general non specific immunoglobulin specific antibodies against an infectious agent 2-from animal sources : e.g antitoxins

Indications for Immunoglobulins and antitoxins Mohammad Abbas

Indications for immune globulins and antitoxins:- Exposure to hepatitis A or B Exposure to measles Exposure to rabies Exposure to Tetanus in a non immunized or incompletely immunized person Chicken pox in immunesuppressed child Tetanus and Diphtheria Snake, Scorpion and spider bites

Immune suppressant therapy:- -Anti Rh (D)immune globulins to prevent Rh disease -Anti lymphocyte globulin

Active immunization Duaa Salah

Active immunization : Entry of antigens which stimulates formation of antibodies by the immune system. 1- Natural : by acquiring the infection either subclinically or clinically.its life long in measles. German measles chicken pox and mumps. but when more than immunologic strain exist eg. in poliomyelitis and influenza, second attack may occur caused by different strains. the same occurs in common cold where the immunity is rapidly lost because of the superficial nature of the infection ( in mucous membranes of the respiratory tract ).

2- Acquired : By vaccines which may be viral, bacterial or toxins.the vaccines may be : Live attenuated : BCG, Polio, etc. Killed : Polio (salk ). Modified toxin : Diphtheria, tetanus

Types of vaccines Muna Ahmed AlFaki

Live attenuated virus vaccines:- Measles, mumps, rubella, varicella, Rota and Polio(Sabin) Live attenuated bacteria vaccines-bcg, Typhoid oral vaccine Killed virus vaccine(inactivated)-salk for Polio, Rabies and influenza virus Killed bacteria vaccines-pertussis, Cholera and Typhoid Immunological components of the infective agents(sub-unit vaccines)-pneumococcal polysaccharide vaccines, meningococcal polysaccharide, H. Influenza, acellular

Toxoids(Modified toxins of the offending bacteria)-tetanus and Diphtheria Vaccine produced by genetic engineering(recombinant)-hepatitis B vaccine

Mechanism of immune response:- Lymphocytes play a major role in generating the immune response following exposure to an antigen. -B and T lymphocytes -Majority of antigens are T cell dependant T-helper cells(cd4) are activated, following which a cascade of mediators is triggered Primary exposure-detectable Antibodies in the serum after about 2 weeks (IgM followed by IgG)

Factors affecting Immune response:- Host factors -Age -Nutrition -Pre-existing antibodies -Immunocompromised status Vaccine related factors -Type of vaccine -Route of Administration -Storage conditions -Adjuvants

BCG-Bacillus Calmette and Guerin Yousif Hussein

Bacillus -Calmette and Guerin is an attenuated strain of bovine type of Mycobacterium tuberculosis. Administration: 0.1 ml intradermally at the site of insertion of the deltoid at the age of 40 days (but maybe given earlier even in the first day ). Indication : 1. Expected unavoidable exposure. 2. Infants of mothers with active TB

Contraindications : prematures, malnourished infants and in skin infections. Complications : 1. persistent ulcer at the site of vaccination. 2. Regional suppurative lymphadenitis. 3. Marked lymphadenitis. 4. Generalized BCG infection especially in infants with deficient immune system.

Value of BCG vaccination : Although the degree of protection against infection is not 100% (about 60-70%) and the vaccine interferes with the Tubercullin skin test which is valuable in diagnosis,the vaccine prevents the hematogenous spread of the organism (i.e prevent miliary TB, which is fatal)

D.P.T Aymen Babikir

Diphtheria (Toxoid), Tetanus (Toxoid) and pertussis ( killed organism ) are used in combination to decrease the number of injection and to increase the immune respones by adjuvant effect. Side effects: 1- Mild side effects : - Local swelling and local tenderness. - Fever which may reach 40 C (These side effects disappear in few days.)

2- Moderate side effects : - Protracted cry, and shock like state. 3- Severe side effects : - Febrile convulsions, encephalopathy. - Rarely, brain damage

Contraindications of pertussis vaccine:- : 1- Encephalopathy within 7 days of previous DPT vaccination. 2- Epilepsy of recent onset or if poorly controlled. 3- Convulsions within 72 hours of pervious DPT vaccination. 4- Fever >40 C unexplained by other cause, or persistent unusual cry (>3 hours ), or shock like sate or somnolence ( all within 48 hours of DPT vaccination ). 5- Allergic ( anaphylactic reaction ) reaction to

Poliomyelitis Hanadi Vaccine Mohamed

1. Sabin vaccine (oral) live attenuated Advantages : - protects the community (herd immunity ) -Easy of administration. -solid prolonged immunity. Disadvantages: - It needs proper refrigeration. - Other enteroviruses and ECHO viruses may interfere with the effectiveness of the vaccine.

2. Salk vaccine (I.M) killed organism : Advantages : -Effective in prevention of the disease. -Helps in the immune deficient infants. -Easy to preserve and transport. Disadvantages : - It has to be injected, thus difficult in mass immunization - It does not give immunity to the GIT thus, immunized persons can transmit the disease by their stools.

Causes of failure of polio vaccine : 1. if the vaccine is given just before or after breastfeeding. 2. If vomiting occurs immediately after vaccination. 3. Bad refrigeration or exposure to heat. 4. Interference with the vaccine by infection of the GIT with other enterovirses Complications : - If the infant is immune deficient, paralysis may occur. Salk vaccine should be used in these case. - Paralysis may occur in immune deficient contacts by spread of the vaccine virus.

Measles Samah Salah

Side effects : Mild fever ( usually less than 38C) and transient skin rash may occur 6-11 days after vaccination. Measles vaccine Its given 0.5 cc subcutaneously. its better given at the age of 13-15 months to ensure good respones because persistent maternal immunity may cause vaccine failure if given before this age, however when outbreaks of measles occur the vaccine should be given as early as 9 months of age but repeated (in MMR) at the age of 15moths.

MMR Ghofran Siddig

MMR (measles,mumps and rubella ) : Its given 0.5cc subcutaneously at the age of 13-15months. Side effects: 1. Fever and transient skin rash may occur 6-11 days after vaccination. 2. Transient arthralgia rarely arthritis.

Other vaccines Duaa Salah

Other vaccines: 1. Meningococcal polysaccharide vaccine 2. Pneumococcal vaccine 3. Haemophilous influenza vaccine 4. Hepatitis A vaccine 5. Varicella vaccine 6. Rotavirus vaccine 7. Typhoid paratyphoid vaccine 8. Rabies vaccine 9. Cholera vaccine 10.Influenza virus vaccine

Delayed Immunization Aymen Babikir

Delayed immunization : If the infants or children were not vaccinated in the proper time (eg. due to family neglect ignorance or previous disease ) the following schedules are used. 1. infants less than 14 months of age : they are immunized according to the usual schedule. 2. children 14 months -7 years of age : - The first visit : DPT + Polio + Tuberculin test. - One month later : MMR - Another month later : DPT + Polio - Another 2 months later : DPT + Polio - After one year : Booster dose of polio + DPT ( if

3. children above 7 years : - The first visit : DPT + Polio - One month later MMR. - After another 1 month : DPT + Poilo. - After another 2 months later : DT + Polio

Contra-indications

Contraindications of active immunization : Absolute contraindications:- Convulsions or encephalopathy after the first dose of DPT vaccination. Anaphylaxis after a previous dose Immunodeficiency (for live vaccines)- Malignancy or use of immunosuppressive drugs.

Relative contraindications:- Evolving (undiagnosed) neurological illness Acute febrile illness Within 6 weeks of immunoglobulins administration or receiving blood transfusion. Pregnant females.

Storage AND Transportation Mohamad Othman

Vaccines should always be kept refrigerated during transportation, distribution and storage. (Between 0 & -8 degrees) Freezing damages the killed adsorbed vaccines and toxoids (DPT, DT and TT) Disinfectants and antiseptics as alcohol and detergents can damage vaccines Strong light, heat and direct sunlight should be avoided

Schedule of Vaccination in Sudan Alaa